Ministry of Education and Science of the Republic of KazakhstanNon-commercial Joint stock Company «Holding «Kasipkor»

EDUCATIONAL PROGRAMon the specialty: 1401000 - Construction and operation of buildings and

structures

Qualifications:

– 140104 2 - Plasterer* (2 level of NQF)– 140105 2- Painter* (2 level of NQF)– 140124 2 - Wide profile builder (3 level of NQF)– ******* - Technician-finisher (4level of NQF)– ******* - Junior civil engineer (5 level of NQF)

PART 1

Astana – 2015

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CONTENT Introduction 31 Curriculum 42 Explanatory note to structure and content 113 Structure and content of educational structure 73

INTRODUCTION

This educational program is based on the competence approach, taking into account modern international requirements for mid-level specialists and skilled workers, with the participation of foreign partner EI «RIPE» (Republic of Belarus).

The educational program is based on competencies, designed with the concept of lifelong learning, as the content of educational programs aimed at the formation of highly qualified specialists, capable of adapting to changing situations at work, on the one hand, and to continue professional development and education, on the other.

This approach to training allows to create a feeling of success of each student, which is created by the organization of educational process in which the learner can and should take over control of own learning, which teaches him to take responsibility for own learning, and in the future – for own professional growth and career . Thus, student as a consumer will be satisfied with education; he/she can improve it for life, responding to changes in labor market.

The educational program on the specialty contains information on the relevant levels of qualification, professional profile, curriculum, the requirements for applicants and the implementation of vocational training. This takes into account the requirements for competences of qualification levels 3, 4 and 5 of the National Qualifications Framework of the Republic of Kazakhstan.

The educational program on a specialty «Construction and operation of buildings and structures» designed to meet basic provisions of:

Law of the Republic of Kazakhstan «About Education» dated July 27, 2007; State Program for Education Development of the Republic of Kazakhstan for

2011-2011 years (Presidential Decree dated December 7, 2010 №1118); Development Strategy of NC JSC «Holding «Kasipkor» for 2012-2021 years

(DGRK dated December 31, 2011 №1751); State program on industrial-innovative development of the Republic of

Kazakhstan for 2015-2019 years (Presidential Decree dated March 19, 2010 № 957);

National Qualifications Framework of the Republic of Kazakhstan (joint order of Minister of Labour and Social Protection of the Republic of Kazakhstan dated 24 September 2012 №373, and Minister of Education and Science of the Republic of Kazakhstan dated 28 September 2012 №444).

It provides an opportunity to assign such qualifications as «1401042 Plasterer*», «1401052 Painter*», «1401242 Wide profile builder», «******* Technician-finisher» and «******* Junior civil engineer».

To implement this program in the practice of the institution, institution needs to develop working curricula and programs depending on the features of labor market in region and requirements of customer-employer.

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CURRICULUM

Specialty: 1401000 - Construction and upkeep of buildings and structuresQualifications: 140104 2 - Plasterer*

140105 2 - Painter * 140124 2 – Wide profile builder ******* –Technician-finisher ******* – Junior civil engineer

Study form: full-timeDuration of study: 3 years 6 months

on the basis of: general secondary education

№ Study cycles and study disciplines (modules)

Forms of control Amount of study time (hour)

exam

inat

ion

pass

Num

ber

of q

uizz

es

Cou

rse

proj

ect (

cour

se

pape

r)

Tot

al (i

n ho

urs)

Including:

Div

isio

n in

to se

mes

ters

*

The

oret

ical

less

ons

Prac

tical

exe

rcis

es

Cou

rse

proj

ect

1 2 3 4 5 6 7 8 9 10 11 12Qualification: 140104 2 – Plasterer*

1 General humanitarian disciplines(professional Kazakh or Russian

300 1-2

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language, professional foreign language, history of Kazakhstan, physical education)

2 General professional disciplines 180 96 84 1-22.1 Basic engineering graphics + + 50 50

2.2 Basic electrical equipment of buildings + + 40 36 4

2.3 Basic economics + + 40 402.4 Basic IT + + 50 20 303 Special disciplines 278 262 16 1-2

3.1 Occupational safety + + 40 36 4

3.2 Constructional materials and products + + 42 30 12

3.3 Special technology + + 196 196

4 Disciplines defined by educational organization

16-130* 1-2

5 Industrial training and professional practice 576 1-2

5.1 Industrial training 2165.1.1 Study practice of plastering 216 15.2 Professional practice 360

5.2.1 Industrial practice for acquiring of working profession of plasterer 360 2

6 Intermediate certification 54 1-27 Final certification 36 2

7.1 Final certification*** 247.2 Professional preparation level 12

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evaluation and acquiring of the qualification of plasterer

8 Total for 10 months of obligatory education 1440

Qualifications: 140105 2 - Painter*140124 2 – Wide profile builder

9 General humanitarian disciplines(physical education) 22 3

10 General professional disciplines 54 10 44 310.1 Basic engineering graphics + + 38 38

10.2 Basic electronic equipment of buildings + + 16 10 6

11 Special disciplines 150 130 20 311.1 Occupational safety + + 20 16 4

11.2 Constructional materials and products + + 46 30 16

11.3 Special technology + + 84 84

12 Disciplines defined by educational organization 26-76* 3

13 Industrial training and professional practice 504 3

13.1 Industrial training 252 3

13.1.1 Study practice of house painting works 108 3

13.1.2 Study practice for construction foremen 144 3

13.2 Professional practice 252 36

13.2.1 Industrial practice for acquiring of working profession of house painter

108 3

13.2.2Industrial practice for acquiring of working profession of construction foreman

144 3

14 Intermediate certification 36 315 Final certification 72 3

15.1 Final certification*** 60

15.2

Professional preparation level evaluation and acquiring of the qualification of house painter or construction foreman

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16 Total for 1 year and 6 months of obligatory education 2304

Qualification ******* –Technician-finisher

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General humanitarian disciplines(professional Kazakh or Russian language, professional foreign language, history of Kazakhstan, physical education)

110 4-5

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Social and economic disciplines(cultural studies, basic philosophy, basic economics, basic political studies and sociology, basic law studies)

180 4-5

19 General professional disciplines 352 218 134 4-619.1 Office work in state language + 58 16 42

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19.2 Technical mechanics + + 88 60 2819.3 Geodesy + + 88 62 26

19.4 Technical and engineering equipment of buildings + + 52 52

19.5 Construction standards, construction works quality control + + 26 26

19.6 IT in professional activity + + 40 2 3820 Special disciplines 672 362 170 140 4-6

20.1 Structure of buildings and constructions + + + 136 70 36 30

20.2 Basic calculation of building structures + + 120 64 26 30

20.3 Construction machines and means of small-scale mechanization + + 78 60 18

20.4 Technology of construction and assembling works + + + 130 64 36 30

20.5 Organization of construction and assembling works + + + 70 24 16 30

20.6 Technical exploitation of buildings and constructions + + 54 42 12

20.7 Basic market economy and production management + + + 84 38 26 20

21 Disciplines defined by educational organization

54-302** 4-6

22 Industrial training and professional practice 468

22.1 Industrial training 728

22.1.1 Geodesic practice 72 522.2 Professional practice 396

22.2.2 Technological practice 144 622.2.3 Engineering project 252 6

23 Intermediate certification 144 4-624 Final certification 36 6

24.1 Final certification*** 24

24.2Professional preparation level evaluation and acquiring of the qualification

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25 Total for obligatory education 4320Qualification ******* – Junior civil engineer

26 General humanitarian disciplines(physical education) 22 7

27 Basic disciplines(math, physics, chemistry) 354 7

28 General professional disciplines 26 26 728.1 Project management + + 26 26

29 Disciplines defined by educational organization

18-24** 7

30 Professional practice 354 730.1 Pre-diploma practice 72 730.2 Diploma designing 282 731 Intermediate certification 54 732 Final certification 36 7

32.1 Final certification*** 24

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32.2Professional preparation level evaluation and acquiring of the qualification

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33 Total for 10 months of obligatory education 5184

34 Consultations No more than 100 hours per one study year

35 Optional studies No more than 4 hours per week during the period of theoretical education

36 Total 5800

Notes:* According to TPE SCSE the list of disciplines must be included into standard curriculum. Forms of control (number of

course papers, tests, exams) are not fixed and can change depending on type of education, special aspects of certain specialties, local and other circumstances including demands of employers.

** Amount of study hour for disciplines defined by educational organizations may be increased through reducing amount of study hours (up to 25%) for general professional and special disciplines.

*** The following forms of final certification are recommended: for qualification 140104 2 - Plasterer*– complex examination in special disciplines (see SC 3.1, 3.2, 3.3); for qualification 140105 2 - House painter*– complex examination in special disciplines (see SC 11.1, 11.2, 3.3); for qualification 140124 2 – construction foreman – complex examination in special disciplines (see SC 11.1, 11.2, 11.3); for qualification ******* – Finishing technician – complex examination in special disciplines (see SC 20.1, 20.4, 20.5); for qualification ******* – Junior civil engineer – diploma project presentation.

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EXPLANATORY NOTE to structure and content of educational program by specialty

1401000 «Construction and operation of buildings and structures»

Standard term of completion of technical and professional educational program for full-time education based on secondary special education is 3 years and 6 months.

TPE educational program includes study of professional disciplines as well as social and humanitarian disciplines integrated with the first and second years of higher education. Qualification of junior civil engineer is given upon completion of the studies.

Standard curriculum in special subject (SC in SS) is designed in a way that allows relating the study of subjects to getting a qualification of worker, technician or junior engineer. Thus, in accordance with SCSE and the Order of the Minister of Education and Science of Republic of Kazakhstan № 312 from 29.07.2014, after the first year (10 months) students have the opportunity to qualify as "Plasterer" in accordance with NQF Level 2. The recommended form of the final certification for the "Plasterer" qualification is passing of comprehensive examination in special subjects (see SC in SS 3.1, 3.2, 3.3). In this case, the content of the examination materials from the "Special technology" discipline includes only "Understanding the parts of buildings and manufacture of civil works" theme 1 and "Technology of plaster works" theme 2.

In the second year during the third semester, students continue to study special subjects and they have job training and professional practice for the "Painter" working profession and the "Tradesman-builder multiskilled" working profession. The recommended form of the final certification for the 140105 2 Painter * qualification is passing of complex examination in special subjects (see SC in SS 11.1, 11.2, 3.3). In this case, the content of the examination materials from the "Special technology" discipline is included only "Technology of painting works" theme 3.

To qualify on 140124 2 Tradesman-builder multiskilled, the complex examination in special subjects such as SS 11.1, 11.2, 11.3 is recommended to pass. In this case, the content of the examination materials from the "Special technology" discipline covers only themes 4-11. As a result, after 1 year and, 6 months of training, students will have the opportunity to enter the labor market with such qualifications as "Plasterer" in accordance with NQF Level 2, "Painter" in accordance with NQF Level 2 and "Tradesman-builder multiskilled" in accordance with NQF Level 3.

Further, in the second year, students study general humanitarian, socio-economic, general professional and special disciplines, they have job training and professional practices which allow them to form professional competence to perform the functions of technician finisher. The recommended form of the final certification for ******* "Technician finisher" qualification is passing of complex examination in special subjects (see SC in SS 20.1, 20.4, 20.5). As a result, the

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student will be able to enter the labor market after 2 years and 10 months with qualifications such as "Plasterer" in accordance with NQF Level 2, "Painter" in accordance with NQF Level 2, "Tradesman-builder multiskilled" in accordance with NQF Level 3 and "Technician finisher " in accordance with NQF Level 4.

In the beginning of the third year those students who want to acquire applied baccalaureate degree write applications to the head of their educational organization. Applicants’ GPA must be no lower than 4. The list of students that will study for 3 years and 6 months is made based on these applications.

During the fourth year of education students study liberal and basic disciplines, complete professional practice, pass the final certification (presentation of diploma design). Upon completion of education graduate students acquire junior civil engineer diploma (NQF level 5).

Industrial training and professional practice organization includes: – educational and industrial work necessary to acquire professional skills

(industrial training);– Educational and industrial work necessary to acquire and consolidate

professional skills (professional practice «Industrial practice for acquiring working professions», production education);

– Professional practice (technological, pre-diploma). Duration of each type of practice is defined in accordance with requirements

to qualification characteristics of specialists with qualifications of finishing technician and junior civil engineer.

Industrial training is carried out in educational-industrial workshops under surveillance of industrial education master.

Terms and contents of professional practice are defined in accordance with curriculums and educational programs.

During the time of practice students can acquire several connected job qualifications, namely qualification of plasterer, house painter and be given a rank. During technological practice some students can acquire higher working rank.

Professional practice is carried out in corresponding organizations at working places provided by employers on the basis of contract and is aimed at consolidation of knowledge learned during the time of education, acquiring of practical and professional skills.

While educational program is implemented into TPE educational organizations remote learning technologies (RLT) can be used.

RLT is realized through the following means: TV technology, network technology and case technology.

RLT is used for the following groups of students taking abridged education programs on the basis of technical and professional, post-secondary and higher education.

Educational organizations must have electronic educational complexes for all curricular disciplines realized with the help of RLT. Creation of these complexes is carried out by the course designer on the basis of working educational programs in compliance with standard curriculum.

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TPE educational organizations have the possibility to organize the modular training for this educational program.

Taking into account that the modular training program is the part of an educational program aimed at the development of knowledge, skills and competencies required to perform of certain professional activities within the single specialty framework, the content of each module of the training program is presented in the form of completed separate stages of training, with indication of the received competences, learning outcomes and assessment criteria.

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MODULAR PROGRAMS CONTENT DESCRIPTION

Specialty 1401000 - Construction and operation of buildings and structuresQualifications: 140104 2 - Plasterer*

140105 2- Painter*140124 2 - Wide profile builder******* - Technician-finisher******* - Junior civil engineer

Basic competencies (BC)BC 1 Have an idea of the modern world as a spiritual, cultural, intellectual and environmental integrity, to be aware of

themselves and their place in modern societyBC 2 Understand the nature and the social significance of their future profession, to show the steady interest to itBC 3 Know the basis of the Constitution of Republic of Kazakhstan, to have the environmental, legal, information and

communication culture, basic skills of communication using the state and foreign languagesBC 4 Be able to organize their work in a scientific way, to be ready to use information and communication technologies in

the sphere of professional activityBC 5 Be able to understanding the phenomena of life, to independent search for truth, to self-sustained and effective

solution of problems in the area of professional activityBC 6 Demonstrate readiness to cooperate, to establish of contacts, to display their communication skills and corporatismBC 7 Demonstrate readiness to continuously improvement of the educational and professional level, the need for updating

and implementing their personal potential, capacity for independent acquisition of new knowledge and skills, the ability to self-development

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Professional competence (PC)1. Qualification 140104 2 – Plasterer* of the second level the NQF

PC 1.1 Prepare simple and decorative mortars PC 1.2 Perform surfacing marking for plastering and surface firring PC 1.3 Use properties of setting retarders and accelerators, properties of mortars with chemical additives (chlorine

solutions, solutions with added tartar salt, calcium chloride) and know rules for handling them PC 1.4 Perform improved plastering PC 1.5 Use knowledge of installation of mortar pumps, cement guns and their nozzles, concrete finishing machines PC1.6 Use knowledge of requirements for plastering operations PC 1.7 Perform mechanized mortar application PC 1.8 Plaster facades mark and demarcate facade surfaces and inner surfaces PC 1.9 Follow occupational safety rules and regulations, fire safety and environmental protection requirements

2. Qualification 140105 2 – Painter* of the second level the NQF

PC 2.1 Put into practice requirements for materials used for painting and wallpapering operations PC 2.2 Put into practice requirements for quality of painted and wallpapered surfaces PC 2.3 Prepare painting compounds PC 2.4 Put into practice knowledge of installation and operating rules for machinery and mechanized tools for painting

operations PC 2.5 Put into practice knowledge of installation and operating rules for mobile painting stations PC 2.6 Select paint compounds (blends, shading), types of frescos and fonts PC 2.7 Apply rules for color formation and techniques of mixing pigments based on their chemical interaction; PC 2.8 Follow occupational safety rules and regulations, fire safety and environmental protection requirements

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3. Qualification 140124 2 – Wide profile builder of the third level of the NQF PC 3.1 Perform preparation operations at reinforcement installation PC 3.2 Manufacture reinforcement structures PC 3.3 Reinforce reinforced concrete structures with different degree of complexity PC 3.4 Control quality of reinforcement works PC 3.5 Perform preparation operations when carrying out concrete works PC 3.6 Perform concrete works with different degree of complexity PC 3.7 Control quality of concrete and reinforced concrete works PC 3.8 Repair concrete and reinforced concrete structures PC 3.9 Perform preparation operations when carrying out stoneworks PC 3.10 Perform general stoneworks with different degrees of complexity PC 3.11 Make architectural elements of brick and stone PC 3.12 Perform installation operations when erecting brick buildings PC 3.13 Perform water-proofing when carrying out brickworks PC 3.14 Control quality of brickworks PC 3.15 Repair masonry structures PC 3.16 Perform preparation operations when carrying out installation works PC 3.17 Install reinforced concrete structures when erecting all types of buildings PC 3.18 Install steel structures of buildings and facilities PC 3.19 Control quality of installation works PC 3.20 Perform various types of furnace lining PC 3.21 Perform preparation operations when carrying out furnace works PC 3.22 Finish furnaces with various materials PC 3.23 Control quality of furnace works PC 3.24 Repair furnaces PC 3.25 Perform preparation operations when carrying out strapping works PC 3.26 Strap and bind different groups of building cargoes and constructions

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PC 3.27 Perform preparation operations when carrying out electric-arc welding works PC 3.28 Perform manual electric-arc welding of steel structures with different degree of complexity PC 3.29 Perform metal cutting with different degree of complexity PC 3.30 Build up different parts and items PC 3.31 Control quality of welding works PC 3.32 Perform preparation operations when carrying out facing works PC 3.33 Face vertical surfaces of walls with different degree of complexity PC 3.34 Perform flooring with different degree of complexity PC 3.35 Perform preparation operations when erecting framed structures PC 3.36 Face inner and outer surfaces when erecting framed structures PC 3.37 Repair framed structures PC 3.38 Follow occupational safety rules and regulations, fire safety and environmental protection requirements

4. Qualification****** - Technician-finisher

PC 4. 1. To apply practically the laws, methods and techniques of project drawing and descriptive geometryPC 4. 2. To meet the requirements of UQLP and SPDC standards to implementation of construction drawings and diagrams PC 4. 3. To produce drawings using computer aided engineering system (CAE)PC 4. 4. To make calculations of structural elements for durability, stiffness and stability PC 4. 5. To know the basic concepts of electrical technology and to carry out the main accounts in the building electricity

supply systemPC 4. 6. To know the electricity supply system, electrotechnics and equipment electric motors of the building areasPC 4. 7. To apply practically the knowledge about the main properties and the application domain of constructional

materials and products. To know their acceptance and warehousing rules and rational use.PC 4. 8. To know the main characteristics of the soil structure, condition and propertyPC 4. 9. To know the main geodetic definitions, methods and principles of topographic-geodesic work; to work with

geodetic instruments

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PC 4. 10. To know the purpose, operating principles, technical-and-economic indexes and operational factors of the main construction machines and means of small-scale mechanization. To know the rules of their use in respective types of construction works, occupational safety in the operation of construction machines and means of small-scale mechanization

PC 4. 11. To apply practically the knowledge about the composition, plan, consideration procedure and approval scheme of the construction documents. To apply practically the knowledge about the rate settings and tariff regulation.

PC 4. 12. To know the fixed assets and circulate assets of a building organization; to know the indicators of their usagePC 4. 13. To know the content of labour and financial resources of an organization; to know the indicators of their usagePC 4. 14. To know the price mechanism, forms of payment for labour in the modern conditionsPC 4. 15. To know the administration and activity planning of the organization (enterprise )PC 4. 16. To know the government base of a building organizationPC 4. 17. To use the normative and reference books solving problems of the construction drawings producingPC 4. 18. To produce the construction drawings by hand and in computer-graphicsPC 4. 19. To connect, to switch, to ground the electric equipment and electric devices according to the existing schemesPC 4. 20. To make the best decisions on the use of electro technologies and electric equipment on the building area PC 4. 21. To determine by the external feature and markings the type and quality of the construction materials and productsPC 4. 22. To make a technically and economically reasonable choice of the construction materials and products for the

specific conditionsPC 4. 23. To make a geological section, a stratigraphic column and to determine the ground strength and stress-related

characteristics of the groundPC 4. 24. To read a geological map and a geological sectionPC 4. 25. To read a topographical map, to determine by the map the lengths and the orientation angles of the grade lines,

coordinates and markers’ high-altitude location; to locate a point and a design value afield using instrumentsPC 4. 26. To determine productivity and match sets of construction machinery and means of small-scale mechanization for

mechanized construction works; to keep record of construction machinery works, power plants and vehicles PC 4. 27. To prepare the estimate documentsPC 4. 28. To make a job specification, to run the payroll calculations in the construction gangPC 4. 29. To calculate profitability indices of the construction organization

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PC 4. 30. To calculate the specific main technical-and-economic indexes of the construction organizationPC 4. 31. To draft and make contractsPC 4. 32. To exercise the monitoring of compliance of the occupational safety rules, fire safety and environmental safety

on the capital construction project

5. Qualification****** - Junior civil engineer

PC 5. 1. To control the construction documentation of the capital construction projectPC 5.2. To draw permits and allows for the construction works on the capital construction projectPC 5. 3. To develop and coordinate schedules of the construction works on the capital construction project PC 5. 4. To prepare and produce the equipment of the construction works on the capital construction projectPC 5. 5. To determine the need of construction works in the material and technical resources on the capital construction

projectPC 5. 6. To determine the list of the construction equipment, machinery and mechanisms, required for the implementation

of the construction works on the capital construction projectPC 5. 7. To control quality and size(quantity) of material and technical resourcesPC 5. 8. To carry out the requisition, acceptance , distribution, recording and storage of material and technical resourcesPC 5. 9. To plan and control expenditure for the equipment and material procurement of the construction works on the

capital construction project PC 5. 10. To plan and control efficiently the construction works and the production goals on the capital construction project PC 5. 11. To divide the production goals between the sections of the foremen, construction gangs, individual workers, and

contractorsPC 5. 12. To control production techniques of the construction worksPC 5. 13. To develop and implement measures to offset deviations from the technological requirements of the construction

worksPC 5. 14. To keep current and asbuilt documentation for the performed construction worksPC 5.15. To do in-process inspection of individual processes of construction and (or) production operations

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PC 5. 16. To control compliance of the state of the elements, structures and parts of the capital construction project (building, structure), engineering networks with the requirements of normative-technical and project documentation

PC 5. 17. To do in-process inspection of the quality in the results of construction worksPC 5. 18. To identify the causes of deviations of the results of construction works from the requirements of normative-

technical and project documentationPC 5. 19. To develop and implement measures to offset the causes of identified deviations of the results of construction

works from the requirements of normative-technical and project normative documentationPC 5. 20. To carry out acceptance control of the completed types and phases of construction works (elements, structures

and parts of buildings (constructions, installations), engineering networks)PC 5. 21. To implement and improve the quality management systemPC 5. 22. To prepare the capital construction project or stages (complexes) of the completed construction works, as-built

documentation and to present to the acceptance committeePC 5. 23. To improve the efficiency of production and economic activity, level of mechanization and automation of the

construction works and productivity at construction of the capital construction project PC 5. 24. To ensure compliance the capital construction project with the rules and norms of occupational safety, fire safety

requirements and environmental protectionPC 5. 25. To define the needs in the human resources in the capital construction project PC 5. 26. To administrate workers at the capital construction project

Module nameCode competence

(qualification)

Name sections and topics of the modules Forming competence Criteria for

evaluation

Forming competence

code1 2 3 4

М 1. Doing of plastering 140104 2 – Plasterer

General professional disciplinesFundamentals of engineering drawing.Rules of drawings design.

Knowledge:- The rules of design drawings;- The basics of descriptive geometry and

- Describes the types of drawings, formats, title block,

BC 4BC 5BC 7

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Geometric constructions. Mates. Projection Methods. Point and straight projections. Projections of the plane. Projections of geometric body. Axonometric projection. The intersection of geometric bodies by the planes. Sweep. The mutual crossing of geometrical bodies surfaces. Views, cuts, sections. The imaging and the designation of the thread. The concept of the Unified system for design documentation. Sketches and drawings of parts.

projection drawing;- Basic requirements of Unified system of design documentation standards and System of design documents for construction to the implementation of construction drawings and diagrams;- The basic elements of engineering drawing: fasteners and fittings.Skills:- To perform and execute the drawings;- To make sketches.Work:- Draw lines and inscriptions;- Tracing the contours of parts;- The implementation of sections of simple and complex cuts;- Making drawings of parts and determining their size.Be competent:- Draw up the technical documentation.

reveals the purpose of drawing lines, scales;-Explains projection methods, perspective view of the construction of types of species, cuts, sections;-Defines the types, cuts, sections;-Creates comprehensive models of simple drawings that contain sections and cuts.

PC 1.2PC 4.1PC 4.2PC 4.3PC 4.17PC 4.18

Fundamentals of electrical engineering and electrical buildings.Electric DC circuit. Electromagnetism. Electrical AC circuit. Transformers. Electronic

Knowledge:- Transients in the electrical circuits;- Basic electrical and electromagnetic phenomena;- Physical nature of electric and electromagnetic phenomena;- Theoretical foundations of electrical

- Calls basic parameters of the magnetic field, express an overall judgment on the phenomenon of electromagnetic

BC 4BC 5BC 6PC 4.5PC 4.6PC 4.19PC 4.20

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devices and equipment. Electrical appliances and their use.Electric machines. Electric apparatus. Production, distribution and consumption of electric energy

engineering;- Patterns of construction and assembly of simple electrical circuits;- Conditional graphic designations of elements of electrical circuits;- Units of electrical and electromagnetic quantities, methods and means of measurement.Skills:- Read circuits and determine the appointment of elements, analyze the modes of electrical circuits;- Make simple electrical circuits in series, parallel and mixed compound elements;- Perform simple calculations of electric circuits of direct and alternating current.Work:- Make the connection of measuring devices;- Analysis of electrical circuits in normal and emergency operation.Be competent:- To make and check the operation of electrical circuits;- To connect, to switch, to ground electrical equipment and power tools according to existing schemes.

induction, self-induction and mutual induction;- Explains the purpose of the circuit elements, calls the elements of the electrical circuit; - Explains the procedure for the calculation of simple electrical circuits;

- Describes the types and methods of electrical measurements;

– Explains the principle of DC machines, operation of generators and DC motor, the range of use.- Explains the circuits of power

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supply for different type consumers, the purpose of the device and operation of switchgear.-

Basic economics.The concept of the market. Elements of the market mechanism. Kinds of economic activity in the Republic of Kazakhstan. The organization as a business entity. Fixed and current assets of the organization. Labor market. The structure and staffing of the organization, productivity. Rationing of labor.The quality and competitiveness of products. The pricing mechanism and the basis of its regulation. Taxes and tax system in the Republic of Kazakhstan. Monetary and

Knowledge:- The main directions and prospects for economic development of the Republic of Kazakhstan as the base of the industry;- The structure and staffing of the organization, the financial resources of the organization, the main technical and economic indicators of economic and financial activity of the organization, the structure of the business plan;- The basis of contractual regulation of labor relations, including the field of payment and normalization of work, the content of the collective agreement;- forms and systems of remuneration set out in the organization, their characteristics, the procedure for establishing and revision of tariff rates, wages, piece rates;- The order and billing features work and workers, the basic provisions and forms of

- Names legislation that outlines the main directions of socio-economic development of the Republic of Kazakhstan;- Describes the principles of classification of organizations and their organizational and legal forms, industry specialty of organizations;- Explains the nature, purpose, structure, estimate the reproduction of fixed assets;-Sets out the

BC 2BC 5BC 6BC 7PC 4.12PC 4.13PC 4.14

23

banking system in the Republic of Kazakhstan. Entrepreneurship and its forms in the Republic of Kazakhstan.

training, retraining and advanced training of workers in the workplace;Skills:- Define the industry structure specialty of the cost production and ways to reduce it;- Identify ways to increase productivityWork:- Calculation of the main economic indicators.Be competent:-Determine fixed assets and working capital construction organization, utilization rates-Define structure of labor and financial resources of the organization, indicators of their effective use- Apply the pricing mechanisms, forms of payment today.

structure, composition, ways to improve the efficiency of working capital;- Expresses an overall judgment on the labor market, the subjects of labor market supply and demand in the labor market;- Calls the governing labor relations legislation in the Republic of Kazakhstan;- Describes the forms and systems of remuneration;-Describes the main indicators of the quality of products;- Calls the basic principles of pricing;-Expresses general

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judgment about the structure of the banking system of the Republic of Kazakhstan.

Fundamentals of computer science.Information systems for professional use. Databases as a business information display system. System of standards on information technology of processing business information.Standards for electronic documents. Protecting business information. Using of the application software to perform the complex calculations. Technology of creation and processing of textual information. Technology of creation and processing of graphic and multimedia information

Knowledge:- Trends in the development of information technologies;– - The basics of creating and development prospects of local and global computer networks, network technologies for information processing;– - Ways of presenting and processing technology, storage and transmission of information;– - Classification of the PC software;– - Numerical methods and principles of mathematical simulation applications;– - Rules for using the hardware and software of the personal computer systems and networks;– - The purpose and possibilities of graphic and text editors, spreadsheets, and database management systems for the creation of technical documentation, applied in professional activity;– - Methods of information protection;

- Describes the purpose and capabilities of information systems, their types;- Develops models of reference tables, planning and accounting information; Designs layouts with different forms of controls to perform easy entry, viewing and editing information

- Creates a query data from multiple tables, queries previously created;-Organizes research

BC 2BC 3PC 4.3

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Skills:– - To create electronic documents;– - Search for information on the Internet, use e-mail and modern information technology.Work:- The use of standard application software, and personal computers;- The use of modern methods of computer-aided designBe competent:- Search the information on the Internet, use e-mail, modern information technology.

on the Internet and uses it;- Develops templates of business information using standards for electronic documents;- Uses the application MS Excel for operational records of the executed works (services);- Develops a compound document using the technology insertion into a text document objects of other applications.text document objects of other applications.

Special disciplinesOccupational safety.Fundamentals of legislation

Knowledge:– arrangement of occupational safety in an

– Is guided by sanitary-hygienic

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on occupational health and safety in the Republic of Kazakhstan. Arrangement of state supervision and public control over occupational safety. Arrangement of works on occupational safety in an organization (enterprise). Rate of injuries and disease incidence at workplace Sanitary and hygienic requirements for enterprises and construction sites. Work environment and ventilation of premises. Lighting of production facilities. Protection against noise and vibration. Protection against harmful gases, vapors and dust. Basics of occupational health. Women's occupational safety. Electrical safety.

organization (enterprise);– any possible dangerous situations at workplaces;– rules of first-aid treatment in case of accidents and other injuries; – technical regulations on occupational safety;– occupational safety standards system;– ways of protection against influence of dangerous and harmful industrial factors;– reasons of industrial injuries and occupational diseases, actions for their prevention.Abilities:– measure and estimate the parameters of production environment, level of dust and gas pollution, noise and vibration, workplace illumination.Skills:– apply provisions of regulatory legal acts on occupational safety;– use means of individual and collective protection against influence of dangerous and harmful industrial factors.Be competent:– ensure compliance with occupational safety and health regulations;

and sanitary-engineering regulations when arranging work performance;– explains influence of environment on workers, describes means of compliance with legal parameters associated with environment;– determines safety of technological process and equipment, specifies general requirement for them;– specifies safe work practices;– determines environment in the workplace, draws up measures for removing nonconformities;

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– develop occupational safety and health regulations measures;

– is guided by rules of equipment safe operation

Construction materials and products.Basic properties of construction materials. Timber construction materials. Natural stone materials. Ceramic materials and products. Glass and glass ceramic materials. Mineral binders.

Knowledge:– systems of current standards and certification tests in the field of construction materials;– main stages of development of the construction materials industry;– perspective areas in the field of production and implementation of new effective construction materials and products;– environmental requirements to construction materials;– types of raw materials and production technology of construction materials;– physical, mechanical and service properties, specifications and application field of construction materials;– test and quality control methods of construction materials.Abilities:– determine type and quality of construction materials and products on the basis of their external characteristics and marking;

- Distinguishes main stages of development of the construction materials industry;– sets out requirements for the quality of construction products and structures;– explains the importance of standardization of construction materials and products;– characterizes physical, mechanical and special properties of construction materials and products

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– select construction materials in accordance with their intended use;Skills:– make technically and economically justified selection of construction materials and products for specific conditions of use.Be competent:– put into practice knowledge of basic properties and sphere of application of construction materials and products;– use properties of settling retarders and accelerators, properties of solutions with chemical additives and know rules of their handling.

– distinguishes between species of wood used in construction, characterises properties of wood, specifies methods of prolonging durability of wood;– analyses composition, properties and application of construction materials and products;– describes wall and facing ceramic materials and products, ceramic materials for various purposes;– characterizes glass ceramic materials;– sets out classification, technology of

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production, properties and characteristics of mineral binders, specifies rules of their acceptance, transportation and storage.

Special technologyBasic information about the parts of buildings and civil work performance. Plastering technology.

Knowledge:– buildings and facilities classification, basic parts of a building;– basic and auxiliary processes of performance finishing construction operations;– essence, procedure, rules and methods of carrying out plastering of varying complexity;– peculiarities of technological process of plastering;– rules of rational organization of workplaces and working conditions of workers;– rules of rational selection of tools and equipment.Abilities:– read and apply technical documents;– ensure compliance with rules of

– Explains basic requirements for buildings and structures;– describes buildings and structures by main features, parts of buildings;– classifies plaster, describes technology of surface plastering, technology of facade plastering, repair technology, quality control;– sets out rules for work place arrangement,– characterises

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environment protection.Skills:– organize the workplace and manage one’s own labor;– ensure compliance with safety regulations, fire safety, industrial sanitation;Be competent:– perform plastering of any complexity.

methods of quality control;– specifies safe plastering practices.

Industrial training and professional practiceIndustrial trainingStudy practice in plastering worksPreparation of mortar for plastering. Preparation of components for preparation of simple solutions. Selection and use of tools and instruments, preparation of simple solutions as per specified formulations. Surface treatment for plastering. Surface cleaning, jointing. Methods of preparation of various surfaces. Testing surfaces with a plumb line

Abilities:– execute plastering works on finishing of interior and exterior surfaces of buildings and structures;– use tools and devices for preparation of solutions;– determine maximum permissible deviations from the norm and ways to correct them.Skills:– organize the workplace;– plan one’s time depending on the specific production targets;– carry out plastering works with the required quality in accordance with the qualification characteristic;

– executes plastering works on finishing of interior and exterior surfaces of buildings and structures;– performs lining of surfaces with dry plastering panels;– performs plastering repairing works.

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with subsequent installation of marks and grounds. Mastering the basic operations of plastering processes.Technology of spraying and spreading solutions on the surface. Application of primer and finishing coat. Lining surfaces with dry plastering panels. Preparation of dry plastering panels. Preparation of surface for facing. Installation and alignment of facing sheets. Plastering repairing works.

– participate in operational and acceptance control.Be competent:– perform improved plastering.

Professional practiceIndustrial practice for acquiring working profession of plasterer.General familiarization with construction organization. Familiarization with practice object. Study of technologies of plastering work performance in the

Abilities:– rationally organize labor in the workplace;– compliance with the technological process of the work performed; – comply with the rules of technical operation and maintenance of equipment, accessories and tools for work performance;

executes plastering works in compliance with the technological sequence and with the required quality; rationally organizes workplace and labor in his/her

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workplace. Work in the workplace as a part of the production team. Arrangement of logistical support of works performed.

– comply with the standards for materials consumption for work performance;– comply with the requirements for the quality of work performed (including on related transactions or processes); – comply with safe and sanitary methods of work, basic means and methods of preventing and fighting fires at workplace.Skills:– organize the workplace;– plan one’s time depending on the specific production targets;– carry out works with the required quality in accordance with the qualification characteristic;– participate in operational and acceptance control.Be competent:– carry out improved plastering works with the required quality in accordance with the qualification characteristic;

workplace; controls standards for materials consumption and quality of work performed;complies with safety requirements in the workplace.

PC 1.4PC 1.5PC 1.6PC 1.7PC 1.8PC 1.9

М 2. Execution of house painting works.140105 2 – Painter*

Basic engineering graphicsGeneral information on construction drawings. Graphical conventions and representations on

Knowledge:– rules of drawing design; – basic requirements of UQLP and SPDC standards to implementation of construction drawings and diagrams;– features of construction drawings,

– Produces drawing of a floor plan, building section and facade, makes it in accordance with the requirements of the

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construction drawings. Drafts, sectional drawings, facade drawings. Drawings of constructional units of buildings. Drawings of reinforced concrete structures. Drawings of metal structures. Drawings of wood structures. Drawings of general layouts.

conventional graphic symbols, topographical basis of general plans, architectural and construction drawings.Abilities:– use drawing tools;– perform and read construction drawings and schemes in accordance with the requirements of UQLP and SPDC standards.Skills:– expression of technical idea with the help of a sketch, drawing, technical drawing.Be competent:– read construction drawings and schemes.

standard; – reads drawings of a floor plans, architectural sections, building façades;– performs and reads drawings of main constructional units of buildings in accordance with the requirements of standards; – produces assembly drawing of reinforced concrete structures and reinforcement units;– produces drawing of steel truss unit with conventional representations of connections and welds, making required designations and markings in

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accordance with requirements of standards;– reads drawings of layout plans and plans of area development, explains main designations.

Basic electrical equipment of buildingsSubstations and distribution points. Selection of number and power of transformers in substations. Short circuit. Calculation of short circuit currents. Protective earthing of electrical installations and substations. Control, alarm system, electricity metering. Automation of electricity supply systems.

Knowledge:– main schemes of electric supply for industrial facilities;– technical methods and measures ensuring electrical safety;– generation, distribution and application of electricity; arrangement of network and electrical supply for settlements.Abilities:– select as intended and use control and measuring instruments;– calculate short-circuit currents under particular conditions;– select number and type of grounding devices;– select electrical measuring instruments as per their intended use, perform electrical

– Explains intended use, difference between main step-down substations and main distribution points;– reveals physical nature of a short circuit process, describes types of short circuits, identifies causes of short circuits;– calculates short-circuit currents under particular conditions;– sets out sequence

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measurements;– provide safe working conditions during electric equipment application.Skills:– rating and application of electronic instruments.Be competent:– carry out analysis of functioning and replacement of inefficient equipment with high-performance one

of calculation of grounding devices for electrical installations and substations;– selects number and type of grounding devices;– sets out requirements for electric power meters;– explains types and purpose of automation devices in power supply systems, basic requirements to them.

Special disciplinesOccupational safetySafety of technological processes and industrial equipment of the industry. Organization of safe operation of equipment and tools. Fundamentals of fire

Knowledge:– arrangement of occupational safety in an organization (enterprise);– any possible dangerous situations at workplaces;– fire safety requirements during performance of various types of work;

– reveals essence of safety of technological process and process equipment;– sets out dangerous and harmful

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and explosion safety of industry. Fundamentals of fire prevention. Fire extinguishing media and fire alarms.

– rules of first-aid treatment in case of accidents and other injuries; – technical regulations on occupational safety;– occupational safety standards system;– ways of protection against influence of dangerous and harmful industrial factors;– reasons of industrial injuries and occupational diseases, actions for their prevention; – main fire protection actions, technical means for fire extinguishing;Abilities:– organize workplace protection work in a site;– exercise monitoring of compliance of occupational safety rules and fire safety in a site;– use means of individual and collective protection against influence of dangerous and harmful industrial factors;– use fire extinguishing meansSkills:– apply provisions of regulatory legal acts on occupational safety;– use means of individual and collective protection against influence of dangerous

production factors during operation of computers and other office equipment;– specifies basic types of combustion of different substances and materials; – sets out fire-fighting requirements for arrangement of premises and buildings;– describes fire extinguishing methods and means, composition and operating principle of fire alarm and communications.

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and harmful industrial factors.Be competent:– ensure compliance with occupational safety and health regulations;– develop occupational safety and health regulations measures;

Construction materials and productsBitumen and tarry binders and materials on their basis. Constructional materials and products based on polymers. Thermal insulation and acoustic materials. Paint materials.

Knowledge:– system of current standards and certification tests in the field of construction materials;– environmental requirements to construction materials;– types of raw materials and production technology of construction materials;– physical, mechanical and service properties, specifications and application field of construction materials;– test and quality control methods of construction materials;Abilities:– conduct alternative replacement of construction materials under present circumstances. Skills:– select construction materials in accordance with their intended use.Be competent:

– Describes properties and characterizes roll roofing materials, gluing roofing mastics, waterproofing materials;– analyses characteristics of materials and products based on polymers;– defines types, properties and composition of construction materials based on polymers by their appearance;– characterises

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– determine type and quality of construction materials and products on the basis of their external characteristics and marking;– make technically and economically justified selection of construction materials and products for specific conditions of use.

organic and inorganic thermal insulation materials;– describes types, composition, purpose and application of paints and varnishes.

Special technologyHouse painting technology.

Knowledge:– essence, procedure, rules and methods of carrying out painting of varying complexity;– peculiarities of technological process of painting;– rules of rational organization of workplaces and working conditions of workers;– rules of rational selection of tools and equipment.Abilities:– read and apply technical documents;– ensure compliance with rules of environment protection.Skills:– organize the workplace and manage one’s own labor;– ensure compliance with safety

– Describes surface painting technology, technology of painting of building facades, technology of surface gluing with roll materials, repair technology and quality control;– sets out rules for work place arrangement,– characterises methods of quality control;– specifies safe painting practices.

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regulations, fire safety, industrial sanitation;Be competent:– perform painting of any complexity

Industrial training and professional practiceIndustrial trainingIndustrial practice “Painting work” Preparing the surfaces for painting. Application of stopping fillers on the surfaces. Priming the surfaces to be painted. Preparing the water-thinned paints and painting the surfaces. Surface painting with oil-based solutions. Preparing the oil-based solutions and tools for painting. Surfaces painting with oil-base paints. Rolled materials hanging of surfaces. Preparing the surfaces for rolled materials hanging.

Practical abilities: Prepare the surfaces for painting work and rolled materials hanging of surfaces; Prepare the painting solutions and paint formulations; Apply solutions and paint formulations on the surfaces; Carry out the rolled materials hanging of surfaces;Carry out painting works in accordance with modern technology using advanced methods of labor.Skills:– Organize the workplace;– Plan one’s time depending on the specific production targets;– Carry out painting works with the required quality in accordance with the qualification characteristic;– Participate in operational and

– Prepare the painting solutions;– Carry out preparing works by hand and mechanized;– Carry out the rolled materials hanging of surfaces.

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acceptance control.

Be competent:– Carry out painting work by various compositions by hand and mechanized;– Carry out rolled materials hanging of surfaces.

Professional practiceIndustrial practice for acquiring working profession of house painter General introduction to the construction organization. Familiarization with construction object. Study of the production technology of painting works at the workplace. Work at the workplace as part of the production team. Organization of logistic support of the performed works.

Practical abilities:– Rational organization of labor at the workplace;- Compliance with the technological process of the work;- Compliance with the rules of technical operation and maintenance of equipment, accessories and tools for the job;- Compliance with the materials expense standards; - Compliance with the requirements for the quality of work (including on related transactions or processes);- Compliance with safe and sanitary methods of work, the basic means and methods of preventing and fighting fires at workplace.

Practical abilities:

Carry out painting works with compliance with the technological order and required quality; Organize the workplace and labor at one’s workplace rationally; Comply with the materials expense standards and quality of the work performed; Observe the safety procedures at the workplace.

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– Organize the workplace;– Plan one’s time depending on the specific production targets;– Carry out painting works with the required quality in accordance with the qualification characteristic;– Participate in operational and acceptance control.

Be competent:– Carry out improved painting works with the required quality in accordance with the qualification characteristic.

Special disciplinesSpecial technologyTechnology of cladding work. Erection procedure of frame-casing structures. Technology of erection of reinforcement. Technology of carpentry and concrete works. Technology of stone and sand works.Technology of erection works.Technology of strapping

Theoretical knowledge:– the essence, sequence, rules and methods of execution of cladding, stone and stove, reinforcement, carpentry and concrete, erection and strapping and welding works of diverse complexity;– process environment of cladding, stone and stove masonry, reinforcement, placement of concrete, erection strapping and welding;– rules of rational organization of workplaces and working conditions of workers;

– Describe materials, preparation of surfaces, technology of execution of cladding, stone and stove, reinforcement, carpentry and concrete, erection and strapping and welding works of diverse complexity;

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works. Welding works with manual arc welding.

– Rules of rational selection of tools and equipment.Practical abilities:– read and apply technical documents;– ensure protection of environment.Skills:– organize the workplace and manage one’s own labor;– ensure compliance with safety regulations, fire safety, and industrial sanitation.

Be competent:– Carry out cladding, stone and stove, reinforcement, carpentry and concrete, erection and strapping and welding works of diverse complexity.

– Set out rules for the organization of the workplace;– Describe methods of the quality control;– Identify safe methods of execution of cladding, stone and stove, reinforcement, carpentry and concrete, erection and strapping and welding works of diverse complexity.

PC 3.12PC 3.13PC 3.14PC 3.15PC 3.16PC 3.17PC 3.18PC 3.19PC 3.20PC 3.21PC 3.22PC 3.23PC 3.24PC 3.25PC 3.26PC 3.27PC 3.28PC 3.29PC 3.30PC 3.31PC 3.32PC 3.33PC 3.34PC 3.35PC 3.36PC 3.37

Industrial training and professional practice

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Industrial trainingStudy practice for construction foremenTechnology of cladding works. Preparation of surfaces. Tile cladding of surfaces. Erection procedure of frame-casing structures. Preparatory works on erection of frame-casing structures. Cladding of internal and external surfaces. Technology of reinforcement works. Technology of carpentry and concrete works. Formworks technology. Technology of concrete works. Technology of stone and stove works. Technology of erection works. Erection procedure of building structures. Erection procedure of different buildings. Technology of strapping works. Slinging of different

Practical abilities: Prepare the solutions and concrete mixes; Prepare the surfaces; Carry out cladding, stone and stove, reinforcement, carpentry and concrete, erection and strapping and welding works and erection of frame-casing structures;- Carry out construction works in accordance with modern technology using advanced methods of labor.

Practical abilities:– Organize the workplace;– Plan one’s time depending on the specific production targets;– Carry out works with the required quality in accordance with the qualification characteristic;– Participate in operational and acceptance control.

Be competent: Carry out cladding, stone and stove, reinforcement, carpentry and concrete, erection and strapping and welding works

Prepare different surfaces; Carry out the tile cladding of surfaces; Carry out erection of frame-casing structures; Carry out stone and stove works of diverse complexity; Carry out reinforcement of different structures; Carry out carpentry and concrete works; Carry out erection of building structures; Carry out different cargo slinging; Carry out welding works with manual arc welding.

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cargos. Welding technology with manual arc welding. сварочных работ. Preparation of metal to welding. Technology of manual arc welding.

and erection of frame-casing structures. PC 3.21PC 3.22PC 3.23PC 3.24PC 3.24PC 3.26PC 3.27PC 3.28PC 3.29PC 3.30PC 3.31PC 3.32PC 3.33PC 3.34PC 3.35PC 3.36PC 3.37

Professional practiceIndustrial practice for working profession "Construction foreman"General introduction on the organization of construction works. Familiarization with the object of practice. The study of construction technologies and

Practical abilities- to organize labor at the worksite rationally;- to comply with technological process of works executed;- to comply with the rules of technical operation and maintenance of equipment, accessories and tools for work execution;- to carry out material consumption rates

- Performs works in compliance with technological sequence and the required quality;- organizes a workplace site and labor at the worksite;- controls material

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installation works at the worksite for the profession "Construction foreman". Work at the worksite in production teams. Organization of inventory and logistics management of works executed.

for works executed;- to comply with the requirements for the quality of works executed (including related operations or processes);- to comply with safe and hygienic methods of work, the basic means and methods of preventing and fighting fires at the worksite.Skills:- to organize the worksite;- to plan personal time, depending on the specific production goals;- to execute works with the required quality in accordance with the characteristics of the qualification;- to participate in operational and acceptance control.Be competent:- to carry out cladding, stone and stove, reinforcement, concrete, carpentry, installation, sling, welding works, and installation of skeletonized and plank structures with the required quality in accordance with the qualifying characteristics.

consumption rates and the quality of works executed;- complies with safety norms at the workplace.

PC 3.4PC 3.5PC 3.6PC 3.7PC 3.8PC 3.9PC 3.10PC 3.11PC 3.12PC 3.13PC 3.14PC 3.15PC 3.16PC 3.17PC 3.18PC 3.19PC 3.20PC 3.21PC 3.22PC 3.23PC 3.24PC 3.24PC 3.26PC 3.27PC 3.28PC 3.29PC 3.30

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PC 3.31PC 3.32PC 3.33PC 3.34PC 3.35PC 3.36PC 3.37PC 3.38

М 4. Organization of finishing works during construction, reconstruction, restoration and the major repairs of buildings and structures, implementation of technical operation of buildings and structures involved in the design of objects*******Finishing technician

General professional disciplinesWorkflow management in state language.Types and significance of documents. State standards for drawing up of documents. Rules for formalizing and locating of bank details in documents. Organizational and administrative documents. Reference documents . Work documenting. Structure and scope of document flow. File register. Compilation of files. Inspection of documents value. Files transferring to the archive

Theoretical knowledge:- state standards and regulations for document management;- system and order of workflow management in the organization;- unified forms of primary accounting documents in the profile of the professional activity;- rules of drafting and drawing up of organizational and administrative documents;- requirements for drafting and drawing up of the main types of administrative documents;- general rules for organization of works with incoming, outgoing and internal documents;- rules for current document storage;

- Describes types of documents, reveals their significance, classifies administrative documents;- describes requirements for drawing up of document forms;- describes composition of bank details, characterizes its types, purposes and location in a document;- describes the basic principles of

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of the organization. - procedure for preparation of documentation for long term storage.Practical abilities:- to use regulations and methodological materials on managing of workflow and archiving, standards of the unified system of organizational and administrative documents;- to formalize bank details set by a layout key;- to fill primary accounting documents in the profile of the professional activity;- to keep a record of incoming and outgoing documents;- to prepare documentation for long term storage.Skills:- drafting and drawing up of various types of organizational and administrative documents and copies.To be competent:- to draft and draw up personal and official documents in the state language.

workflow formation, requirements for admission, registration, execution of external and internal documents and compilation of register of documents, which are sent;- describes procedure for online storage of documents, formalization of cases for transfer to the archive;- develops models of the general form and the form of letters of the particular organization;- drafts and draws up an official letter;- drafts and draw up personnel order;- registers incoming, outgoing and internal documents in the

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register and in registration and control cards;- uses technical tools when working with documents in the state language.

Technical mechanicsBasic concepts and axioms of statics. Plane system of forces. Spatial system of forces. Stability of equilibrium of a rigid body. The main positions of material resistance. Tension and compression. Calculations of shear and crushing. Bending of a straight rod. Skew bending and eccentric contraction (tension). Stability of central compressed bars. Basic concepts and definitions of machine parts. Mechanical transmission. Bearings, supporting spare parts.

Theoretical knowledge:- role and importance of theoretical mechanics;- basic notions of mechanics;- the main types of beam seats;- classification of loads;- conditions and equilibrium equations of material bodies;- the main positions of materials resistance;- methods of calculation for strength, rigidity and stability of structures;- types of transmission; their structure, function, advantages and disadvantages;- kinematics of mechanisms, joining of machinery parts.Practical abilities:- to use normative and reference literature;- to make calculations of compression, shear and crushing;- to make calculations of structural

- Describes geometric and analytical conditions of equilibrium of convergent force systems;- explains methodology of calculating the typical tasks by using equilibrium equations;- reveals the essence of the method of calculation for strength, rigidity and stability of structures;- describes types of gear; their structure, function, advantages and disadvantages;

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Joining of parts and machines. Couplings.

elements for strength, rigidity and stability;- to choose rational shape of beams cross-section;- to define the gear ratio.Skills:- application of theoretical knowledge for solutions of applied problems.Be competent:- to choose methods of calculation of simple mechanical devices.

- explains kinematics of mechanisms, joining of machinery parts;- performs calculations for compression, shear and crushing;- performs all kinds of calculations for strength, rigidity and stability;- chooses rational shape of beams cross-section ;- determines the gear ratio.

GeodesicsEarth’s figure and size. Coordinates of earth's surface points. Scale. Orientation lines. Topographic maps and plans. Design and verification of theodolite. Angular and linear measurements in the area. Designation and transit line

Theoretical knowledge:- various coordinate points systems of Earth's surface;- types of leveling;- the essence of Gauss – Kruger conformal transversal cylindrical projection. ;- principles of equalization of geodetic networks on the plane in Gauss – Kruger projection;- working methods for topographic maps creation;

- Lists the basic coordinate systems used in geodesy;- characterizes forward and reverse directions, reveals connection between direct and inverse orienting angles;- explains defining process of rectangular

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laying. Theodolitic works. Types of leveling. State leveling network. Geometric leveling. Trigonometric leveling. Topographical survey. Azimuth directions. Field preparation for aerial photographs.

- creation methods and ways of equalizing of extensive horizontal and vertical geodetic networks, survey networks;- means used during the execution of geodetic works;- geodetic instruments composition;- basics of the theory of errors of geodetic measurements;- methods of single strokes and moves systems equalizing with nodal points.Practical abilities:- to determine horizontal and vertical position of points of Earth's surface in various ways;- to determine azimuth of directions, coordinates and the height of markings in various ways;- to carry out field training for survey geodetic networks;- to make adjustment of geodetic networks, transit lines and level runs;- to carry out calibration and adjustment of surveying instruments;- to conduct field measurements to create horizontal and vertical geodetic networks by various methods;- to carry out topographic surveys by

and geographical coordinates of points on a map, grit azimuth of direction, geographic and magnetic azimuths of direction;- describes measurements of horizontal angle by one stroke, by means of circular techniques, measurement of horizontal angles when limb oriented;- explains technique of filling in a log for observations and a field monitoring log;- describes the methodology for making angular and linear measurements during theodolitic works;- decides inverse geodesic problems;

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various methods;- to make angle and distance measurements;- to make preliminary processing of obtained measurements and to evaluate their accuracy;- to measure excesses in various ways;- to solve the problem on a topographic map.Skills:- to work with topographical plans and maps, geodetic instruments;- carrying out of field measurements to create horizontal and vertical geodetic networks by various methods;- the implementation of surveying by a variety of techniques.Be competent:- to define strength and deformation properties of soils;- to interpret geological maps and sections;- to interpret topographic maps, to determine length and orientation angles of the design lines, coordinates and altitudes on a map .

- explains the methodology of a reference network generation, control for generation and network digitizing , the principle of insertion of transit line points according to coordinates on a plan and control of setting points;- reveals the nature and the purpose of leveling;- reveals the essence and describes application area of tacheometry;- handles a journal of tacheometry;- describes drafting of the project for placement of control points, their marking on a location, control point formalizing on

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aerial photographs.Engineering and technical equipment in buildingsFundamentals of Thermal Engineering. Power and heat supply systems. Buildings heating . Ventilation systems. Air conditioning. Gas supply for populated areas. Gas supply in buildings. Water supply for populated areas. House water plumbing. Hot water supply in buildings. Outdoor sewerage. Internal drainage in buildings. Drains in buildings. Elevators and escalators. Power supply and power network in residential and public buildings. Production of sanitary works.

Theoretical knowledge:- types, designation and procedure principles for engineering networks and equipment;- key indicators of indoor climate and methodology of thermotechnical calculations;- requirements for air space of buildings;- interpretation rules and symbol legend of engineering networks schemes and engineering equipment in buildings, sanitary drawings;- schemes and systems of heating, ventilation, hot and cold water supply, gas supply, sewerage and drainage in buildings and structures;Practical abilities:- to distinguish between types of engineering networks and engineering equipment in buildings;- to make thermotechnical calculations of external enclosure structures.Skills:- to interpret drawings and schemes of engineering networks and engineering equipment in buildings.

- Characterizes microclimate in buildings, reveals the basic and additional heat losses;- describes and compares heat carrying agents;- explains designation of ventilation and its requirements, lists and explains principles of ventilation equipment operation;- lists the main elements of centralized gas supply, explains pipeline inputs;- describes the main elements of internal and external water supply, hot water supply systems;- explains principles of operation of elevators and

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Be competent:- to monitor compliance of elements position, structures and parts of engineering networks with regulatory requirements and technical and design documentation.

escalators;- explains principles of construction of electrical networks, designation of transformer substations, switchgear and input;- gives a sequence of installation for internal sanitary systems and organization of production of sanitary works.

Building regulations, quality control of construction worksService of legal metrology of the Republic of Kazakhstan. Quality management system for construction and installation works. The order and organization of the quality control for construction and installation works. Quality control during performance

Theoretical knowledge:- regulatory and legal framework in the field of construction;- service of legal metrology of the Republic of Kazakhstan;- rules and techniques to monitor quality of the main construction and installation works;- elements of the system of quality ISO: 9000-2000 in construction /installation and design organizations;- model for quality assurance in execution of construction and installation works.

- Reveals the essence of the concept of quality control in construction, the importance of metrology in construction;- describes the main directions of works provided by legal metrology of the Republic of Kazakhstan;

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of the general construction works. Quality control in performance of installation and finishing construction works.

Practical abilities:- to monitor the quality of the basic construction and installation works.Skills:- to use reference and regulatory literature.Be competent:- to put into practice theoretical knowledge of composition, procedure of development, coordination and approval of construction documents; basics of technical and tariff valuation;- to carry out operational and current monitoring of individual construction processes and (or) manufacturing operations

- reveals the main elements of a quality control system in construction organization;- describes the structure of the quality assurance model in execution of construction and installation works;- explains organization, procedure and formalizing of the results of input, operational, acceptance, laboratory and geodetic control;- explains requirements for the quality control of construction and installation processes and working operations.

Information technologies Theoretical knowledge: - Describes BC 2

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in professional activityThe use of AutoCAD during design of technical objects. User interface of AutoCAD. Primary tools for image executing in space of AutoCAD. Organization of work in AutoCAD. Two-dimensional modeling. Introduction to three-dimensional modeling.

- software for architectural and structural designing;- appointment and performance capabilities of the software package AutoCAD;- structure of the program window AutoCAD;- coordinate system;- display control means;- means to ensure accuracy of imaging;- properties of objects;- model space and sheet space;- the primitives and commands for their construction; - types of three-dimensional models.Practical abilities:- to adjust working environment;- to open, create and save documents;- to use patterns;- to use object snap, polar and object tracking;- to enter the coordinates;- to build segments, polygons, circles, arcs, ellipses, and other graphics primitivesSkills:- to create drawings of simple geometric bodies;- to edit images by using basic editing

performance capabilities and application areas of computer aided design;- searches for information in help desk, generates inquiries;- enters commands, values of system variables into the line of command and performs offsetting and editing in the command window, changes parameters of the command window;- creates drawings of simple geometric bodies;- edits images by using the basic editing commands;- builds complex bodies by merge technique and subtraction method

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commands;-to build complex bodies by merge technique and subtraction method.Be competent:- to produce drawings by using a system of automatic design.

Special disciplinesDesign of buildings and structuresGeneral information on buildings and structures. Constructive solutions for civil building segments. Types of civil buildings. Building elements for sanitary and technical equipment in buildings. The main provisions for design of civil buildings. Constructive solutions for mill building segments. Basics of designing for mill buildings. Design of industrial and agricultural buildings. Design features of buildings, which are constructed in special

Theoretical knowledge:- national system of technical legal instruments for building and structure design;- directions of advanced native and foreign experience in construction and reconstruction of buildings and structures;- characteristic of classification of buildings and requirements;- structural systems and drawings of civil and mill buildings;- designation of building structural elements, their junctions;Practical abilities:- to interpret and carry out architectural and construction drawings of civil and mill buildings, drawings of junctions, buildings and structures design;- to select tapping points for buildings elements;

- Describes classification of buildings and requirements;- determines structural systems and buildings drawings;- defines characteristic of classification for buildings and requirements;- determines structural systems and drawing of civil and mill buildings;- determines designation of buildings structural elements, their junctions;

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engineering-geological conditions.

- to assess alternatives for buildings constructive solutions.Skills:- analysis of relating to spatial planning and buildings constructive solutions, to give them technical and economic assessment;- implementation of simple architectural and construction projects by using computer technology;- calculation of areas and total structural volumes.Be competent:- to monitor compliance of elements location, location of structures and parts of the major construction works with the requirements of regulatory and technical as well as design documentation.

- interprets and carries out architectural and construction drawings of civil and mill buildings, drawings of junctions as well as buildings and structures design;- analyzes related to special planning and constructive solutions for buildings, gives them technical and economic assessment;- offers alternatives for buildings constructive solutions.

Principles of design for building structuresBasic design and principles of design for building structures, foundations and footings. Building Codes and Regulations for design of building structures and foundations. Critical-load

Theoretical knowledge:- types of building structures, their classification and application field;- types of loads and operational scheme of structures under load;- types of design sections, procedure of calculations and calculation formula;- calculation method for building structures and foundations according to limiting state;

- Lists types of building structures, their classification and application field;- defines types of loads and operational schemes of structures under load, types of design cross sections,

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design. Determination of loads in building structures calculation. Metal, wood, stone and reinforced masonry, reinforced concrete structures. General information, materials, calculations and design, general principles of building structures designing. Foundations and footing: principles of design for foundations according to limiting state, design of shallow foundations on natural base. The concept of design of piled footing. Artificial subgrades.

- stages of deflected mode of reinforced concrete structures;- operation of flexible reinforced concrete elements under load;- operation of eccentric-compressed reinforced concrete element under load;- general design principles for building structures.Practical abilities:- to determine a design scheme of a structure and a type of deflected mode;- to determine values of design and intended loads;- to appoint a calculation scheme and to determine the cross sectional area of longitudinal reinforcement;- to produce drawings and to design building structuresSkills:- calculation and design of metal structures conjunction;- drawing of reinforcement units and their itemizing in accordance with the requirements of the unified system of engineering drawings and design and construction documentation;- interpretation of working drawings of

procedure of calculation and calculation formula;- applies calculation methods for building structures and grounds according to limiting state;- defines stages of deflected modes for reinforced concrete structures;- lists general principles of structural design;- determines design diagrams of structures and types of deflected mode;- determines values of design and intended loads; - selects a design diagram and determines the cross-sectional area of longitudinal

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building structures.Be competent:- to determine types of loads and operation scheme for structures under load

reinforcement;- produces drawings and designs building structures.

Construction machinery and labor saving tools. General information on machinery spare parts. General information on construction machinery. Power units and driving devices of construction machinery. Means of transport. Transportation and loading/off-loading machinery. Loading grippers and simple lifting appliances. Building cranes and teagles. Machinery and equipment for enablement works, extracting water by pumping and dewatering. Excavatory transport, excavators and specialized equipment for enablement works. Machinery and

Theoretical knowledge:- types of construction machinery and small labor saving tools;- designation, operating principles, technical-and-economic indexes and performance indicators of the major construction machinery and labor saving tools, the rules for their use due to respective types of construction works;- occupational safety, safe working practices during operation of construction machinery and labor saving tools.Practical abilities:- to administer records management of construction machinery operation, electric power installations, vehicles.Skills:- determination of production capacity and selection of construction machinery complexes and labor saving tools to perform motorized constructive activities.Be competent:

- Lists types of construction machinery and labor saving tools;- defines designation, principles of operation, technical-and-economic indexes and operating performance indicators of the major construction machinery and labor saving tools, rules for their use due to the respective types of construction works;- uses safe work practices during operation of construction machinery and labor saving tools;

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equipment for drilling, blasting operations and piling. Machinery and equipment for works with concrete and reinforced concrete. Machinery and equipment for finishing works. Machinery and equipment for roofing and waterproofing works. Mechanical hand tools (motorized building tools). Fundamentals of operation of construction machinery.

- to determine the list of construction machinery, machines and mechanisms required to carry out construction works at the capital construction infrastructure

- analyzes construction machinery complexes and labor saving tools for motorized construction works;- determines performance of construction machinery complexes and labor saving tools;- administers records management of construction machinery operation, electric power installations and vehicles.

Technology of assembling and construction worksSpecial features of construction works. Labour resources and work organization. Technological projecting of construction processes. Transport works. Excavation works. Construction pile works.

Theoretical knowledge:– products of construction industry and their distinguishing features from other products types;– the types of construction and mounting works, – construction documents for project construction;– methods and means of construction and mounting works;

- Describes the types of construction products, construction works and processes, the material elements of construction processes;– explains the purpose and content of the technological cards

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Stone works. Carpentering and joinery works. Welding works. Concrete and reinforced-concrete works. Assembling the building structures. Works on installing the protective and insulating covers. Works on laying the finishing coverings.

– rational arrangement of machines and machinery working places and zones;– system of planning and quality management of construction products;─ system of technological design, content of technological documents.Practical abilities:– to develop flow sheets for construction and mounting operations and to apply them in practice;– to ensure compliance with the rules of safety procedures, fire safety, production sanitation, environment during the performance of construction and mounting works. Skills:– Work with technical, regulatory legal acts and reference literature.To be competent in:– Monitor the implementation of the technology of construction works;– To develop and implement measures on elimination deviations from technological requirements for the production of construction work.

and work processes;– describes the elements of the organization of construction work;– develops elements of the technological map for work of building and installation works;– determines the volume, efforts and the duration of the performing labor and finishing works.

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Organization of construction and assembly

Theoretical knowledge: regulatory and legislative base in the

– It describes the structure and

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works The building complex of the Kazakhstan Republic. The organizational and technical preparation of construction production. Basics of construction production mainstreaming. The scheduling planning of the construction. The network planning of the construction. General construction layout.. Construction quality control. Putting of the object into commission.

field of the construction arrangement; arrangement forms of construction; structure and arrangement of the works preceding construction; principles of technical rate setting; arrangement order of construction groups of workers and gangs; bases of the line arrangement of construction operations; order of arrangement and technical training of construction operations; structure and purpose of construction overall plans and planned schedules; functions of construction supervision and oversight authorities;─ order of facility commissioning.Practical abilities: to complete units, brigades of workers to produce the balance in accordance with their qualifications and operational needs; to draw up schedules of construction objects according to the normative period;─ to develop general layouts for the construction of projects under construction, to calculate the necessary resources.Skills:– to analyze the performance of the

composition of the building complex of the Kazakhstan Republic;– It describes the documentation on preparing for building manufacture;– explains features of the organization of building flows and their technical and economic indicators;– builds schedules of workers’ movement, the work of building machines and mechanisms, the delivery and expense of materials and structures;– calculates the technical and economic indicators;– calculates the a network schedule by a graphic method

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construction and mounting team.To be competent in:– to prepare and organize the construction and assembly production on the basis of the calendar and network planning.

according to all temporary parameters;– expounds the content and develops the construction master plan for during the installing by the automotive jib or tower crane;– calls the control authorities of the quality of construction, expounds their rights and obligations;– explains the procedure of putting into operation the completed projects by the construction.

Technical exploitation of buildings and constructionsLife service span, the physical and moral wear of buildings and constructions. Operational requirements for buildings, constructions, systems and equipment.

Theoretical knowledge:– operational requirements for the object of exploitation;– parameters describing the technical condition of buildings and structures;– scientific basics and practical problems of exploitation of buildings and structures;– factors affecting the reliability and

– names the exploitation qualities of buildings and structures;– characterizes the ageing and the moral wear of buildings;– calculates the

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Sanitary requirements and rules of fire safety during the exploitation of buildings. Technical exploitation of building and constructions of the building. Preparation of buildings for winter, spring and summer period of exploitation. Exploitation features of public buildings. Supporting the area of home ownership.

durability of the exploited buildings, causes and types of damage;– actual problems of exploitation of buildings and structures.Practical abilities:– carry out inspections and control of parameters of buildings and facilities serviceability and diagnostics of their damages;– organize repair and replacement of structures and engineering equipment.Skills:– implement measures for technical exploitation of buildings, their constructions and engineering equipment.To be competent in:– to organize works on the technical service buildings and constructions;

physical and moral wear of the elements of buildings, evaluation of technical condition of building structures, depending on their physical wear;– determines the methods and means of control of sanitary parameters of the indoor environment;– lists main defects of building structures, calls the method of evaluation of their exploitation qualities, lists the ways of elimination the defects and damages;– draws up inspection results of the building constructions and engineering equipment of buildings during the preparation for the winter, spring and

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summer period of exploitation;– disclose the essence of exploitation characteristics of public buildings;– disclose the requirements for accomplishment and gardening of the territory.

Basic market economy and production managementThe building complex of the Kazakhstan Republic. The building company as an economic entity. The notion, classification of the basic funds of the organization The structure of working finance in construction. Labour resources organization. Labour productivity. The notion of production prime costs of a construction company, its types,

Theoretical knowledge:– composition and structure of the building complex of the Kazakhstan Republic ;– tasks and motives of activity of the building companies as the economic entities;– finance of organization, financial resources, the structure of profit and gross revenue;– Organization payment for labour, the composition and structure of production personnel of the organization.Practical abilities:─ to analyze economic phenomena and processes taking place in the building organizations.

– Expresses specialties, main features, the order of creation and organization of the production and economic activities of building organizations;– calls the types of organizations, the way of management public organizations of different categories;– reveals the essence of wages, sets out the basic principles of

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functions. The pricing in construction. Profit, its types and functions. The profitability, its types. The contractual agreement in the construction industry. The planning of economic activity. Financing and construction lending. The effectiveness of building production. The accounting and reporting in the building. The analysis of the production and economic activities of construction companies.

Skills:– making decisions on effective use of production, financial resources of the building organization.To be competent in:– to calculate the main indicators of economic activity of the building organization.

remuneration of labour, describes the forms and systems of remuneration of labour, explain their features;– calculates the indices of the usage basic production assets;– analyzes indicators of activity of construction and assembly field and brigade.

Industrial training and professional practiceIndustrial trainingStudy practice in plastering worksTheodolitic works. Leveling works. Engineering tasks. The preparation of layout drawings. The breakdown of the terrain by squares. Engineering and geodesic works on construction and

Practical abilities:

– to carry out the geodetic control of quality of construction and installation works production;– to fill in the goniometrical and field leveling book and process the data;– to build a longitudinal profile and to design on the profile;

works with the theodolite and with the level; performs a breakdown of axes of the building on the ground;─ performs the geodetic control of

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assembly area. – to build a leveling plan;– to carry out from the project defined angles, lengths of lines, setting out marks;– to understand as built drawings;– to execute geodetic demarcation works;– to set slopes on the terrain.Skills:– the verification instruments;– the theodolite survey;– leveling the peaks of the progression, way, surface by squares;– altitude spall of constructions.To be competent in:─ to work with geodetic instruments;to perform the geodetic control of quality of production of construction and assembling works.

quality of production of construction and assembling works;─ setting out marks with the help of surveying instruments.

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Industrial trainingTechnological practiceGeneral familiarization with construction organization. Familiarization with the practice object. The study of technologies of producing the construction and installation works at the workplace according to the

Practical abilities:– to read working drawings, cost estimates, projects of working operations, monitor their use by brigades for organization and supervision of works, design of applications;– to draw up technical documentation used for the works (work logs, acceptance certificates, etc.);

– carries out the work determined by the working profession (on condition of appropriate training and with related professions);– draws up the technical

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main profession. The work in the workplace as part of the production team. The organization of logistical support of the performed work.

– to control types of work performed by brigade, schedules, documentation applied for organization of work including operational quality control schemes.Skills:– to carry out the work determined by one's working profession (on condition of appropriate training and with related professions);– to supervise the work of the working units (brigades), ensuring compliance with the established rules of labor protection, fire protection and environmental protection;– to be able to read project documentation and use it when performing stakeout and construction works;– to issue orders, make up acts of the hidden works, and prepare reporting documentation.To be competent in:– to carry out the work determined by the working profession with the required quality;– to organize the work of the working links, ensuring the compliance of safety regulations;

documentation, used in the production of works;– manages the work of the working links, ensuring the compliance of safety regulations;– controls the quality of the performed work by a link (brigade).

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– to monitor the quality of the performed work at the object, and to arrange the executive documentation.

М 5. Designing of technological processes, the provision of activity of building manufacture ******* – Junior building engineer

General professional disciplinesEngineering project The role model of project team. The management of the integration and content of project. The time management of the project implementation. The management of the project cost. The management of the project quality. The management of human resources and communications of the project. The management of the project risks. The management of the project procurement. The hardware and software used to manage projects.

Theoretical knowledge:–types and methods of planning, organization of management and management of the project;– principles and methods of assessment of projects;– methods of assessing the project risks;Practical abilities:– to develop the concept the project management;– to apply information technologies in project management;– to structure the project;– to design systems of the project management.Skills:the use of economic and mathematical methods, and information technologies for solving problems of organization and management of projects in field of buildingTo be competent in:– to run the project.

– Characterizes types, methods of planning and project management;– explains principles and methods of evaluation of the projects;– uses the methods of evaluation the project risks;– applies information technologies in project management;– designs systems of the project management.

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Professional practicePre-diploma practiceFamiliarization with construction organization. Studying the work of production and technical department. Studying of the department of the economy of construction, the organization of labor and salary. Studying the organization and regulation of labor. Studying of planning and economic analysis. Performing duties of the master of construction and assembling works.

Practical abilities:

– to work with the documentation of operational and manufacturing planning activities;– to apply the methods for weekly and daily schedules’ developing;– to use systems of the control of performing production plans on building objects;– to fill in the documentation of the operative account of machinery and equipment usage, the documentation on registration the cargo transportation;– to draw up the reporting documentation of the implementation of the work plan;–to draw up applications for materials, structures and equipment;– to evaluate and control the quality of work in construction;– to keep records of performed works;– to plan the organizational, technical and social events.Skills:– to complete together with brigade leaders working brigades;

– works with documentation of operational and manufacturing planning activities;– controls the observance of technology of construction works;– conducts the current and executive documentation on performed types of construction and assembly works.

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– to make the reception and incoming quality control of materials, structures and equipment;– to prepare the amount of work for brigades;– to provide the brigade with tools and devices;– to provide the timely delivery of materials to the workplace;– to give brigades the work orders;– to provide the technology of work production based on the project of work production;– Checking quality of work performed and their compliance with SNiP (Construction norms and rules) on the basis of operational quality control cards;– to take work performed by brigade leaders and to take orders;– to provide the proper storage and economical consumption of materials.To be competent in:– to perform job descriptions of the master of construction and assembly works of the capital construction.

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CONTENT AND STRUCTURE OF EDUCATIONAL PROGRAM

Course/Discipline name Acquired abilitiesGeneral professional disciplines

Basic engineering graphics.Graphic design of drawings according to requirements of Unified qualification list of professions (UQLP) and System of project documentation for construction standards (SPDC). Basic descriptive geometry and project drawing: basic projecting, projecting of points, lines, geometric solids, planes, intersections of planes, plane and line, geometric solids and their surfaces, axonometric projections. Technical drawing. Elements of engine-engineering drawing. Construction drawing: special features of construction drawings, symbolic graphic representation, topographic basis of general layouts, architectural drawings, specialty-based drawings, drafts. Reading of drawings, computer graphics.

Theoretical knowledge:– rules of drawing design; – basics of descriptive geometry and project drawing; - Basic requirements of UQLP and SPDC standards to implementation of construction drawings and diagrams;- Elements of machine drawing: fasteners and fittings;- Construction drawing: features of construction drawings, conventional graphic symbols, topographical basis of general plans, architectural and construction drawings.Practical abilities:– make sketches; - Read assembly drawings; - Perform and read construction drawings and schemes in accordance with the requirements of UQLP and SPDC standards; - Use drawing tools.

Basic electrical equipment of buildings Electric field. Electric chains of direct and alternating current. Electromagnetism. Electric machines of direct and alternating current. Transformers. Basic electric drive. Transmission and distribution of electric energy. Basic power supply of construction site. Electrical safety at construction sites. Electronics: physical basics of electronics, electronic devices.

Theoretical knowledge: – physical operating principles of main electrical engineering and electronic instruments;– main laws of electrical engineering;– conditions of generation and existence of electric current, its characteristics;– operating principles and operating rules of electrical engineering equipment, electric measuring instruments and devices.– main schemes of electric supply for industrial facilities;– technical methods and measures ensuring electrical safety;

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Course/Discipline name Acquired abilities– generation, distribution and application of electricity;–arrangement of network and electrical supply for settlements.Practical abilities:- interpret schemes and to make simple electric circuits;– select as intended and to use control and measuring instruments;–measure and calculate electrical values;–analyze purpose and operating principle of electric and magnetic machines, devices, electric motor drives;–provide safe working conditions during electric equipment application.

Basic economicsConcept of market. Elements of market mechanism. Элементы рыночного механизма. Types of economic activity in Republic of Kazakhstan. Organization as a subject of economic management. General and circulating assets of organization. Labor force. Structure and schedule of organization, labor productivity. Standardization of labor. Quality and competitiveness of production. Pricing mechanism and basics of its regulation. Taxes and tax system in Republic of Kazakhstan. Money and credit system, banking system in Republic of Kazakhstan. Enterprise and its forms in Republic of Kazakhstan.

Theoretical knowledge:- The main directions and prospects for economic development of Republic of Kazakhstan, basic industry;-Structure and staffing of organization, financial resources of organization, the main technical and economic indicators of economic and financial activity of organization, structure of business plan;-Basics of contractual regulation of labor relations, including relations in the field of payment and normalization of work, content of collective agreement;- Forms and systems of remuneration set out in organization, their characteristics, procedure for establishing and revision of tariff rates, wages, piece rates;- Order and special features of establishing and revision of tariff rates for operations and workers, basic regulations and forms of training,

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Course/Discipline name Acquired abilitiesretraining and advanced training of workers. Practical abilities:– Calculate basic economic indicators.

Basic ITInformational technologies for professional purposes. Data bases as a system of representation of business information. System of standard requirements for informational technologies of processing of business information. Standards of digital documentation. Protection of business information. Use of applied software for complex calculations. Technologies of creation and processing of text information. Technologies of creation and processing of graphic and multimedia information.

Theoretical knowledge:- Trends in the development of information technologies;- Basic modeling, development prospects of local and global computer networks, network technologies of information processing;- Ways of presenting and processing technology, storage and transmission of information;- Classification of the PC software;- Numerical methods and principles of mathematical simulation of applications;- Rules og using the hardware and software of the personal computer systems and networks;- Purpose and possibilities of graphic and text editors, spreadsheets, and database management systems for the creation of technical documentation, applied in professional activity;- Methods of information protection;Practical abilities:- Use standard and application software of personal computer;  - Apply modern methods of computer-aided design;create electronic documents;  - Search for information on the Internet, use e-mail, modern information technologies.

Office work in state language.Meaning and role of different documents. Classification of documents. Requisites of documents. Nomenclature and organization of office work. Paper work in Kazakh language: personnel,

Theoretical knowledge:- Classification and details of documents; - Structural subdivisions of construction management and relations between them;

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Course/Discipline name Acquired abilitiesmanagement, informational, financial documentation.

- Documentation on the technical preparation of production, organization of labor brigades, operational management of construction project, quality control of construction and installation works, financial statements; - Documentation of putting the subject into commission.Practical abilities:- To issue the documentation in the Kazakh language: on staff, management activities, information and referral, financial and settlement documents;- use regulations and methodological materials on record keeping and archiving, unified system standard of organizational and administrative documents;execute the details set by layout key;prepare and execute various types of organizational and administrative documents and their copies in the state language;fill in the primary accounting documents on the profile of the professional activity in the state language;keep records of incoming and outgoing documents;prepare the documentation for a long term storage.

Technical mechanicsGeneral notions and axioms of statics. Constraint reaction. Plane and spatial systems of forces, conditions of their equilibrium. Force couple and its properties. Center of gravity of planar figures. General notions of kinematics and dynamics. Strength of materials: internal and external forces. Geometric characteristics of sections. Mechanical

Theoretical knowledge: The role and importance of engineering mechanics in construction; basic concepts of mechanics; main types of support bars; classification of loads; the conditions and the equations of equilibrium of material bodies; main states of structural

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Course/Discipline name Acquired abilitiescharacteristics of materials. Stresses and deformations. Simple deformations: tension and compression, shift, crushing, twisting, lateral bending. Strength and rigidity calculations. Theory of strength. Combined stress. Stability of rods, dynamic action of loads. Construction statics – general concepts, classification of constructions and construction project; geometric immutable and mutable systems, concept of statically divisible and indivisible systems. Multi-span statically determined hinged beams: structural analysis, construction of diagrams of transverse forces and bending moments. Same-moment beams. Statistically determined plane truces and frames. Three-hinged beams. Statistically indeterminate systems and their basic calculation by methods of force and movement.

resistance; the methods of calculation for durability, stiffness and stability of structures; types of transmissions; their structure, purpose, advantages and disadvantages; kinematics of mechanisms, the joints of machine parts.Practical abilities: use the normative and reference books; make calculations for compression, shearing and collapsing; make calculations of structural elements for durability, stiffness and stability; choose a rational cross-sectional shape of bars; define the gearing ratio.

GeodesyGeneral information on geodesy. Topographic maps and plans and how to work with them: basic geodetic tasks performed on the map. Methods and rules of geodetic measurements; direct measurements of terrain lines, angular instruments and ways to use them. Basic methods of construction of plan core network and processing of field measurements. Geometric leveling: instruments, high-rise support construction technology, processing of field measurements. Tachymetry. Leveling of surface by squares, field and office work on vertical planning of linear structures. Completion of simple engineering tasks on determining the position of design points, projected height by determined parameters (coordinates).

Theoretical knowledge:- Types of geodetic science and their place in the system of Earth Sciences;- general information about the shape of the Earth and the Earth's ellipsoid geometry;- different coordinates system of the earth's surface posts;- principles of horizontal and vertical networks;- the types of leveling;- essence of Gauss – Kruger projection;- the principles of equalization of geodetic networks on the plane in Gauss – Kruger projection;- the technology of topographic maps production;- the methods and technology of the main types of geodetic measurements;- the methods of creating horizontal and vertical geodetic networks

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Course/Discipline name Acquired abilitiesbridging and survey networks;- the ways of equalizing the horizontal and vertical geodetic networks;- the means used in the performance of geodetic works;- the structure of geodetic instruments;- the foundations of the theory of geodetic measurements errors;- methods of equalizing the single passageways and passageway systems with the intersection points.Practical abilities:- work with topographical plans and maps and geodetic instruments;to determine:- horizontal and vertical position of the earth's surface posts in various ways;- direction azimuths by astronomical and gyroscopic methods;- coordinates and markers’ high-altitude location in various ways;perform:- completion surveys of geodetic networks;- equalization of geodetic networks;- equalization of theodolite and leveling passageways;- checking and adjustment of surveying instruments;- field measurements to create horizontal and vertical geodetic networks by various methods;- topographic surveys by various methods;produce:- angular and linear measurements;- pre-processing of the measurements and evaluate their accuracy;- measurement of the excess in various ways;- to solve problems on a topographic

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Course/Discipline name Acquired abilitiesmap.

Technical and engineering equipment of buildingsEngineering landscaping: the basic principles of the organization of training areas, organization of surface runoff, a network of streets and roads, leveling of areas. Engineering networks and equipment of settlements (areas) and buildings: water, basic hydraulics, basic water supply of settlements, water supply of buildings. Sewer: basic design of settlement sewerage, internal sewerage of buildings, sanitations and drainage of buildings. Sanitary equipment of buildings, placement of plumbing equipment in buildings. Power supply: heat supply, basic construction heating equipment, heat supply sources and systems, heating network, heating and ventilation of buildings. Gas supply - basic gas supply of settlements and buildings. Engineering equipment of the construction site; engineering network.

Theoretical knowledge:- Basic principles of organization and preparation of areas;– - kinds, purpose and operation concepts of utility systems and equipment;– basic indicators of buildings internal conditions and thermic and technical calculation methods;– requirements to air environment of buildings;– rules of interpreting and conventional symbols of utility systems and technical equipment schemes in buildings, sanitary engineering drawings;– schemes and systems of heating, ventilation, cold and hot water supply, gas supply, sewerage, and rainwater downpipe systems of buildings and facilities.Practical abilities:– differentiate kinds of utility systems and utility equipment of buildings;– interpret drawings and schemes of utility systems and utility equipment of buildings;– carry out athermic and technical calculation of enclosure structure.

Construction standards, construction works quality control. Implementation and certification of quality systems ISO: 9000-2000 in construction and design organizations. Basic principles of quality system in construction and assembly organizations. Guidelines for quality management. Documentation of quality system procedures. Planning and quality management. Design, technological, regulatory and standard technical

Theoretical knowledge: regulatory and legal framework in the construction field; Metrological service of the Republic of Kazakhstan; methods and regulations of main construction and installation works quality control; ISO:9000-2000 quality systems elements for construction and installation and design organizations;quality model during construction and

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Course/Discipline name Acquired abilitiesdocumentation. Metrological and geodetic provision. Quality control and evaluation, quality data records. Analysis of quality data records; correcting actions.

installation works. Practical abilities:- Monitor technological sequence of work execution;- Eliminate technological problems and ensure quality of construction and mounting works,- To work with the state standards, CSR and other regulatory documents.

Information technologies in professional activityBasic principles, methods and properties of information and communication technologies, their effectiveness. Automatic workstations (AWS), local and branch networks. Applied software and informational resources in professional activity. Integrated information systems in professional activity. Problem-oriented software packages for industries and occupations. Expert systems and decision support systems. Modeling and forecasting in professional activitiy.

Theoretical knowledge: software programs for architectural and civil engineering; purpose and possibilities of the program package AutoCAD; requirements to personal computer systems to install versions AutoCAD 2000, 2002 and more; AutoCAD program window structure; Coordinate systems; screen management facilities; means of accuracy assurance of images construction; objects properties; model space and paper space; primitives and their construction commands; three-dimensional model types.Practical abilities:- Use the software in their professional activities;- Apply computer and telecommunication media.–

Project managementDevelopment of production schedule diagrams with support of various hierarchy levels. Scheduling of resource requirements, schedule of financial funding of projects as a whole as well as every specific type of works and resources. Resource planning software. Analysis of distribution costs of subject’s elements, different types of

Theoretical knowledge:- Stages of development schedules, schedules of resource requirements;- Method of calculation and network diagrams, and sequence diagrams in the mainstreaming of building production.Practical abilities:- Develop schedules, network diagrams, graphs requirements of

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Course/Discipline name Acquired abilitiesconstruction works in accordance with the cost items structure. Integration into enterprise information systems (EIS). The ability to import and export data into estimation, stocking and accounting software units.

material resources and labor force with the help of application software package.

Special disciplinesOccupational safety.The impact of negative factors. Identification of traumatic and harmful factors. Methods and means of protection against dangers of technical systems and technological processes, ecological and biological protection equipment. Occupational health, legal, regulatory and organizational basics of occupational safety and health in enterprise. Material costs of labor protection. Special aspects of providing safe working conditions in the sphere of professional activity. Methods and means of fire protection. First aid in case of accidents. Methods of providing first (pre-medical) aid in case of accidents.

Theoretical knowledge: arrangement of workplace protection in an organization (enterprise); any possible dangerous situations at workplaces; fire safety requirements of during different work types; rules of first-aid treatment in case of accidents and other injuries; technical regulations on workplace protection; occupational safety standards system; ways of protection against influence of dangerous and harmful industrial factors; reasons of industrial injuries and occupational diseases, actions for their prevention; main fire protection actions, technical means for fire extinguishing.Practical abilities: to apply provisions of workplace protection regulations during the self-assertion; to organize workplace protection work in a site; to exercise the monitoring of compliance of occupational safety rules and fire safety in a site; to use means of individual and collective protection against influence of dangerous and harmful industrial factors; to use fire extinguishing means.

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Course/Discipline name Acquired abilitiesConstruction materials and products.Basic properties of construction materials, quality indicators. Timber materials. Natural stone materials. Ceramic materials. Glass and glass ceramic materials. Metallic materials and products. Mineral binders. Types of concrete; reinforced concrete and concrete construction products and structures. Mortars. Artificial stone materials and products based on mineral binders. Bitumen and tarry binders and materials on their basis. Constructional materials and products based on polymers. Thermal insulation and acoustic materials. Coating materials: classification, properties, and methods of determination of basic parameters. News of science of construction materials and products. Resource- and energy-saving technologies in the production of construction products.

Theoretical knowledge:– system of current standards and certification tests in the field of construction materials;– main stages of development of the construction materials industry;– perspective areas in the field of production and implementation of new effective construction materials and products in buildings of water supply and disposal systems;– environmental requirements to construction materials;– types of raw material and production technology of construction materials;– physical, mechanical and service properties, specifications and application field of construction materials;– test and quality control methods of construction materials.Practical abilities:– to select construction materials in accordance with their intended use;– to conduct alternative replacement of construction materials under present circumstances.

Special technologyPlastering technologyPlastering works: purpose, types, classification depending on the materials used. Preparation of surfaces for plastering. Technology of simple and complex surface plastering. Technology of surface plastering with the use of special solutions. Technology of plastering with the use of screeds. Technology of façade plastering. Technology of repair of plastered surfaces. Coating of surfaces with the use of dry plastering panels. Plastering

Theoretical knowledge:– buildings and facilities classification, basic parts of a building;– basic and auxiliary processes of performance finishing construction operations;– essence, procedure, rules and methods of carrying out plastering, painting, facing, stone and stove, reinforcing, wood and concrete, installation, riggering and welding works varying complexity;– peculiarities of technological

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Course/Discipline name Acquired abilitiesquality control. House painting technologyTechnology of basic house painting operations and painting of surfaces with the use of various painting solutions. Technology of surface gluing. Technology of painting of building facades. Familiarization of students with organization of finishing works on facades of buildings. Painting of facades and elements by hand and with the use of mechanization. Operational and final quality control of work performed. Technology of repair of painted surfaces. Safety rules for house painting works. Coating technologyPrimary preparation of materials. Templates, tools, mechanisms used for preparation of materials for coating. Technology of preparation of surfaces for coating and carpeting. Tools, equipment and devices for designing of preparation, screeds and waterproofing. Defects of preparations, screeds, waterproofing. Remedy for defects. Technology of tile carpeting. Technology of tile cladding. Preparation and staking of surfaces, mark installation. Coating of vertical surfaces: alternate, parallel, diagonal. Dinging with the use of mortar. Safety rules for coating and tiling works. Frame-casing mounting technologyPreparation of surfaces for different types of finishes. Techniques and rules of marking surfaces, spatial position of frames. Purpose and procedure of installation of protective corners. Technology of connection of different units with frames. Types and purposes of profiles, rules of fastening, materials and accessories used for fastening. Rules

process of plastering, painting, cladding, stone and masonry oven, reinforcement, concreting, installation, strapping, welding;– rational organization of workplaces and working conditions of workers;– rational selection of tools and equipment.Practical abilities: – read and apply technical documents;– organize the workplace and manage one’s own labor;– ensure compliance with safety regulations, fire safety, industrial sanitation;– ensure protection of environment.

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Course/Discipline name Acquired abilitiesand methods of cutting of metal and wooden frame elements. Purpose, properties and rules of use of sealing materials. Types of sheet materials, their technological properties, their major differences and applications.Reinforcement worksGeneral information on concrete structures and reinforcement works. Tolerances and technical measurements. Metal works. Mechanical treatment of reinforcing steel. Assembling and binding of reinforcing nets and frameworks. Methods of processing and tensioning of pre-strained reinforced concrete structures. Installation of completed reinforcing frameworks and nets. Standardization and quality control.Concrete and carpentry worksGeneral information on carpentry and concrete works. Production of wooden parts, components and structures of formwork. Technical documentation for construction works. Preparations for construction of buildings and structures. Formwork. Preparation of concrete mixes. Transportation and supply of concrete. Placement and compaction of concrete mix. Methods of concreting. Erection of concrete and reinforced concrete structures. Concreting in winter conditions. Concrete curing and quality control.Stone and furnace works technologyTechnology of bricklaying. Ceramic and silicate stones and small blocks laying. Front and walls bricklaying. Simple concrete works. Technology of rubble and rubble concrete laying. Waterproofing of stone structures. Repair and restoration of stone structures. Stone works in winter time. Technical documentation of stone work

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Course/Discipline name Acquired abilitiesfulfillment. General information on furnace devices. Structures of bases and foundations for furnaces and chimneys. Design of furnaces and chimneys. Technology of bricklaying for furnaces and chimneys. Dismantling of furnaces, kitchen fires, channels and chimneys. Exploitation and repair of furnaces. Stone works evaluation and quality control.Mounting works technologyLocksmith works. Preparation of building structures for insulation and mounting works. Devices and equipment for mounting and rigging, their exploitation. Rigging. Laying of paving slabs. Mounting of building structures. Mounting works in special conditions. Standardization and quality control of mounting works.Strap works technologyBasic types of simple, intermediate complexity and complex cargo. Basic information on lifting cranes. Lifting devices. Rigging, linking of the main types of simple, intermediate complexity and complex cargo for lifting, moving and stacking. Standardization and quality control.Welding with manual arc weldGeneral information on welding, welded joints and seams. Information on resistance welding machines. Information on manual arc welding. Auxiliary works at welding of reinforcing nets and frameworks with the use of resistance welding machines. Welding of reinforcing mesh and frameworks on the welding. Use of resistance welding machines and butt-seam welding machines.Construction of buildings and structures

Theoretical knowledge:- National set of technical legal

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Course/Discipline name Acquired abilitiesClassification of buildings and main parts of buildings. Main elements and construction schemes of civil buildings. Constructive solutions of parts of civil buildings. Natural and artificial bases. Requirements for bases. Foundations and their elements. Requirements for foundations. The depth of foundations. Classification of foundations. Basements, technical undergrounds, blind area, pits, their purpose and design. Walls and their classification. Requirements for walls. Architectural and structural elements of walls: plinth, eaves, parapets, pilasters, pier, bridge, and so on. Balconies, stanzas, bay windows. Elements of the frame, brick pillars and reinforced concrete girders. Units for basing of well-shafts on masonry. Ceilings, their classification. Constructive solutions concerning ceilings. Elements of floors. Classification of floors. Designs of floors. Classification of partitions and requirements for them. Designs of partitions. Translucent fences (windows), requirements for them. Elements of window-filling. Classification of windows. Doors, their classification and requirements for them. Elements of door unit. Coatings (roof), their types and requirements. Structural elements of trussings. Roofs, requirements for them. Coating of pitching roofs. Drainage of pitched roofs. Constructive solutions for roofs. Staircases. Classification of stairs. Requirements for stairs. Elements of stairs. Other means of connection between the floors: elevators, ramps and escalators. Types of monolithic buildings and their structural systems. Design schemes, concept of large-panel

documents for design of buildings and structures;- Classification of buildings;- Types of constructions, their classification and purpose;- Elements of space-planning structure of building;- Basic design schemes of buildings;- Application of different constructions, selection of their design;- Construction standards and rules (CSR) for design of buildings and structures, their structural elements of various building materials.Practical abilities: - Apply the classification of buildings;- Use elements of space-planning structure of buildings and basic design schemes of buildings;- Know fields of application of various structures, be able to select them in the process of design;- Work with Construction standards and rules (CSR) for design of buildings and structures, their structural elements of various construction materials.

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Course/Discipline name Acquired abilitiesbuildings, their advantages and disadvantages. Maintenance of spatial rigidity. Design schemes of the building of three-dimensional blocks. Constructive solutions for buildings made of logs, beams. Construction elements of plumbing and building services. Main concepts of design of civil buildings. Constructive solutions for parts of industrial buildings. Classification of industrial buildings. General requirements. Structural elements of single-storey industrial buildings. Reinforced concrete structures of industrial buildings. Steel construction of single-storey industrial buildings. Classification of walls of industrial buildings, requirements for them. Classification of coatings and requirements for them. Partitions, floors, and other structural elements of industrial buildings. Basic design of industrial buildings. Design features of buildings constructed under special geotechnical conditions.Basic calculations of building structuresBasic projecting and calculations of building structures and foundations. Building standards and requirements for projecting of building structures and foundations. Calculation of ultimate level states. Determination of loads during calculation of building structures. Metal, wooden, stone, reinforced stone and reinforced concrete structures. General information, materials, calculations and construction, basic principles of construction design. Bases and foundations: basic of foundation calculation for ultimate level states. Design of shallow foundations laying on natural bases. The concept of the design

Theoretical knowledge:– types of building structures, their classification and application area; – types of loads and operation models of a construction under load; – types of calculated sections, calculation procedure and calculation formulas;– methods of calculation of building structures and bases under limiting conditions;– constructive requirements imposed to construction designs and their connections, basic positions of design and performance of working drawings;– application area of the steel framework, supporting elements of a

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Course/Discipline name Acquired abilitiesof pile foundations. Artificial bases. framework and their calculation;

–types of fittings products, rules of their design;– stages of the intense deformed condition of reinforced concrete structures; –work of bent reinforced concrete elements under load; – work of eccentrically compressed reinforced concrete elements under load;– general principles of design of constructive designs.Practical abilities:– to define the calculated models of construction and a type of the intense deformed state;– to determine sizes of standard and calculated loads; – to count and design connections of metal constructions;– to plot fittings products and to make the specification according to Requirements of the Unified system for design documentation (ESKD) and design and construction documentation (SPDS); – to appoint the calculated model and to determine the area of cross section of longitudinal fittings;– to read working drawings of building structures; – to perform drawings and design of building structures.

Construction machines and means of small-scale mechanizationBasics of machine parts and their connections. Power equipment and drive units. Transport means, transportation and handling machines. Lifting devices, pulley blocks, winches, jacks, hoists, cranes and lifts. Machines for preparatory works, drainage and

Theoretical knowledge:- Types of construction machines and small-scale mechanization tools and equipment;- Purposr, operation, feasibility and operating performance of major construction machinery and small-scale mechanization tools and equipment, rules of their use in

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Course/Discipline name Acquired abilitiesdewatering. Earthmoving machines. Crushing machines, excavators and special equipment for excavation works. Machines and equipment for drilling and piling. Equipment for working with concrete and reinforced concrete. Mechanized construction tools. Machines and equipment for finishing works. Classification, designation, construction, basics of exploitation of construction machines and equipment.

respective types of construction works;- Occupational safety and health and safe working methods in the operation of construction machines and means of small-scale mechanization.Practical abilities:- Determine productivity and match sets of construction machinery and means of small-scale mechanization for mechanized construction works;- Keep record of construction machinery works, power plants and vehicles.

Technology of assembling and construction worksSpecial features of construction works. Types of construction works. Technological projecting of construction processes.

Theoretical knowledge– products of construction industry and their distinguishing features from other products types;– the types of construction and mounting works, machines and machinery for their execution;– construction documents for project construction;– methods and means of construction and mounting works;– rational arrangement of machines and machinery working places and zones;– rational selection of gang and team staff and assignment of responsibilities between workers;– system of planning and quality management of construction products;system of technological design, content of technological documents.Practical abilities:– to work with technical, regulatory legal acts and references;– to develop flow sheets for construction and mounting operations and to apply them in practice;– to ensure compliance with the rules of safety procedures, fire safety,

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Course/Discipline name Acquired abilitiesproduction sanitation, environment protection.

Organization of construction and assembly works Organizational and technical preparation of construction production. Basics of construction production mainstreaming. Scheduling and network planning. General construction layout. In-site engineering networks. Construction quality control. Putting of the object into commission.

Theoretical knowledge: regulatory and legislative base in the field of the construction arrangement; arrangement forms of construction; structure and arrangement of the works preceding construction; principles of technical rate setting; arrangement order of construction groups of workers and gangs; bases of the line arrangement of construction operations; order of arrangement and technical training of construction operations; structure and purpose of construction overall plans and planned schedules; functions of construction supervision and oversight authorities;order of facility commissioning.Practical abilities:- To organize the work in the area of receiving and storage of construction materials and structures;- To organize the work in the area based on rational use of construction machinery, small-scale mechanization tools and equipment, power plants, vehicles, industrial equipment;- To organize the work in the area of job placement and issue of teams and managers;- To develop general layouts for the construction of projects under construction, to calculate the necessary resources;- Draw up schedules of construction objects;- Complete units, brigades of workers to produce the balance in accordance with their qualifications and

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Course/Discipline name Acquired abilitiesoperational needs;- To analyze the performance of the construction and mounting team.

Technical exploitation of buildings and constructionsOrganization of technical exploitation of buildings. Physical and moral wear of buildings and constructions. Life service span of buildings and construction. Protection of buildings from premature deterioration. Technical exploitation of foundations, walls, facades, partitions, floors, ceilings, ladders, windows, doors etc. Normative documents on exploitation of buildings. Repair and substitution of structures and engineering equipment of buildings.

Theoretical knowledge:- Operational requirements for the object of exploitation;- Parameters describing the technical condition of buildings and structures;- Scientific basics and practical problems of exploitation of buildings and structures;- Factors affecting the reliability and durability of the exploited buildings, causes and types of damage;- Actual problems of exploitation of buildings and structures.Practical abilities:- Implement measures for technical exploitation of buildings, their design and engineering equipment;- Carry out inspections and control of parameters of buildings and facilities serviceability and diagnostics of their damages;- Organize repair and replacement of structures and engineering equipment.

Basic market economy and production managementPlace of construction industry in country’s economy and its characteristic. Organizational and legal forms of construction companies (enterprises). Basic entrepreneurship. Interaction of organizations with various financial institutions. Property of organization. Main production facilities and ways of evaluation. Current assets, nature and structure of working capital. Intangible assets. Concept of production costs, budget, planned and actual costs. Classification of production expenses. Prime cost structure for different types

Theoretical knowledge:– objectives and tasks of an organization;– features of legal entity;– kinds of an organizations by various features;– kinds of basic funds of an organization;– kinds of depreciation of basic funds of an organization;– meaning and ways of allocation of depreciation deductions;– content of current assets of an organization;– content of labor resources of an organization;

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Course/Discipline name Acquired abilitiesand elements of expenses. Salary calculation. Main directions of prime cost reduction. Revenues of organization. Labor productivities, principal measures of productivity. Revenues and profitability. Taxation system. Classification of taxes. Order of calculations for taxes with budget and extra budgetary funds. System of benefits for organizations of building complex. Basic marketing: market research, product design and creation, goods and services promotion, advertising, service, control.

– workforce productivity and methods of its measuring;– piecework payment and time wage;– kinds and functions of production cost;– economic elements of expenditures and costing items;– kinds of prices and procedure of their calculation;– kinds and functions of profit;procedure of net profit formation, its use in organization. Practical abilities:– calculate movement indices of main funds of an organization and effectiveness indices of their use;– calculate depreciation deductions in different ways;– find effectiveness indices of using current assets of an organization;– calculate number of workers in organization;– determine the indices of labor productivity;– to calculate salary according to piecework payment and time wage;– to calculate production and full cost of products;– to define factory, wholesale and retail prices– to find and distribute net profit of an organization;– to calculate profit ability indices.

Industrial training and professional practiceIndustrial training

Study practice in plastering worksPlastering of exterior and interior surfaces of buildings and constructions, installment of self-leveling floor screeds, systems of façade heat-insulating composites with manual or mechanized drawing of compounds.

Practical abilities: - Execution of plastering works on finishing of interior and exterior surfaces of buildings and structures;- The use of tools and devices for preparation of solutions;- The maximum permissible deviations from the norm and ways to

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Course/Discipline name Acquired abilitiescorrect them;- Staking of surfaces;- Checking of horizontality of ceilings.Skills:–Prepare brick, concrete and wooden surfaces for plastering; – Perform manual and mechanized plastering of surfaces; – Pull rods and cornices.

Study practice of house plasteringCleaning, etching and processing of surfaces for further painting and paperhanging. Final preparation of surfaces for painting ad paperhanging. Making of primer compositions. Priming of surfaces before painting. Making and coating of spackling compositions. Making of aqueous painting compositions and use of these compositions for surface painting. Making of oil painting compositions and use of these compositions for surface painting. Preparations for paperhanging. Coloring, gluing and repairing works.

Practical abilities: - Surface cleaning and protection from sprayed paint;- Etching and surface treatment;- Manual stopping of surfaces;- Priming and sanding of surfaces;- Preparation of walls and materials for paperhanging;- Manual and mechanized stopping and priming;- Painting of surfaces;- Wrapping of surfaces with simple wallpaper.Skills:- Prepare wood, plastered and concrete surfaces;- Prime wooden, plastered, concrete surfaces for painting with oil and water painting solutions;-Paint surfaces with water and oil-based formulations

Study practice for construction foremenCoating of surfaces and repair of coated surfaces as part of various structures construction and repair work. Implementation of works on installation of enclosures and partitions; repair, restoration and decoration of internal and external surfaces of buildings and structures with the use of complex systems: ceilings, floor foundations, partitions, coatings, facades as well as

Practical abilities:- Preparation of base surfaces for coating;- Preparation of solutions;- Manual coating;- Seam processing;- Order of operations and ways of execution;- Use of machines, equipment, tools and supplies used in the production of construction worksSkills:

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Course/Discipline name Acquired abilitiesgypsum plasterboards, concrete-mineral panels of aquapanel type, polystyrene, mineral wool panels and other types of panels, ready-made mortars.Complex of shuttering works, laying and compaction of concrete mix, concrete care, concrete surfaces treatment during construction, reconstruction, restoration and overhaul of buildings and structures. Stone and furnace work during construction, reconstruction, restoration and overhaul of buildings and structures.Installation works during assembly of buildings and structures from separate elements and concrete structures or from enlarged blocks during construction, reconstruction, restoration and overhaul of buildings and structures.Complex of slinging and goods movement works during construction, reconstruction, restoration and overhaul of buildings and structures.Simple welding works with the use of manual arc weld during construction, reconstruction, restoration and overhaul of buildings and structures.

- Prepare mortars and concretes;- Prepare the surface;- Carry out coating, stone and stove, reinforcement, concrete, carpentry, installation, strapping, welding and assembly of frame-casing structures;- Carry out construction works in accordance with modern technology using advanced methods of labor.

Geodesic practiceTheodolite works – measurement of horizontal and vertical angles, azimuth angles. Leveling works – field traverse point leveling, track leveling, transverse profiles construction. Calculations of existing, project and working marks.

Practical abilities: - Determination of instrument readings; - Filling and leveling of azimuth logs and procession of the data; - Build and design the longitudinal profile of the profile; - Build a leveling plan; - Make a project set angles, lengths of lines, markings; - Understand the as-built drawings; - Execute geodetic work; - Define the terrain inclines. Skills: - Testing instruments; - Theodolite surveying; - Leveling the peaks of traverse, lines,

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Course/Discipline name Acquired abilitiessurfaces by squares; - Altitude laying out structures.

Professional practiceIndustrial practice for acquiring working profession of plasterer.Familiarization with construction object. Introductory instructions. Study of construction works in accordance with qualification characteristic. Qualification tests and assignment of working rank.

Practical abilities:- Rational organization of labor in the workplace;- Compliance with the technological process of the work;- Compliance with the rules of technical operation and maintenance of equipment, accessories and tools for the job;- Compliance with the materials expense standards; - Compliance with the requirements for the quality of work (including on related transactions or processes);- Compliance with safe and sanitary methods of work, the basic means and methods of preventing and fighting fires at workplace.Skills:- Organize the workplace;- Plan one’s time depending on the specific production targets;- Carry out construction and mounting works with the required quality in accordance with the qualification characteristic;- Participate in operational and acceptance control.

Industrial practice for acquiring working profession of house painter.Familiarization with construction object. Introductory instructions. Study of construction works in accordance with qualification characteristic. Qualification tests and assignment of working rank.

Practical abilities:- Rational organization of labor in the workplace;- Compliance with the technological process of the work;- Compliance with the rules of technical operation and maintenance of equipment, accessories and tools for the job;- Compliance with the materials expense standards;

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Course/Discipline name Acquired abilities- Compliance with the requirements for the quality of work (including on related transactions or processes);- Compliance with safe and sanitary methods of work, the basic means and methods of preventing and fighting fires at workplace.Skills:- Organize the workplace;- Plan one’s time depending on the specific production targets;- Carry out construction and mounting works with the required quality in accordance with the qualification characteristic;- Participate in operational and acceptance control.

Industrial practice for acquiring working profession of construction foremanFamiliarization with construction object. Introductory instructions. Study of construction works in accordance with qualification characteristic. Qualification tests and assignment of working rank.

Practical abilities:- Rational organization of labor in the workplace;- Compliance with the technological process of the work;- Compliance with the rules of technical operation and maintenance of equipment, accessories and tools for the job;- Compliance with the materials expense standards; - Compliance with the requirements for the quality of work (including on related transactions or processes);- Compliance with safe and sanitary methods of work, the basic means and methods of preventing and fighting fires at workplace.Skills:- Organize the workplace;- Plan one’s time depending on the specific production targets;- Carry out construction and mounting works with the required quality in accordance with the qualification

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Course/Discipline name Acquired abilitiescharacteristic;- Participate in operational and acceptance control.

Technological practiceFamiliarization with construction organization and its production base. Necessary documentation for erection of buildings. Evaluation and work quality control system. Organization of construction site in accordance with labor protection, industrial sanitation and fire safety requirements. Work in brigade, study of building and assembly job technologies. Labor organization and system of payments in working team.

Practical abilities:- Read working drawings, cost estimates, projects of working operations, monitor their use by brigades for organization and supervision of works, design of applications; - Draw up technical documentation used for the works (work logs, acceptance certificates, etc.); - Control types of work performed by brigade, schedules, documentation applied for organization of work including operational quality control schemes. Skills:- Carry out the work determined by one's working profession (on condition of appropriate training and with related professions); - Supervise the work of the working units (brigades), ensuring compliance with the established rules of labor protection, fire protection and environmental protection; - Be able to read project documentation and use it when performing stakeout and construction works; - Issue orders, make up acts of the hidden works, and prepare reporting documentation.

Engineering projectSystematization, consolidation and broadening of theoretical and practical skills of students concerning their specialty and application of these skills for solving certain production tasks meeting modern construction requirements. Working-through of the

Practical abilities:- Apply advanced engineering and designs, new advanced materials, advanced techniques of production of construction and mounting works; Skills: - Use of modern methods of design and analysis of structures;

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Course/Discipline name Acquired abilitiesfollowing aspects: architectural, constructional, calculative, organizational, technological and labor protection activities.

- Solve the problems of technology and organization of construction and mounting works, labor safety during fulfilment of projects.

Pre-diploma practice.Familiarization with construction organization. Study of its projecting system, organization and construction management in real market. Duplication of engineering and technical workers and construction organization services. Study of principal departments of construction organization and its work. Familiarization with reporting documentation. Collection of materials for diploma designing and analysis of these materials.

Practical abilities:- Selection of documents on operational and production planning activities;- Application of methodology for weekly and daily schedules;- Use of the control system for production plans at construction facilities;- Filling of documentation on operational records for the use of machinery, documentation on clearance of cargo;- Preparation of reporting documents for the implementation of working plan;- Ordering of materials, structures and equipment;- Schedule of commissioning of launch facilities;- System of evaluation and quality control of construction works;- Procedure for delivery of works to the customer and records of work performed;- Plan of organizational, technical, and social events.Skills: - Complete (together with foremen) working brigades;- Produce receipt and quality inspection of materials, structures and equipment;- Prepare scope of work for brigades;- Provide brigades with tools and equipment;- Ensure timely delivery of materials to working places;- Give brigades work orders;

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Course/Discipline name Acquired abilities- Ensure reasonable (in terms of operation project) working technology;- Check-up of the quality of work and its compliance with CSR based on operational quality control maps;- Accept work performed by foremen and take orders;- Ensure proper storage and rational use of materials.

Diploma designingTheoretical knowledge and practical skills synthesis. Generalization of previous project work experience and use of abilities acquired during study time for development of non-standard project; creation of design objectives meeting modern construction requirements.

Practical abilities: - Express the idea of project proposal in the schedule, the idea of compositional and spatial solutions in a perspective view, the layouts; - Receive and evaluate quality of project proposals in terms of related disciplines; - Convincingly and competently capture the essence of project proposals in explanatory note. Skills: - Independent work with literature and materials design, development - Ability to consistently put, analyze and solve complexes of architectural problems

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Ministry of Education and Science of the Republic of KazakhstanNon-commercial Joint stock Company «Holding «Kasipkor»

EDUCATIONAL PROGRAMon the specialty: 1401000 - Construction and operation of buildings and

structures

Qualifications:

– 140104 2 - Plasterer* (2 level of NQF)– 140105 2- Painter* (2 level of NQF)– 140124 2 - Wide profile builder (3 level of NQF)– ******* - Technician-finisher (4level of NQF)– ******* - Junior civil engineer (5 level of NQF)

PART 2

Astana – 2015

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TABLE OF CONTENTS

Educational programs by subjects 3Fundamentals of engineering drawing 3Fundamentals of electrical engineering and electrical equipment of buildings 24Basics of economy 41Basics of informatics 50Records management in the state language 59Technical mechanics 67Geodesics 87Engineering and technical equipment of buildings 105Building regulation, quality control of construction works 111Information technologies in professional activity 115Occupational safety 125Building materials and products 140Special technology 157Construction of buildings and facilities 169Basics of structural calculation 196Construction machinery and labour saving tools 223Technology of construction and installation production 243Organization of construction and installation production 259Technical maintenance of buildings and facilities 268Basics of the market economy and production management 275Project management 289

List of training literature 294List of training equipment 302

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Educational programs on the disciplines

FUNDAMENTALS OF ENGINEERING DRAWINGThe purpose of the study of the discipline is the development of students'

knowledge of the fundamentals of engineering graphics, and skills to build the images of spatial forms on the plane in orthogonal and axonometric projections, as well as the skills to use conditional images and symbols, and the skills of reading and execution of the drawings and diagrams by occupation.

SUMMARY OF THE DISCIPLINE

Section, topic

Number of academic hours

Total

Including those for practical works

Introduction 1 1Section 1. General information on engineering graphics

7 7

1.1. The rules of drawings preparation 3 31.2. Geometrical constructions. Conjugations 4 4Section 2. The fundamentals of descriptive geometry 20 202.1. Methods of projections. Projections of point and straight line. Projections of plane. 4 42.2. Projections of geometrical bodies. 4 42.3. Axonometric projection. 4 42.4. Intersection of geometric bodies surfaces with projecting planes. Involutes. 4 42.6. Mutual intersection of geometric bodies surfaces. 4 4Section 3. The fundamentals of engineering drawing 22 223.1. Views, cuts, sections 14 14Inspection test 2 23.2. Views and symbols of threads 4 43.3. Drafts and drawings of parts 2 2Section 5. Construction drawings 38 385.1. General information on construction drawings. Graphical symbols and images on the construction drawings. 2 2

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5.2. The drawings of plans, sections and facades 10 10Inspection test 2 25.3. The drawings of structural assemblies of buildings 4 45.4. The drawings of reinforced concrete structures 4 45.5. The drawings of metal structures 4 45.6. The drawings of wooden structures 2 25.7. The drawings of general layouts 2 2

Total 88 88

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaINTRODUCTION

Content of “Fundamentals of Engineering Graphics” academic discipline its objectives and tasks. The role of academic discipline in formation of a specialist.

Brief information on the development of Engineering Graphics. Drawing instruments and accessories, computer graphics tools. Standards of Unified System for Design Documentation and System of Design Documentation for Construction, areas of their application.

Knows the scope of ESKD and ASAP, role of standards when doing drawings. Knows how to use the drawing tools.

Makes universal proposition on purposes and objectives of study of academic discipline, its role in the formation of a specialist, on designation and application of basic drawing instruments, area of application of standards of Unified System for Design Documentation and System of Design Documentation, role of standards during execution of drawings.

SECTION 1. OVERVIEW ON ENGINEERING GRAPHICSTopic 1.1.Principle of preparation of drawings

Drawing sizes. Title block. Drawing lines, their designation. Scales of images on drawings.

Drawing of lines of all types. Building of drawing frame and title block form.

Types and sizes of drawing typefaces. Design of letters, digits, symbols; their writing. Execution of

Uses the rules of drawing up blueprints in practice

Describes dimensions of basic drawing sizes. Explains building of drawing frame, location and designation of title block. Generates standard requirements to drawing lines on their drawing and application.

Describes reduction and enlargement scales, explains their use and plotting.

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Content of the topic Result Evaluation criteriainscriptions on drawings. Filling in of title block.

Executes drawing of all types of lines, drawing sheet frame and title block form.

Practical work No. 1Execution of drawing lines (A4

size). Writing of letters, digits, symbols, words and sentences in various typeface sizes

Performs line drawing, font style letters and numbers in accordance with the requirements of the standard

Executes drawing lines according to the standard requirements.

Describes types and sizes of standard drawing typefaces, letters and digits parameters, explains their design. Describes basic rules of execution of inscriptions.

Executes drawing of letters, digits, words and sentences in required typeface size using samples.

Topic 1 . 2 . G e o m e t r i c c o n s t r u c t i o n P a i r i n gGeometrical construction, its

application during execution of drawing. Line interfaces, their types. General principles of interface building. Interface points.

Execution of basic geometrical construction. Building of various interfaces of lines.

Performs a geometric construct and pairing when executing drawings of details.

Explains execution of basic geometrical construction. Describes general principles of interface building. Reveals the term “interface point”.

Executes geometrical construction on division of intercepts, corners and circumferences division into equal parts, geometrical construction of regular polygons, polygons equal to specified ones. Builds interface of two straight lines, external and internal interface of two arcs, external and internal interface of a straight line and

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Content of the topic Result Evaluation criteriaan arc with arcs having defined radii etc.

Practical work No. 2Building of contour of technical

detail, dimensioning (А4 size).Performs the necessary geometrical

construct and pairing is dimensions.Builds contours of details with

execution of necessary geometrical construction and interfaces of the drawing. Dimensions according to the standard requirements.

SECTION 2. FUNDAMENTALS OF DESCRIPTIVE GEOMETRYT o p i c 2 . 1 . Method of projection. Foot and straight line. P r o j e c t i o n p l a n e

Projection methods. Central and parallel projections. Orthogonal projections. Projection planes. Coordinate system. Traces of point. Projection of line intercept. Lines of general and particular position. Point on the line. Relative position of lines (parallel, intercrossing, intersecting).

Building of third projection of a point by two set points. Plotting of drawings of points and lines of general and particular positions. Interpretation of drawings of points and lines. Determination of point belonging to straight line. Building of drawing of points and intercepts by set coordinates. Set planes on drawing. Plane traces. Planes of general and particular

Focuses on methods of projection. Builds the projection point, direct, and plane

Makes universal proposition on projection methods.

Describes projection methods. Reveals terms “orthogonal projection”, “projection plane”, “traces of point”. Explains drawings of point and line, determines point coordinates. Reveals terms “level line” and “projecting line”. Describes criteria of belonging of a line point and relative position of lines.

Builds drawings of points and lines of general and particular position. Determines position of points and lines with respect to projection planes according to their drawings. Executes cases of projection of intercepts in full size and as a point. Builds drawing of a point belonging to a straight line.

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Content of the topic Result Evaluation criteriaposition. Planar figures planes. Line and point on the plane. Relative position of planes.

Plotting and interpretation of drawings of planes of general position, projecting planes and planes of reference set by traces and planar figures. Plotting of points and lines belonging to a plane. Plotting of planes intersection line on the drawing. Building of plane parallel to set one.

Executes drawings of points and intercepts by their coordinates. Describes methods of setting a plane on the drawing. States definitions of terms “plane trace”, “plane of general position”, “projecting plane”, “plane of reference”. Explains plane drawings. Describes condition of belonging of point and line to the set plane, characteristics of parallelism and intercrossing of two planes.

Builds drawings of planes of general and particular position, set by their traces, planar figures. Determines according to the drawing position of plane with respect to projection planes. Executes cases of projection of planar figures in full size and as a line intercept. Executes plotting of points and lines belonging to this plane, intercrossing line of two planes and a plane parallel to the set one.

T o p i c 2 . 2 . Geometric body projectionGeometrical surfaces and bodies,

their classification. Projections of basic geometrical bodies: prism, cylinder, pyramid, cone, sphere. Projections of points belonging to surfaces of

Builds a projection of solids Reveals terms “surface”, “geometrical body”, “polygon”, “rotary body”. Explains building of projections of geometrical bodies with the analysis of projections of element of such

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Content of the topic Result Evaluation criteriageometrical bodies.

Building and interpretation of drawings of geometrical bodies in three projections. Building of projections of points belonging to surfaces of geometrical bodies.

bodies. Describes methods of building of projections of points belonging to surfaces of geometrical bodies.

Executes and interprets drawings of geometrical bodies. Builds projections of points belonging to surfaces of geometrical bodies.

Practical work No. 3Building of drawing of a group of

geometrical bodies and points on their surfaces (А3 size).

Builds the group drawing of geometric solids, finds the projection of points on their surfaces

Builds drawing of a group of geometrical bodies taking into account their relative position. Completes the drawing with projections of points belonging to surfaces of geometrical bodies.

T o p i c 2 . 3 . A x o n o m e t r i c p r o j e c t i o nConcept of axonometric

projections. Types of standard axonometric projections. Axonometric axes. Distortion ratios. Axonometric projections of planar figures and geometrical bodies. Orthogonal isometric circle projection.

Building of axonometric projections of planar figures parallel to projection planes and arbitrarily spaced planar figures. Drawing of circle parallel to projection plane in orthogonal isometric projection. Building of axonometric

Performs building regular polygons, polygon, circle located arbitrarily in axonometric projections

Reveals the term “axonometric projection”, describes its types. Explains representation of axonometric axes, indicates distortion ratios. Describes rules and procedure of building of axonometric projections of points, planar figures and geometrical bodies.

Executes building of orthogonal isometric and skew-angle diametric projection of regular polygons parallel to any of the planes of projections and arbitrarily spaced polygon set by the

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Content of the topic Result Evaluation criteriaprojections of geometrical bodies. drawing. Builds orthogonal isometric

projection of a circle parallel to any of planes of projections. Executes building of axonometric projections of basic geometrical bodies with selection of type of axonometry for more demonstrative representation thereof.

Practical work No. 4Building of orthogonal isometric

projection of a group of geometrical bodies and points belonging to the surfaces thereof (А4 size).

Builds a rectangular isometric projection group geometrical solids and surfaces data points that belong to bodies

Builds orthogonal isometric projection of a group of geometrical bodies taking into account their relative position. Completes axonometric projections of geometrical bodies with images of set points belonging to surfaces of such geometrical bodies.

T o p i c 2 . 4 . I n t e r s e c t i o n o f t h e s u r f a c e s o f s o l i d s p l a n e s . S w e e pLines of intersection of surfaces of

polygons and rotary bodies with planes. Intersection of geometrical bodies with projecting planes. Actual size of cross-section figure. Developments of surfaces of truncated geometrical bodies. Fold lines. Practices of work with curves.

Drawing in three projections, building of axonometric projections and developments of geometrical bodies divided by projecting planes.

Finds the line of intersection of the surfaces of solids planes builds scan truncated geometric body.

Reveals terms “line of intersection of geometrical body by a plane”, “cross-section figure”. Describes the nature of lines of intersection of basic geometrical bodies by planes, explains the procedure of their building on the drawing. Reveals terms “surface development” and “fold line”. Explains general principles of building of developments and axonometric projections of truncated geometrical bodies and practices of work with

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Content of the topic Result Evaluation criteriaDetermination of actual size of cross-section figure. Building of axonometric projections and development of truncated geometrical bodies.

curves.Executes drawings in three

projections of a prism, cylinder, pyramid and cone, divided by projecting planes. Determines actual size of cross-section figure. Builds axonometric projections and developments of truncated geometrical bodies.

Practical work No. 5Execution of drawing, axonometric

projection and developments of compound geometrical body truncated by projecting plane (two A3 sizes).

Performs drawing and axonometric projection, a geometrical combination body scan truncated projecting plane

Analyses the received task from the point of view of sectional figure form and selection of characteristic and additional points for building of projections of intersection line of the body by a plane. Executes a drawing, axonometric projection and developments of compound geometrical body truncated by projecting plane.

T o p i c 2 . 5 . R e c i p r o c a l c r o s s i n g s u r f a c e s o f s o l i d sIntercrossing line of surfaces of

geometrical bodies. Plotting of intercrossing line in case both intercrossing surfaces are projecting. Plotting of intercrossing line in case one of the intercrossing surfaces in projecting.

Building of drawings and axonometric projections of intercrossing

Builds the drawing and axonometric projection of intersecting geometric solids

Describes the nature of lines of intercrossing of surfaces of two polygons, polygon with a rotary body, two rotary bodies. States the procedure of building of projections of intercrossing lines in case both intercrossing surfaces are projecting. Explains application of auxiliary dividing planes in case when only one

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Content of the topic Result Evaluation criteriageometrical bodies. of intercrossing surfaces in projecting.

Executes building of projections of intercrossing lines of surfaces of two polygons, two rotary bodies and a polygon with a rotary body.

Practical work No. 6Execution of drawing and

axonometric projections of intercrossing geometrical bodies (А3 size).

Executes drawing and axonometric projection of intersecting polyhedron with body rotation or two bodies of revolution

Executes a drawing in three projections and axonometric projection of intercrossing surfaces of geometrical bodies (polygon with rotary body and two rotary bodies).

SECTION 3. FUNDAMENTALS OF TECHNICAL DRAWINGT o p i c 3 . 1 . T y p e s o f c r o s s - s e c t i o n s , s e c t i o n

Views. Designation of views. Location of basic views on the drawing. Additional views, their location and indication. Broken-out views, their application, location, indication and execution.

Simple sections: horizontal, vertical (front, longitudinal) and oblique. Designation, location on the drawing. Connection of one-half of the view with one-half of a section. Broken-out sections. Offset sections. Indication of sections.

Sections, their designation and types. Detail and revolved section.

Performs comprehensive drawing details with the application of sections and sections.

Explains formation, their designation, and application of basic, additional and broken-out views. Lays down rules of selection of the main views, execution, location and indication of views.

Reveals terms “front, horizontal, longitudinal, broken-out, oblique, offset and broken sections”, explains connection of part of the view and part of a section, their formation and designation. Lays down the rules of execution, location and indication of sections.

Reveals terms “detail, revolved 111

Content of the topic Result Evaluation criteriaLocation on the drawing and contours stroke. Sections indication.

Building of three views by axonometric projections of details. Building of third view and axonometric model by two set views. Dimensioning on views.

Building of simple sections on the location of corresponding views. Indication of sections. Conventional representation of thin-walled elements on sections. Alignment of one-half of the view and one-half of a section on one image, location of dimensions on such images. Execution and indication of offset sections. Execution of broken-out sections.

Building of necessary sections by the detail front view.

sections and sections located in section of foreground image”. Explains their formation and designation. Lays down the rules of execution, positioning and indication of sections.

Builds and correctly positions images of basic views by axonometric projection, by two set views; executes indication of a view in case of departure from location rule. Dimensions. Executes axonometric projection of a model.

Carries out, executes in accordance with the standard requirements and indicates where necessary horizontal, front and longitudinal sections of details. Executes alignment on one image of one-half of the view and one-half of a section, dividing them where necessary with continuous wavy line. Correctly positions figures on such images. Builds and indicates offset and broken sections. Executes broken-out sections.

Builds sections, executes, positions and indicates offset and revolved sections in accordance with the standard requirements.

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Content of the topic Result Evaluation criteriaPractical work No. 7

Building of three views of a model, dimensioning, and building of axonometric projection (А3 size).

Builds three kinds of models, dimensions, builds a axonometric projection

Executes views on technical drawings, executes in accordance with the standard requirements. Dimensions. Builds axonometric projection.

Practical work No. 8Building of third view by two set

views, execution of necessary sections and axonometric projection with quarter section. Dimensioning (А3 size).

Executes drawing details with the application of the necessary cuts as well as axonometric projection with quarters.

Executes views and sections on technical drawings, executes in accordance with the standard requirements. Dimensions. Builds axonometric projection of a model with quarter section.

TestT o p i c 3 . 2 . I m a g e a n d t h r e a d d e s i g n a t i o n

Indication of a thread, its designation. Thread types. Thread profiles. Conventional representation of male and female thread. Indication of standard and special threads. Indication of left-hand and multistart thread. Representation and indication of standard threaded fasteners (bolts, nuts, studs, screws).

Imaging and indication of male and female straight and taper thread. Interpretation of drawings of standard threaded fasteners.

Reads cosmetic external and internal cylindrical and tapered. Performs metric and pipe thread designation.

Explains designation and formation of thread. Describes types of threads, their profiles and elements. Lays down the rules of conventional representation of male and female thread. Explains indication of metric, pipe and special thread.

Distinguishes on drawings the images of standard threaded fasteners and their indications.

Builds and interprets conventional representation of male and female straight and taper thread. Executes indication of metric and pipe thread.

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Content of the topic Result Evaluation criteriaInterprets images of standard threaded fasteners.

T o p i c 3 . 3 . S k e t c h e s a n d d r a w i n g s o f d e t a i l sDesignation of sketch and drawing.

Design elements of details (bevels, grooves, fillets, flats etc.), their representation and indication. Conventionalities and simplifications. Details sections, their designation, representation and indication. Features of building and execution of sketches. Procedure of execution of detail sketch. Dimensioning. Measuring instrument and detail measurement. Basic requirements to engineering drawings of details.

Interpretation of sketches and drawings of details.

Performs drawings and sketches details of average complexity

Explains designation of sketches and drawings of details. Describes representation and indication of bevels, grooves, fillets, flats. Explains conventionalities and simplifications, application and indication of details sections. Lays down features of execution of sketch. Describes the procedure of building of detail sketch. Explains application of basic measuring instruments.

Makes universal proposition on basic requirements to detail engineering drawing.

Interprets drawings and sketches of details of average complexity describing their external and internal form, design elements, explains conventionalities and simplifications and indications on the drawing.

Practical work No. 9Execution of sketches of two/three

details from nature (two/three A4 sizes).Performs the sketches of details

from natureExecutes sketches of details

(coupling nut, fitting, cap etc.) from nature, applying rules of selection of front view and necessary quality of

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Content of the topic Result Evaluation criteriaimages. Executes measurement of detail, draws necessary dimensions and indications.

Practical work No. 10Execution of technical drawing of a

model according to the drawing (А4 size).

Performs technical drawings models on the drawing

Executes technical drawing of a model or detail according to the drawing, draws light and shades.

SECTION 4. CONSTRUCTION DRAWINGST o p i c 4 . 1 . General information on the construction drawings. Conventional graphic symbols and images on

construction drawingsConstruction drawings, their types.Features of construction drawings.

Basic structures of buildings. Design stages. Construction drawings sets. Standardized design. Basic technical regulatory acts applied in constructional drawing. Definitions and terms of constructional drawing.

Graphical symbols of construction materials. Conventional representations of elements of buildings and structures, plumbing fitting. Call-outs and inscriptions on construction drawings. Forms of title blocks. Marking of assemblies, elements, details.

Execution of graphical symbols of materials on the image of construction unit

Knows the design stage, the content and the appointment of key sets of working drawings and the construction drawings of parts and products.

Reveals the term “construction drawing”, characterizes basic types of construction drawings. Explains features of construction drawings according to applicable scales, use of drawing lines, dimensioning.

Makes universal proposition on basic structures of building, design stages, content and designation of some basic sets of engineering drawings and drawings of construction details and units. Specifies differences between architectural and construction drawings of buildings. Makes universal proposition on applicable technical regulatory acts, definitions and terms.

Explains application and execution of graphical symbols of materials,

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Content of the topic Result Evaluation criteriaconventional representations of basic elements of buildings and structures (walls, partitions, window and door openings, stairs etc.), plumbing fittings. Lays down basic rules of writing of descriptive notes, markings. Explains application of forms of title blocks on construction drawings

T o p i c 4 . 2 . Drawings of plans, sections, facadesDrawings of plans of stories, floors,

foundations, slabs, ceiling. Procedure of building of story plan. Grid lines, their drawing an indication. Dimensioning on story drawings. Level marks, their drawing on story plans. Premise areas. Types and designation of building sections. Procedure of building of section. Graphical division of stairs. Figuring and marking of levels on sections. Elevations and marking. Building of elevation. Rules of plans, sections, elevations stroke.

Interpretation of drawings of plans, sections, elevations of buildings. Execution of drawing of story plan and building section.

Knows requirements to registration drawing floor plan and cross-section of the building. Reading floor plans, architectural drawings, sections, facades of buildings

Reveals terms “story plan”, “building section”, “elevation”. Explains designation and procedure of building of mentioned images. Lays down the rules of drawing and marking of grid lines, dimensioning and level marking, premises areas, elevation marking. Explains the procedure of imaging of stairs. Lays down the rules of stroke of plans of stories, sections and elevations of building.

Interprets drawings of plans of stories, architectural section, elevations of buildings. Builds and executes drawings of story plan and section in accordance with the standard requirements.

Practical work No. 11Building of drawing of story plan, Builds a floor plan drawings, cut Performs drawing of plan of story,

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Content of the topic Result Evaluation criteriasection and elevation of residential or production building (А1 or А2 size).

and façade of residential or industrial buildings

section and elevation of building, executes it in accordance with the standard requirements.

TestT o p i c 4 . 3 . D r a w i n g s o f c o n s t r u c t i v e u n i t s b u i l d i n g s

Drawing of structural assemblies of foundations, floors, stairs, roofs etc., their marking, execution of explanatory notes.

Interpretation of drawings of structural assemblies of a building.

Reads blueprints basic design nodes Lays down the rules of execution and indication of drawings of structural assemblies and execution of explanatory notes including for multilayered constructions.

Interprets drawings of basic structural assemblies.

Practical work No. 12Execution of drawings of structural

assemblies (А3 size).Carries out the drawings of

foundations, floors, stairs, roofs.Executes and marks drawings of

structural assemblies of a building (foundations, floors, stairs, roofs) in accordance with the standard requirements.

T o p i c 4 . 4 . Drawings of reinforced concrete structuresTypes of reinforcement units, their

marking. Assembly drawings of reinforcement units. Assembly drawings of reinforced concrete structures. Reinforcement layouts. Simplified and conventional representation of reinforcement units, their application. Specifications. Work sheets. Layouts of elements of precast reinforced concrete

Reads blueprints of Ferro-concrete designs

Characterizes types of reinforcement units, explains their marking. Describes composition and the rules of execution of assembly drawings of reinforcement units, and applicable conventional symbols and representations. Explains the content, designation and execution of reinforcement layouts, simplified and

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Content of the topic Result Evaluation criteriastructures.

Interpretation of drawings of reinforcement units. Interpretation of assembly drawings of reinforced concrete structures.

conventional representation of reinforcement units. Makes universal proposition on designation and content of specifications and work sheets to the drawings, layouts of elements of precast reinforced concrete structures.

Interprets assembly drawings of reinforcement units, drawings of reinforced concrete structures.

Practical work No. 13Execution of assembly drawing of

reinforced concrete unit matched with the drawing of reinforcement unit (А3 size).

Performs Assembly drawing reinforced concrete element, combined with the drawing of reinforcement products

Executes assembly drawing of reinforced concrete structures and reinforcement units. Executes developed marking of cores and marking of units.

Executes views, layouts of reinforcement and corresponding sections of reinforced concrete structures. Uses if necessary simplified and conventional representations of reinforcement units. Executes drawings according to standards requirements.

T o p i c 4 . 5 . Drawings of metal structuresConventional graphical

representations of riveted and bolted connections, welded joints. Location of views on drawings of metal structures. Geometric layouts. Drawings of metal

Reads blueprints of metalwork, explains mark on them.

Explains conventional representations and symbols of connections of metal structures elements, location of views conventional on drawings of metal

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Content of the topic Result Evaluation criteriastructures assemblies. Specifications.

Interpretation of drawings of metal structures.

structures. Lays down composition of mentioned drawings, procedure of imaging of metal structure assembly.

Makes universal proposition on the content of specification.

Interprets drawings of metal structures, explains symbols on them.

Practical work No. 14Execution of drawing of assembly

of steel truss (А3 size).Performs a drawing node metal

farmExecutes drawing of assembly of

steel truss with conventional representations of connections and welded joints, execution of necessary symbols and markings according to standards requirements.

T o p i c 4 . 6 . D r a w i n g s o f w o o d e n c o n s t r u c t i o n sConventional graphical

representations of connections of fasteners of wooden structures. Drawings of assemblies of wooden structures.

Interpretation of drawings of wooden structures.

Reads the drawings of wooden structures.

Explains conventional representations of connections and fasteners of wooden structures. Describes the procedure of building and execution of representation of wooden structure assembly.

Makes universal proposition on the composition of drawings of wooden structure assemblies.

Interprets leading varieties of drawings of wooden structures.

T o p i c 4 . 7 . Drawings of master plansContent of drawings of general Reads blueprints master plans Describes types of drawings of

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Content of the topic Result Evaluation criterialayouts. Types of drawings of general layouts. Conventional representations and symbols of elements of general layouts. Dimensions and level marks. Basic rules of execution of general layouts. Construction graticule.

Interpretation of layout plans and territory landscaping plans.

general layouts, explains their content and designation. Lays down rules of dimensioning and level marking. Explains basic conventional representations and symbols of elements of general layouts, rules of execution of drawings.

Makes universal proposition on construction graticule.

Interprets drawings of layout plans and territory landscaping plans, explains basic symbols.

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Directions to study the discipline

The purpose of study of academic discipline “Fundamentals of engineering drawing” is to generate the student’s knowledge of fundamentals of drawing and descriptive geometry, knowledge and skills of interpretation and execution of drawings and layouts in specialty. The tasks of academic discipline are generation of skills in imaging of spatial forms on the plane in orthogonal and axonometric projections, on application of conventional representations and symbols, rules of execution of drawings and layouts contained in standards and on the use of drawing instruments and accessories.

During the study of academic discipline, interdisciplinary links shall be taken into account. Study of fundamentals of engineering graphics is tightly connected with academic discipline “Technical mechanics”, “Building materials and products” etc. Obtained knowledge and skills shall be used subsequently when studying specialty disciplines “Construction of buildings and facilities”, “Basics of structural calculation” etc. and during execution of term papers and graduation theses.

The main arrangement form of the educational process for the academic discipline “Fundamentals of Engineering Graphics” shall be Practical works. The content of Practical works provides generation of initial skills and knowledge of execution and interpretation of drawings.

Content of tasks for tests shall be developed by the teacher and shall be the subject of discussion by discipline commission. Periodic control of knowledge, expertise and skills of trainees is recommended to be provided by carrying out of topical tests, the content of which shall be determined by teacher of academic discipline. Upon the results of execution of tests and graphical works, the correction of knowledge, expertise and skills of trainee shall be performed.

Tasks of Practical works and obligatory tests may be graded by the level of complexity providing the trainees with the right of choice and prior noticing them on the maximum possible grade taking into account evaluation criteria. However, with the mentioned grading of complexity level of tasks, the required level of digestion of educational material shall be ensured.

Control in this discipline requires execution of midterm evaluation the main forms of which are: test, pass/fail exam.

The implementation of this academic program shall provide to carry out:– test – 2– pass/fail exam – 2.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.As a result of the academic discipline study “Fundamentals of Engineering

Graphics” the trainees shallknow:– rules of execution of drawings;– fundamentals of Descriptive Geometry and Projective Drawing;

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– basic requirements of standards of Unified System for Design Documentation and System of Design Documentation for Construction to execution of construction drawings and layouts;

– basic elements of mechanical drawing: fasteners and threaded joints;– constructional drawing: features of construction drawings, conventional

graphical symbols, topographic base of general layouts, architectural and engineering drawings.

be able to:– use drawing instruments;– execute basic geometrical constructions and projection images both using

drawing instruments and by hand – as sketches and technical drawings;– dimension drawings;– apply methods of building of spatial forms on a plane in orthogonal and

axonometric projections;– execute views, sections, sectionals, sketches and drawings, technical

drawings of details;– interpret drawings of details;– execute and interpret construction drawings and layouts in accordance

with Requirements of standards of Unified System for Design Documentation and System of Design Documentation for Construction.

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FUNDAMENTALS OF ELECTRICAL ENGINEERING AND ELECTRICAL EQUIPMENT OF BUILDINGS

The purpose of this discipline study is to generate knowledge about the processes occurring in the electrical direct and alternative current circuits; arrangement and operating principle of electrical measuring instruments, electromagnetic devices, electrical machines and their practical application; arrangement and operating principle of electronic, photoelectronic instruments, semiconductors and electrical equipment of buildings.

THE DISCIPLINE SUMMARY

Topic

Number of academic hours

total

including laboratory and

Practical works

Introduction 11. Direct current electrical circuits 5 22. Electromagnetism 43. Alternative current electrical circuits 8 24. Transformers 45. Electronic instruments and devices 66. Electrical measuring instruments and their application 47. Electrical machines 48. Electrical devices 29. Generation, distribution and consumption of the electricity 1Test 110. Electric power substations and electrical distribution points. Decision of number and capacity of transformers at the electric power substations 6

2

11. Short circuit. Short circuit current calculation 4 212. Protection grounding of electric plants and electric power substations 3 2Test 113. Control, signaling, energy accounting. Electrical power supply system automation 2

Total 56 10

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Summary and content of academic discipline, its relation to other academic disciplines, meaning for qualified workers training.

Electric energy advantages.The electrification role in the social

and economic complex development of the Republic of Kazakhstan.

Current state and development trends of energy in the Republic of Kazakhstan.

Energy and environmental issues

Know the role of electrification in the development of socio-economic complex of the Republic of Kazakhstan.

Makes universal proposition on the current state and development trends of energy in the Republic of Kazakhstan, objectives and tasks of academic discipline, the electrification role in the social and economic complex development of the Republic of Kazakhstan

Topic 1. DC electric circuitsElectrical circuit. Electrical circuit

elements (source, consumer, interconnecting wires), main laws, rules, equations and operation modes (Ohm's laws for the circuit element and complete circuit; the first and second Kirchhoff's laws; power balance equation; nominal mode, open circuit operation and short circuit situation).

Calculation of the direct current electrical circuits during sequenced, parallel and mixed connection of

Performs calculations of electric circuits DC

Explains the purpose of electrical circuit elements and specifies them.

Performs calculations of simple direct current electrical circuits in accordance with the proposed algorithm. Forms equations on the first and second Kirchhoff's laws.

Makes universal proposition on features of non-linear electrical circuits of the direct current

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Content of the topic Result Evaluation criteriaconsumers.

Concept of nonlinear electrical circuits of the direct current.

Practical work No. 1Drawing up of the simplest electrical schemes in accordance with the specified conditions

Is the elementary electrical diagrams Draws up the simplest electrical schemes in accordance with the specified conditions

Topic 2. ElectromagnetismMagnetic field and its main

parameters: magnetic density (B), intensity of magnetic field (H), absolute permeability (µа),magnetic constant (µо), relative permeability (µ), magnetic flux (F).

Effect and EMF of electromagnetic induction, self-induction and mutual induction, inductance, mutual inductance. Lenz's law.

Effect of the electromagnetic force on the conductor and conducting loop. Examples of above mentioned effects in practice

Characterizes the action of electromagnetic forces on the Explorer and contour with shock

Defines main parameters of magnetic field, reveals the effect's essence of electromagnetic induction, self-induction and mutual induction.

Explains Essence of the effect, Makes universal proposition on the effect of electromagnetic forces on conductor and conducting loop

Topic 3. Electric AC circuitsSingle-phase alternative current

electrical circuits Equations and graphics of sinusoidal values. Instantaneous, amplitude, applicable and mean value of EMF variables, voltages

Characterizes the single-phase AC electrical circuits and three-phase AC electrical circuits

Specifies instantaneous, amplitude, applicable and mean value of EMF variables, voltages and currents, their period of changingelectrical and angular frequency, phases, initial phases, phase

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Content of the topic Result Evaluation criteriaand currents. Their period of changing, frequency, angular frequency, phase, initial phase, phase shift.

The parameters of alternative current electrical circuits.

Physical processes in the alternative current circuits with R, L, and C during series connection of R, L and C. Voltage resonance.

Physical processes in the alternative current circuits during parallel connection of active resistance, inductance and capacity. Current resonance.

Power factor, the methods and economical rational of its increasing.

shifts, parameters of alternative current electrical circuits.

Describes calculation rations and explains the voltage resonance.In general familiarizes with particulars of EMF obtaining in three-phase system, distinguishes the connection of three-phase system by “star” or by “triangle” by evident characteristics, in general familiarizes with ratios between linear and phase currents and voltages

Three-phase alternative current electrical circuits Production of electromotive force (EMF) in three-phase system. Connection of three-phase system by “star” or “triangle”.

Linear and phase currents and voltages, ratio between them Calculation procedure of active (P), reactive (Q), full (S) powers

Laboratory workThe research of alternative current

circuit with active and inductive Explores AC circuits with active and

inductive impedancesPerforms the research of alternative

current circuit with active and inductive 126

Content of the topic Result Evaluation criteriaresistances resistances

Topic 4. TransformersPurpose, operating principle and

arrangement of single-phase transformer. Its main parameters (transformation ratio, power coefficient, efficiency factor): physical sense, formula evaluation.

Open circuit operation of the transformer. Operation of the transformer under load.

Power losses in the transformer (electrical, magnetic). Evaluating of losses received from the test of open circuit operation and short circuit.

Three-phase transformers, their design and cooling system.

Special types of transformers (measuring, welding, impulse, autotransformer etc.)

Explains the transformer. Distinguish between the main types of special transformers

In general familiarizes with purpose and operation principle of single-phase transformer, reproduces its main parameters in oral or written form.

Explains the work of transformer during open circuit operation mode and under load. Describes the reasons and the occurrence point of electrical and magnetic losses, influence of various factors on the losses size; explains losses definition procedure received from the tests of no load operation and short circuit.

Makes universal proposition on operating principle of three-phase transformers, their design and cooling system.

Distinguishes the main types of special transformers by evident characteristics

Topic 5. Electronic devices and equipment

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Content of the topic Result Evaluation criteriaElectronic instruments. Physical

bases of electronics. Electric charges flow in electrical and magnetic fields. Electronical, thermoelectron, photoelectron emission.

Ionic instruments with self-sustained and nonself-sustained discharge: neon lamps, stabilitrons, gas-filled rectifiers, gas-filled relays. Operating principle and their application area.

The main types of photocells (photodiode, photoresistors, blocking-layer photocells). Their operating principle and application area

Semiconductor devices. Physical operation bases of semiconductor devices. Concept of electronic and hole-type conductivity, electron-hole junction.

Semiconductor diodes. Their current-voltage characteristics, valve actions. Point-junction and junction diodes. Silicon diodes and stabilitrons (reference diodes). Design, types, parameters and application area.

Semiconductor transistors of р-n-р and n-р-n structure. The main types of transistors, their characteristics (input

Explains the design and use of electronic devices, semiconductor rectifier devices, semiconductor amplifiers

Explains the process of electron motion in electrical and magnetic fields, essence of electron, thermoelectronic and photoelectronic emission.

Describes the design of ionic devices, the main types of photocells, their operating principle and area of application

Reveals Essence of electronic and hole-type conductivity, electron-hole junction.

Describes the purpose of semiconductor diodes, their valve actions, construction, types, parameters, application area, and current-voltage characteristics.

Explains the design of transistors of р-n-р and n-р-n structure, their characteristics, application area, connection scheme.

Explains the design of thyristors, their current-voltage characteristics; application within сontactless switching circuits

Explains purpose and application area of rectifiers, rectifier filters and constant-voltage and current regulators, functional schemes of rectifiers.

128

Content of the topic Result Evaluation criteriaand output) and application area.

Transistor connection scheme with common emitter, common base and common collector.

Thyristors, their current-voltage characteristic; application within сontactless switching circuits

Rectifiers Purpose and application area of rectifiers, rectifier filters and constant-voltage and current regulators. Functional schemes of rectifiers.

Explains the operating principle of one- and fullwave and three-phase rectifiers, filtersand regulators.

Makes universal proposition on purpose, classification, operating principle, application area of semiconductor amplifiers

Operating principle of one- and full wave rectifier, three-phase rectifiers, L-, Т- and U-shaped filters and regulators.

Semiconductor amplifiers. Purpose, classification, operating principle, application area of semiconductor amplifiers.

Topic 6. Electrical appliances and their useTypes and methods of electrical

measuring.Measuring inaccuracy. Accuracy

class of measuring instruments. Classification of measuring

instruments and the systems of their identification.

Explain the principle of operation of the device and the appointment of electrical measuring instruments

Describes the types and methods of electrical measuring. Defines inaccuracy of measuring with use of the proposed method. Distinguishes accuracy class of measuring instruments; identifies the system of definitions

Explains design, operating principle and the purpose of analog and digital instruments, their application area.

Analog measuring instruments (magnetoelectric, electromagnetic,

129

Content of the topic Result Evaluation criteriaelectrodynamic, inductive, electrostatic, thermoelectrical and rectifying). Their design, operating principle and purpose. Concept of digital instruments. Purpose and main building principles

Describes rules of measurement of current, voltage; explains the rules of capacity measuring.

Makes universal proposition on parameters changing of electrical and magnetic circuits

Makes universal proposition on particulars of nonelectrical values measuring using measuring converters.

Measurement of current, voltage and capacity. Measurement rules, connection schemes of ammeter, voltmeter, wattmeter. Extension of ammeter and voltmeter measuring.

Measurement of active resistance, inductance, volume, frequency, capacity coefficient, magnetic induction and intensity of the magnetic field.

Concept of nonelectrical values measuring by electrical methods.

The classification of measuring converters (detectors)

Topic 7. Electric machineryThe design of direct current

machines. Operating principle of direct-current generator. Connection schemes of electric windings. External and regulating characteristics of direct-current generator. Application area of direct-current generator.

Operating principle of direct-current motor. Connection schemes of drive

Knows the device and operation electrical machines

Explains the design of direct current machines, operating principle of direct current generator and motor, their application area.

Makes universal proposition on purpose, design, application area of three-phase asynchronous electric motors.

Explains design, operating principle 130

Content of the topic Result Evaluation criteriawindings. Mechanical characteristics. Methods of start, rotation speed reverse, motor braking of direct current.

of single-phase asynchronous electric motors.

Explains the stator and rotor arrangement of synchronous generator and motor.

Explains external characteristic of synchronous generator and mechanical characteristic of synchronous motor, methods of start, rotation frequency regulation and reverse of synchronous motor.

Asynchronous three-phase electric motors. Design, operating principle, application area. Capacity, frequency of rotation, slip, rotation moment. Mechanical characteristic. Regulation of rotation frequency and change of rotation direction (reverse operation). Start methods.

Single-phase asynchronous motors. Their design, operating principle and application area.

Synchronous machines. Stator and rotor arrangement of synchronous machines.

Operating principle of three-phase synchronous generator. External characteristic of synchronous generator.

Operating principle of synchronous motor. Mechanical characteristic of synchronous motor. Methods of starting up, rotation frequency regulation and change in rotation direction (reverse operation). Application area.

Topic 8. Electric apparatusCommutating and protective devices. Knows the device and operation of Makes universal proposition on

131

Content of the topic Result Evaluation criteriaManual and automatic commutating devices: breakers, packet switches, push-button switches, fuse-switches, automatic switches, ground fault interrupters, differential breakers. Arrangement and operating principle.

electrical apparatus purpose, design, application area of commutating and protective apparatus

Relay Arrangement and operating principle of electromagnetic relay, magnetic reed relay, thermo relay, timing relay, photo relay

Describes the arrangement and operating principle of electromagnetic relay, thermo relay, and timing relay.

Control devices Controllers, contactors and magnetic starters: their arrangement, operating principle, purpose, application area

Makes universal proposition on arrangement, operating principle and application area of controllers, contactors and magnetic starters.

Topic 9. Production, distribution and consumption of electric energyTypes of electric power stations.

Comparative technical-and-economic characteristics of thermal, hydro- and nuclear electric power stations.

Electrical networks. Cable and overhead power lines. Electric power substations. Methods to decrease capacity losses during electric power transmission

Types of consumers. Power supply schemes for industrial and apartment buildings. Metal-clad installation (MCI).

Concept of electric motor drive; its

Focuses on issues of production, distribution and consumption of electric energy

Specifies main types of electric power stations and their comparative technical and economic characteristics, methods of transmission of electricity, decreasing of capacity using obvious characteristics.

Explains schemes of electrical supply of different types of consumers, purpose, arrangement and operating principle of MCI work.

Makes universal proposition on schemes of electric supply of different types of consumers.

132

Content of the topic Result Evaluation criteriafunctional scheme; classification of electric motor drives and their operation modes; operation load diagrams; definition of capacity during continuous and intermittent operation modes; control methods of electric motor drive.

Electric tools; their main types (electric drills, polishing tools, shears, saws, planes etc.)

Electric lighting. Incandescent electric lamps and luminescent lamps; their arrangement, operating principle and connection circuits.

Explains the arrangement of electric motor drive using functional scheme; its main operation modes, electric motor derive control methods.

Explains operating principles and purpose of main types of electric tools.

Reproduces with prompt the general data about the arrangement and schemes for switching on of incandescent electric lamps and luminescent lamps

TestTopic 10. Substations and distribution points

The main electrical appliance of electric power stations and substations. The purpose of the main step down substations (MSDS) and the main electrical distribution points (MEDP).

Values of used nominal voltages.Classification of substations, their

purpose and types. Opened and closed electrical distribution devices.

Appliance of mini-substations of MS, EPTS, TS and DP types with metal-clad apparatus of Tackle, MCI, OSWG types.

Physical performance of MSDS and

Know the purpose and the unit of electrical power stations and substations

Explains purpose, difference between MSDS and MEDP. Describes their main equipment.

Describes the arrangement of substations of MS, EPTS, TS and DP types with metal-clad apparatus of Tackle, MCI, OSWG types.

Reveals the purpose, arrangement and operating principle of high-voltage devices, explains their technical data.

133

Content of the topic Result Evaluation criteriaMEDP, their electrical schemes and used electrical appliances (power transformers, power-class cut out, load-break cut outs, disconnecting switches, isolating switches, short circuit throwing switches, high voltage fuses, breaker drives, current and voltage transformers, prods, reactors, switches of BB/TEL type).

Design, arrangement, types and purpose of high-voltage equipment.

Practical work No. 2Study of high-voltage devices. Specifies the type of high-voltage

apparatusIdentifies the type of high-voltage

devicesTopic 11. Short circuit. Calculation of short-circuit currents

The concept of the short circuit in electrical networks. Physical essence of short circuit process. Types of short circuit (single-phase, two-phase, three-phase symmetrical, two-phase earth fault).

Calculation model of electric supply system. Equivalent scheme and the selection of reference points of short circuit. The definition of resistance of separate elements of short circuit chain (turbine-generator sets, hydrogenerators, transformers, electric motors, electrical

Characterizes the phenomenon of short circuit calculates the short-circuit currents

Reveals physical essence of short circuit process. Describes types of short circuits, establishes the reasons for short circuit. Describes calculation sequence of short circuit currents.

134

Content of the topic Result Evaluation criterialines, reactors).

Setting of calculation model to equivalent one. The calculation of short circuit currents from the stiff utility source.

Calculation of short circuit currents using calculated curves. The calculation of short circuit current in the machines having up to 1 kW.

Electrodynamic and thermal effect of short circuit currents. Methods of limiting short circuit currents.

Practical work No. 3Calculation of short circuit current in

the networks having above 1 kW.Calculates the short-circuit currents Calculates short circuit currents in

particular conditions.Topic 12. Protective grounding of electrical plants and substations

The purpose of protection grounding and neutralling. Classification of electric plants by electrical safety. Types of ground systems in accordance with the State Standard 30331.2-95, its characteristic and particulars. Grounding devices and groundings. Proof resistance for current spread of protection groundings in electrical devices of different voltages including operational modes of neutral. Calculation of electric plant grounding

Protective grounding of electrical plants and substations

Describes main definitions, requirement to grounding resistance value in accordance with EMF.

Discusses calculation performance sequence of grounding devices of electric plants and substations.

135

Content of the topic Result Evaluation criteriadevices and substations.

Practical work No. 4Calculation of grounding devices Calculates the grounding devices Selects the amount and the type of

grounding devicesTest

Topic 13. Control, alarm system, electricity metering. Automation systems of power supplyPanel boards, their purpose and types.

Control equipment. Signaling and interlocking systems.

Types of electricity accounting in electric plants. Requirements to the account of active and reactive energy. Connection circuits of meters.

Instruments and accounting data system of electricity. Electricity saving measures. Types and purpose of automatic equipment in the systems of electric supply, main requirements to them.

Basic schemes of automatic circuit breaker (ACB), automatic reclosing (AR), automatic frequency load shedding (AFLS) and automatic current load shedding (ACLS).

Automation of compensating devices operation.

Familiarizes in matters of control, signaling, power metering, automation power systems

Describes control systems, signaling and electricity accounting.

Describes requirements to electricity accounting devices. Explains types and purpose of automatic equipment in electric supply systems, main requirements to them.

136

Directions to study the discipline

The program of the discipline “Fundamentals of electrical engineering and electrical equipment of buildings” provides the study of processes occurring in direct and alternative current electrical circuits; arrangement and operating principle of electrical measuring instruments, electromagnetic devices, electrical machines and their practical application; arrangement and operating principle of electronic, photoelectronic and solid-state devices.

Teaching of the discipline is based primarily on educational physics, mathematics, and chemistry background of the trainees.

To achieve more efficiency during teaching of the discipline “Fundamentals of electrical engineering and electrical equipment of buildings”, it is required to realize interdiscipline communications with special technology, work-study and other academic disciplines of the academic plan.

During academic material presenting it is required to use demonstration materials: samples of instruments, machines and devices, prototypes, banners, schemes, diagrams.

The program provides laboratory and Practical works to reinforce and go into detail of trainees' theoretical knowledge. Trainees shall receive instructions about the purpose and methods of works performing and about labor safety regulations before laboratory training.

Control in this discipline requires execution of midterm evaluation the main forms of which are: test, pass/fail exam.

The implementation of this academic program shall provide to carry out: test - 2; pass/fail exam - 2.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.At the end of this discipline study a trainee shallknow:– physical operating principles of main electrical engineering and

electronic instruments;– main laws of electrical engineering;– conditions of generation and existence of electric current, its

characteristics;– operating principles and operating rules of electrical engineering

equipment, electric measuring instruments and devices.– main schemes of electric supply for industrial facilities;– technical methods and measures ensuring electrical safety;– generation, distribution and application of electricity;– arrangement of network and electrical supply for settlements.be able to:– interpret schemes and to make simple electric circuits;– select as intended and to use control and measuring instruments;

137

– measure and calculate electrical values;– analyze purpose and operating principle of electric and magnetic

machines, devices, electric motor drives;– provide safe working conditions during electric equipment

application.

138

BASICS OF ECONOMYThe discipline educational purpose is formation in trainees' of economical

thinking and practical skills required for worker in the present context, the sense of responsibility mentoring in relation to the eventual work result.

THE DISCIPLINE SUMMARY

Topic Number of academic hours

Introduction 11. The definition of market. Elements of market mechanism 12. Types of economic activity in the Republic of Kazakhstan 23. An organization as a market participant 24. Fixed and working capital of the organization 45. Labor Market 16. Structure and personnel arrangements of organization, workforce productivity 37. Work standardizing 38. Remuneration of labor in the organization 39. Product quality and competitive ability 210. Costs for production and realization of products 411. Pricing mechanism and fundamentals of its managing 212. Net profit and profit margin 213. Taxes and tax system of the Republic of Kazakhstan 214. Business plan of the organization 415. Money-and-credit and banking system in the Republic of Kazakhstan 116. Entrepreneurship and its forms in the Republic of Kazakhstan 2Test 1

Total 40

139

CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Purposes and objectives of academic discipline “Basics of economy”, its content, intersubject communications with other academic disciplines of the typical degree course scheme in specialty.

Creation of economical knowledge and its evolution. Fundamental economic doctrines. Economical culture and ways of its formation.

Calls the main economic teachings, expressed a general judgement about the process of formation of economic culture

Makes universal proposition on academic discipline “Basics of economy”, its purposes, objectives and intersubject communications with other academic disciplines of the typical degree course scheme in specialty.

Identifies fundamental economic doctrines, expresses general thinking about economical culture formation process.

Topic 1. The concept of the market. Elements of market mechanismTerms: market, market elements

(product, salesman, customer, dealing, price, intermediary, exchange medium), structure, market infrastructure.

Calls the notion of market and market elements

Makes universal proposition on market, market elements (product, salesman, customer, dealing, price, intermediary, exchange medium), structure, market infrastructure.

Topic 2. Economic activities in the Republic of KazakhstanTypes of economic activity in the

Republic of Kazakhstan. Branches of material and non-material production. Key branch economical specification.

Legislative acts identifying principal directions of social and economic development of the Republic of Kazakhstan.

Knows the economic activities in the Republic of Kazakhstan

Makes universal proposition on types of economic activity in the Republic of Kazakhstan, branches of material and non-material production, key branch.

Specifies legislative acts identifying principal directions of social and economic development of the Republic of Kazakhstan.

140

Content of the topic Result Evaluation criteriaTopic 3. Organization as entity

Natural and legal person. Conditions of recognition the organization as a legal entity.

Founders and employees. Regulatory legal acts governing the relations within legal entity. Classification of organizations. Specification of legal corporate forms of organizations. Industry characteristics of organizations.

Essence of reduction of state involvement and state-owned property privatization. Legislative acts of the Republic of Kazakhstan regulating matters of ownership.

Securities market of the Republic of Kazakhstan. Types of securities, their features. The yield.

Calls and reveals the essential characteristics of the Organization as an entity

Defines the essence of terms “natural and legal person”. Describes conditions of recognition the organization as a legal entity and regulatory legal acts governing the relations within legal entity; principles of classifying the organizations and its legal corporate form, industry characteristic of organizations.

Explains the essence of reduction of state involvement and state-owned property privatization (including without limitation in the key branch).

Identifies basic types of securities and particularity of accounting the income in respect of these securities.

Topic 4. Basic and circulating means of organizingEssence, assignment, structure,

evaluation of fixed capitals reproduction. Physical deterioration and obsolescence, amortization, fixed-asset turnover, capital-labor ratio, installed power per employee, overage machine shift. Ways for efficiency improvement of fixed capitals usage within the

Knows the essence, purpose, structure, assessment of reproduction of fixed assets

Explains the essence, assignment, structure, evaluation of fixed capitals reproduction. Defines terms: physical deterioration and obsolescence, amortization, fixed-asset turnover, capital-labor ratio, installed power per employee, overage machine shift. Describes ways for efficiency

141

Content of the topic Result Evaluation criteriaorganization.

Working capitals, its structure and cycle. Ways for efficiency improvement of working capitals usage.

Organization asset formation source.

improvement of fixed capitals usage within the organization.

Recites the structure, content, ways for efficiency improvement of working capitals usage.

Makes universal proposition on organization asset formation source.

Topic 5. Labour marketLabor Market. Subjects of labor

market. Supply and demand on the labor market. Role of labor market in wage rates determination. Types of unemployment. Creation of national system of social safeguards. Principles of social protection.

Legislative acts regulating the work arrangements in the Republic of Kazakhstan.

Labor unions in organization administration system. Collective bargaining agreement and the procedure of negotiations in respect of its conclusion.

Characterizes the labour market, knows the legislation governing labour relations in the Republic of Kazakhstan

Makes universal proposition on labor market, subjects of labor market, supply and demand on the labor market, role of labor market in wage rates determination, types of unemployment, national system of social safeguards, principles of social protection.

Specifies legislative acts regulating the work arrangements in the Republic of Kazakhstan.

Identifies the position of labor unions in organization administration system. Recites the content of collective bargaining agreement and the procedure of negotiations in respect of its conclusion.

Topic 6. Structure and staffing of the organization, productivityStructure and personnel arrangements

of organization. Hours of labor and its usage. Internal labor rules and

Explains the essence of the structure and staffing levels of the organization, productivity, develop and complexity

Makes universal proposition on structure and personnel arrangements of organization, hours of labor and its

142

Content of the topic Result Evaluation criteriaregulations.

Workforce productivity. Workforce productivity measurement method. Worker efficiency and labor intensity. Ways for development of labor productivity.

usage.Explains the essence of workforce

productivity, worker efficiency and labor intensity. Identifies ways for development of labor productivity.

Topic 7. Rationing of laborEssence, purposes and objectives of

technical work standardizing. Classification of work time expenditures. Types of worktime standards, their specification. Calculation of worktime standards. Work time expenditures methods of study (stopwatch study, work time study). Work standardizing methods. Assignment of evaluation of work places. Current specifications reconsideration order.

Focuses on issues of technical regulation of labour.

Recites purposes, objectives of work standardizing, classification of work time expenditures. Describes types of worktime standards, its calculation order, work time expenditures methods of study and work standardizing methods, assignment of evaluation of work places, current specifications reconsideration order.

Topic 8. Payment for labour in organizationRemuneration. Labor motivation in

the market economy environment. Government regulation with regard to remuneration of labor.

Forms and systems of remuneration of labor. Flexible systems of remuneration of labor. Remuneration of labor piece-rate form, conditions of its

Know the forms and systems of remuneration, the basic principles, elements, and types of material incentives in organizations

Defines the essence of labor motivation in the market economy environment, essence of remuneration; recites principles of remuneration of labor management, measures aimed to improvement of government regulation with regard to remuneration of labor; describes forms and systems of

143

Content of the topic Result Evaluation criteriaapplying. Remuneration of labor piece-rate form systems: straight piece-rate, indirect piece-rate, piece-rate with bonus, piece-rate progressive.

Remuneration of labor time-rate form. Remuneration of labor time-rate form systems: time-rate, time-rate with bonus.

Ultimate principles, elements and types of material incentive within the organization.

remuneration of labor, flexible systems of remuneration of labor, applied in organizations, ultimate principles, elements and types of material incentive within the organization.

Topic 9. Quality and competitiveness of productsProduct quality. Product quality

indicators. Product quality and competitive ability. Prime factors identifying competitive ability of key branch product, organization. Content of products quality control system. Standardization and certification of products.

Characterizes the product quality management system. Substantiates the need for standardization and certification of products

Defines the term “product quality”, describes basic product quality indicators, explains interconnection of product quality and competitive ability, factors which identify competitive ability.

Recites the essence of standardization and certification.

Topic 10. Cost of production and sales of productsProduct costs. Product costs structure

and costs classification. Industry characteristics of product costs structure. Ways for reduction of product costs.

Describes the features of the industry cost of production and sales of products

Explains the essence of product costs, their structure, and costs classification. Describes industry characteristics of product costs structure and ways for its reduction.

Topic 11. Pricing mechanism and management fundamentals144

Content of the topic Result Evaluation criteriaPrice, its essence. Ultimate principles

of pricing. State price adjustment. Market mechanism of pricing.

Pricing mechanism and management fundamentals

Specifies ultimate principles of pricing. Makes universal proposition on the meaning of state price adjustment and the market mechanism of pricing.

Topic 12. Profit and profitabilityNet profit, its essence and

calculation. Appropriation and disposition of net profit. Main ways to increase net profit.

Profit margin, its types (profitability of sales, primary activity, organization).

Knows ways to profit an organization determines the profitability

Recites the essence of net profit of organization, principles of appropriation, disposition, and main ways to increase net profit.

Makes universal proposition on the profit margin and its types (profitability of sales, primary activity, organization).

Topic 13. Taxes and tax system in the Republic of KazakhstanTaxes and their types. Tax system.

Objects of taxation. Tax computation procedure and due dates for tax payment. Total income. Income tax schedule. Taxpayers, their rights, obligations and responsibilities. Government inspections with regard to taxes and charges.

Focuses in the tax system in the Republic of Kazakhstan

Describes basic tax types, objects of taxation, tax computation procedure and due dates for tax payment, rights, obligations and responsibilities of taxpayers, government inspections rights with regard to taxes and charges.

Topic 14. Business plan of the organizationAssignment, structure of business

plan of the organization. Organization development business plan. Implementation of investment projects business plan.

Knows the purpose, structure, business plan

Explains the assignment, structure of business plan of the organization.

Defines the essence of organization development and implementation of investment projects business plans.

Topic 15. Monetary and banking system of the Republic of Kazakhstan145

Content of the topic Result Evaluation criteriaThe banking system in the Republic

of Kazakhstan Banking transactions. The credit, its

essence, role, sources and forms. The procedure of credit accommodation.

Investments. Investments forms.

Characterizes the monetary and banking system in the Republic of Kazakhstan

Makes universal proposition on the structure of banking system in the Republic of Kazakhstan, types of banking transactions. Uses the rules of credit accommodation in the bank. Specifies investments forms.

TestTopic 16. Entrepreneurship and its forms in the Republic of Kazakhstan

Essence of entrepreneurship, its forms. The legislative and regulatory framework regulating entrepreneurial activity within the Republic of Kazakhstan. Entrepreneurs’ rights and obligations.

The small business. Particularity of development and state backing of small business in the Republic of Kazakhstan.

Calls especially small business development and government support in the Republic of Kazakhstan

Explains the essence of entrepreneurship, the particularity of different form of entrepreneurship. Makes universal proposition on the particularity of development of small business and its state backing in the Republic of Kazakhstan.

146

Directions to study the discipline

Academic program “Basics of economy” provides the study of issues connected to the definition of market, elements of market mechanism, types of economic activity in the Republic of Kazakhstan, study of pricing mechanism and fundamentals of its managing, money-and-credit and banking system, as well as entrepreneurship and its forms in the Republic of Kazakhstan.

While teaching the discipline “Basics of economy” is required to exercise the intersubject communications with general professional and specialty disciplines, as well as the discipline of general education component, to achieve more effectiveness.

Control in this discipline requires execution of midterm evaluation the main forms of which are: test, pass/fail exam.

The implementation of this academic program shall provide to carry out: test - 1; pass/fail exam - 1.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.As a result of studying of discipline “Basics of economy” the trainee shallknow:– principal directions and possibilities of economic development of the

Republic of Kazakhstan, the key branch;– the structure and personnel arrangements of organization, financial assets

of the organization, basic technical and economic indicators of organization's operating and financing activity, structure of business plan;

– fundamentals of work arrangements agreement-based regulation, including with regard to remuneration of labor and work standardizing, the content of collective bargaining agreement;

– forms and systems of remuneration of labor set in organizations, their features, the procedure of fixing and reconsideration of rates of remuneration, rates of salary, piece wage-rates;

– the procedure and features of work and workers tariffication and rerating, basic provisions and forms of training, retraining and advanced professional training of personnel at production site;

be able to:– calculate basic economic indicators.

.

147

BASICS OF INFORMATICS

The objectives of discipline study are the formation of knowledge about the technology of computer processing of business information considering the existing standards and means of protection, the use of the database management system to organize methods of creating, storing and processing information about multimedia and networking technologies and their application in practice.

THE DISCIPLINE SUMMARY

Section, topic

Number of academic hours

Total includingPractical works

Introduction 1Section 1. Topical area of activity and its information support 21 12

1.1 Professional use IT systems 31.2. Data bases as business information display system. 18 12

Section 2. Standards in the processing of business information. 8 4

2.1. System of standards for information technologies of business processing. Standards of electronic documents

4 2

2.2. Protection of business information 4 2Section 3. Application program software in a professional activity 20 14

3.1. Use of application program software to perform complex calculations 8 4

3.2. Technologies of creation and processing of textual information 4 4

Test 13.3. Technologies of creation and processing of graphic and multimedia information 7 6

Total: 50 30

148

CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaINTRODUCTION

Goals, objectives and content of the discipline “Information Technologies”. The value of discipline in the training of professionals, communication with other subjects studied in the specialty.

Essence of computer processing of business information. Trends of development information technology.

Trends in information technology development

Makes universal proposition on goals, objectives and content of the discipline, the trend of development of information technology.

SECTION 1. TOPICAL AREA OF ACTIVITY AND ITS INFORMATION SUPPORTTopic 1.1. Information systems professional use

Technologies of computer business processing, their types. General information about information systems. Main types of information systems. Main objects, attributes, communication information systems. Distributed processing technology. Types of the software used in systems. Help system, search system.

Calls the information systems professional use

Describes designation and capabilities of information systems, their types, the basic objects and attributes, the distributed processing technology, types of software used.

Topic 1.2. Database of business information display systemPurpose and use of database technology.

Database models. Database management systems (DBMS). DBMS MS Access. Technologies of creation and modification of database objects in MS Access. Tables

Describes how database business information display system

Discloses designation of database technology, describes its models, database management systems, technology of creation and modification of objects in the DBMS MS Access.

149

Content of the topic Result Evaluation criteriaas sources of information in a database. Forms as interface elements during work with databases. Queries and reports in the database.

Practical work No. 1Analysis of data entry of activity topical

area. Determining the structure of database.Determines the structure of

the database.Develops and analyzes the information

and logical data model, defines sources and structure of database in the activity topical area.

Practical work No. 2Development of table layouts of

reference, planning and accounting information. Defining a primary key. Input and updating of data in the table.

Development of table layout background, planning and accounting information

Develops table layouts of reference, planning and accounting information, justifies the choice of key field, performs input and update of data in the table.

Practical work No. 3Designing forms for input, viewing and

updating of information. Construction of query data in accordance with the selection conditions. The development of single-table reports

Develops single-table reports Designs form layouts with various controls to perform easy input, viewing and updating of information. Creates queries layouts for data in accordance with the terms of selection, sets the parameters in queries. Develops single-table reports.

Practical work No. 4Construction of multi-table queries to

retrieve data. The development of multi-table reports.

Development of multiple-table reports.

Creates queries based on several tables, queries previously created. Developsmulti-table reports.

Practical work No. 5Arrangement of information search on

the Internet related to the activity topical Finds necessary information in

InternetOrganizes search on the Internet, uses it.

Develops queries for data modification in 150

Content of the topic Result Evaluation criteriaarea and its use. Change the data in the system: updating, deleting, and adding.

the system.

Practical work No. 6Creation of information and advertising

messages to customers, organizing their distribution.

Creates informational and promotional emails, uses e-mail

Creates information and advertising messages to customers using data from the database and sends them via e-mail

SECTION 2. STANDARDS IN THE PROCESSING OF BUSINESS INFORMATIONTopic 2.1. System of standards on information technology business information processing.

Standards for electronic documentsThe regulatory legal acts in the field of

information technologies, their appointment. General requirements to electronic documents. Life cycle planning, identification, authentication, establishment of protection and storage of electronic documents. Basic requirements to the design of electronic documents. Setting standards in the development of patterns of electronic documents. Standardization of computer networks.

Know the system of standards for information technology business information processing.

Explains the regulatory legal acts in the field of information technology, general requirements to electronic documents. Sets out basic requirements to the design of electronic documents, describes the technology required to produce the desired pattern of electronic document standards, basic principles of standardization of computer networks.

Practical work No. 7Creation of patterns of business

information using standard electronic documents.

Using standards for electronic documents creates templates of business information

Develops patterns of business information using standard electronic documents.

Topic 2.2. Protection of business informationThe basic concepts of information

security. Criteria for evaluation. Classification of information security

Know the methods and means of information protection

Reveals basic concepts of information security, criteria for its evaluation, classification of threats, methods and

151

Content of the topic Result Evaluation criteriathreats. Methods and means of information protection. Legal coverage of information systems security. Peculiarities of security in computer networks. File system security of business data from software viruses, unauthorized access. Organization of safe storage of business data.

information security tools.

Practical work No. 8Organization of protection of documents

from unauthorized access.Organizes documents from

unauthorized access protectionProtects documents of different

applications from unauthorized access.SECTION 3. APPLICATION PROGRAM SOFTWARE IN A PROFESSIONAL ACTIVITY

Topic 3.1. The use of software applications to perform complex calculationsClassification of application software.

The choice of application software for use in professional activities.

Features of MS Excel application when performing complex calculations.

The use of software applications to perform complex calculations

Reveals the classification and the criteria for selecting application software for use in professional work, explains the features of MS Excel application when performing complex calculations.

Practical work No. 9Use of MS Excel application for

operational record of works (services) performed.

Works with MS Excel application for operational records of the executed works (services).

Using the MS Excel application for operational record of work (services) performed, analyzes the result

Practical work No. 10Use of MS Excel application for

calculation of work economic performance.Works with MS Excel

application for calculation of economic performance.

Using the MS Excel application for calculation of work economic performance.

Topic 3.2. Technology creation and processing of textual informationInformation cross-technology: optical Technology creation and Disclose the content of information

152

Content of the topic Result Evaluation criteriacharacter and speech recognition systems, automated and automatic translation of texts. Potential of MS Word in the development of text documents.

processing of textual information cross-technology, describes potential of MS Word in the development of text documents.

Practical work No. 11Scanning and recognition of information.

Formatting text inMS Word text editor. Styling of the document, insert a table of contents.

Performs work in the text editor MS Word.

Performs the conversion of a paper document into an electronic document. Uses technology formatting text documents and fragments thereof, styling, insert a table of contents.

Practical work no. 12The development of compound

document.Developing a compound

documentDevelops a compound document using

the technology of insertion of object of other applications into a text document.

TestTopic 3.3. Technology creation and processing of graphic and multimedia information

Audio processing. Technologies of statistical images. Basic principles of digital video. Presentation programs features in creation of advertisement. Development of web pages and web sites.

Technology creation and processing of graphic and multimedia information

Explains technology of creation and processing of graphics and multimedia, design presentations, web pages and web sites.

Practical work No. 13Creating and editing graphics. Create and edit graphic

images.Creates and edits graphics.

Practical work No. 14Creating a raster and vector animated

image.Able to create a raster and

vector animated image.Creates a raster and vector animated

image.

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Content of the topic Result Evaluation criteriaPractical work No. 15

Development of presentations on marketing activities of the organization.

Able to develop presentations on the marketing activities of the organization.

Develops presentations on marketing activities of the organization.

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Directions to study the discipline

The program of discipline “Basics of informatics” provides trainees to obtain knowledge about the role and importance of information resources and modern computer and telecommunications systems in the development of society and the workplace; on how to work with information and use of information computer technologies for receiving, processing and transmitting information. The program envisages the study of the discipline of modern computer information and communication technologies in creating, processing and storage of business information.

The discipline is studied in close connection with the general professional and special disciplines of the standard curriculum.

It is necessary to acquaint the trainees with the latest developments in information technology in the country and abroad, with trends of informational support and information culture of the society in the presentation of program material.

It is necessary to use personal computers connected in a local computer network, technical demonstration and training aids, computer tutorials, and electronic manuals in the educational process.

For the purpose of better assimilation of theoretical material by the trainees, the provision is made for execution of Practical works by them.

Control in this discipline requires execution of midterm evaluation the main forms of which are: test, pass/fail exam.

The implementation of this academic program shall provide to carry out:- test - 1;- pass/fail exam - 1.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.As a result of study of discipline the trainees shallknow:- the trends of development of information technologies;- fundamentals of building and development prospects of local and global

computer networks, network technologies for information processing;- representation and processing technology, storage and transmission of

information;- classification of the personal software products;- numerical methods and principles of mathematical simulation applications;- rules for using the hardware and software of personal computer systems

and networks;- the purpose and possibilities of graphic and text editors, spreadsheets, and

database management systems for the creation of technical documentation, applied in professional activity;

- methods of information protection;be able to:

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- use a standard and application software of a personal computer;- apply modern methods of computer-aided design;- create electronic documents;- search for information on the internet, use e-mail, modern information

technologies.

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RECORDS MANAGEMENT IN THE STATE LANGUAGEThe purpose of discipline study is the development of professional

competence in the field of documentation and organization of work with the administrative documents in state language.

THE DISCIPLINE SUMMARY

Section, topic

Number of academic hours

totalincluding Practical

works Introduction 1Section 1. Management operation records in the state language

11 4

1.1. Types and meaning of documents 31.2. State standards of preparation of documents 4 2

1.3. Rules of execution and location of document details 4 2

Section 2. Features of the preparation and execution of organizational-administrative documents in the state language

30 24

2.1. Organizational and administrative documents 8 62.2. Information and reference documents 14 122.3. Documenting of professional experience 8 6Section 3. Arrangement of documentation management

16 14

3.1. The structure and scope of documentation management

8 6

3.2.File Register. Compilation of files 4 43.3. Documents value expertise. Transferring the records to an archive of the organization

4 4

Total 58 42

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaINTRODUCTION

Objectives, tasks and content of the discipline, its relationship with other academic disciplines. Basic regulations governing the organization of documentation management in the Republic of Kazakhstan.

Makes a judgment about the basic normative documents regulating the organization of office work in the Republic of Kazakhstan

Refers to the goals and objectives of the discipline, the basic regulations governing the organization of documentation management in the Republic of Kazakhstan.

SECTION 1. MANAGEMENT OPERATION RECORDS IN THE STATE LANGUAGETopic 1.1. Types and role of documents

The main types of documents and their meanings. Classification of administrative documents (organizational-administrative, background information and documents on personnel matters).

Knows the types of documents and their role

Describes types of documents, reveals their meanings in the state language. Classifies management documents.

Topic 1.2. State standards documentationUnification and standardization of

documents. System of organizational and administrative documentation. Requirements to registration of documents. Layout for organizational and administrative documentation. Letterheads of documents.

Describes a system of organizational and administrative documentation

Makes universal proposition on unification and standardization of documents.

Explains the purpose of layout. Sets out requirements to the design of document letterheads.

Practical work No. 1The study of requirements to

registration of documents, preparation of Comply with the requirements of

the paperworkMakes a layout for organizational and

administrative documentation158

Content of the topic Result Evaluation criteriaa layout for organizational and administrative documentation.

Topic 1.3. Rules of registration and location details of documentsTypes of details: constant and variable,

mandatory and optional, validating the document. Requirements to the text of documents.

Knows the rules of registration and location details of documents

Describes the structure of details of document, characterizes their types, purpose and location on the document. Sets out basic requirements to the text of documents.

Practical work No. 2Development of layout of general

letterhead and a letterhead for letters to a particular organization on the state language.

Develops in the official language of document layouts

Develops the layout of general letterhead and a letterhead for letters of a particular organization in the state language.

SECTION 2. FEATURES OF PREPARATION AND EXECUTION OF ORGANIZATIONAL-ADMINISTRATIVE DOCUMENTS IN THE STATE LANGUAGE

Topic 2.1. Organizational and administrative documentsGeneral characteristics and structure of

documents of organizational and administrative groups. Details, content, procedure of execution.

Characterises organizational and administrative documents

Sets out structure of organizational and administrative documents. Describes the details, content and the procedure of execution.

Practical work No. 3 (4 hours)Drafting and execution of the position

description.Prepares job description Drafts and executes the position

description.Practical work No. 4

Drafting and execution of orders issued by principle activities.

Prepares orders for core activities Drafts and executes orders issued by principle activities.

Topic 2.2. Background papersTypes of information and reference Knows the background papers Describes information and reference

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Content of the topic Result Evaluation criteriadocuments: certificate, a report and explanatory notes, an act and a protocol. Requirements to their drafting and execution.

The management letter: types, design features

documents. Sets out Requirements to their preparation and execution. Explains peculiarities of execution of management letters.

Practical work No. 4Drafting and execution of management

letter.Prepares a management letter Drafts and executes the management

letter.

Practical work No. 5 (4 hours)Drafting and execution of certificate, a

report and explanatory note.Prepares the certificate information

and explanatory notes.Drafts and executes certificate, the

report and explanatory note.Practical work No. 6

Drafting and execution of an act. Compiles and prepares an act Drafts and executes the act.Practical work No. 7 (4 hours)

Drafting and execution of the protocol of complete and short form.

Prepares protocol of full and short form

Drafts and executes the protocol of complete and short form.

Topic 2.3. Documenting employmentClassification of personnel

documentation. Documenting the movement of personnel (recruiting, transfer, dismissal). Execution of orders on staff, maintenance of labor records, personal cards, structure of personal data file.

Features of officially individual (personal) documents (characteristics,

Knows procedure for documenting employment

Describes the documents on personnel matters. Explains features of registration of officially personal documents.

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Content of the topic Result Evaluation criteriaautobiographies, letters of attorney, powers of attorney, CVs, applications).

Practical work No. 8Drafting and execution of

characteristics, autobiographyPrepares a testimonial,

autobiographyDrafts and executes the characteristic,

autobiographyPractical work No. 9 (4 hours)

Drafting and execution of orders on staff.

Prepares orders on personnel. Drafts and executes orders on staff.

SECTION 3. WORKFLOW MANAGEMENTTopic 3.1. Structure and volume of document circulation

Documentation management: meaning, scope, structure, background. Documentation management: the main principles.

Requirements to admission, registration, execution of internal and external documents. Registry of sent documents. Indexing of internal document. Classification of deadlines of documents. Document control - an essential management function and an important part of documentation management. Features of control performance of administrative documents, minutes of board meetings, meetings.

Determines the value, volume, structure, basic workflow steps

Makes universal proposition on the documentation management, its meaning, scope, structure and main stages.

Sets out the basic principles of documentation management, requirements to admission, registration, and execution of external and internal documents, compilation of register of sent documents.

Describes the procedure for indexing of internal document. Explains classification of documents deadlines. Explains features of control of execution of documents.

Practical work No. 9Registration of incoming documents in Performs registration of incoming Registers incoming documents in the

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Content of the topic Result Evaluation criteriarecord books and on registration and control cards

documents register and registration and control cards.

Practical work No. 10 (4 hours)Registration of outgoing and internal

documents in the record books and registration and control cards.

Logs outgoing and internal documents

Registers outgoing and internal documents in the register and registration and control cards.

Topic 3.2. Nomenclature of cases. Formation of affairsRole and importance of nomenclature

of records. Types of nomenclature of records: typical, exemplary, cases the organization; their purpose, differences. The procedure and terms of preparation, coordination and approval of the nomenclature of records. Basic requirements to the formation of records. The procedure of location of documents in the record.

Knows requirements for formation of cases ordering documents within cases

Defines the role and importance of nomenclature of records, describes its types. Sets out the procedure and terms of preparation, coordination and approval of the nomenclature of records.

Sets out Requirements to the formation of records, the procedure of documents location in the record.

Topic 3.3. Examination value of documents. Transfer of cases to archive organizationThe definition and the procedure of

organization of expertise of documents value.

The procedure for online storage of documents. Registration of records for transfer to the archive

Refers to the order of operational storage of documents, processing cases for transfer to the archive

Makes universal proposition on the expertise of the value of documents.

Sets out the procedure for online storage of documents, registration of records for transfer to the archive

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Directions to study the discipline

The academic program on the academic discipline “Records management in the state language” (hereinafter - the program) provides a theoretical study of fundamentals of business organization in the state language, rules for preparation, management and execution of business correspondence in accordance with existing standards, the main regulatory acts regulating the arrangement of documentation management, and documentation process management. Particular attention is paid to the preparation and execution of the most important organizational and administrative documents and personal data in the state language.

Program provides Practical works to consolidate the theoretical material and formation of trainees’ skills and abilities required for execution of main types of official documents in the state language. The form of the Practical works is based on topics determined by the teacher according to the learning objective and content of the training material.

In order to control the assimilation of program educational material the provisionis made for execution of pass/fail exam, the list of questions for which shall be developed by the teacher of academic discipline and shall be discussed at the meeting of discipline commission of educational organization.

Control in this discipline requires execution of midterm evaluation the main forms of which is a pass/fail exam.

Educational organizations shall develop competency-based tasks in a test form within the working academic program.

As a result of the study of discipline the trainee shallknow:national standards and regulations for records management in the state

language;the system and procedure of documentation management at the organization;unified forms of primary records on the profile of the professional activity;rules of drafting and execution the organizational and administrative

documents in the state language;requirements to the drawing up and execution of main types of

administrative documents in the state language;general rules for organization of incoming, outgoing and internal documents;rules of current document storage;the procedure of preparation of documentation for a long-term storage;be able to:use regulations and methodological materials on record keeping and

archiving, unified system standard of organizational and administrative documents;execute the details set by layout key;prepare and execute various types of organizational and administrative

documents and their copies in the state language;fill in the primary accounting documents on the profile of the professional

163

activity in the state language;keep records of incoming and outgoing documents;prepare the documentation for a long term storage.

164

TECHNICAL MECHANICSThe purpose of the discipline “Technical mechanics” is the study of the

basic laws of mechanical movement, the main settlement on the strength, rigidity and stability, kinematic and dynamic characteristics of moving parts of machines and mechanisms of the main criteria of efficiency, the most important principles of design and construction.

DISCIPLINE SUMMARY

Section, topic

Number of learning hours

total

including onPractical work

Introduction 1Section 1. Statics 29 101.1.General concepts and axioms 11.2. Plane system of concurrent forces 4 21.3. Force couple 21.4. Plane system of randomly positioned forces 8 41.5. Spatial force system 11.6. Center of gravity 9 41.7. Equilibrium stability of a solid body 1Normative test No. 1 11.8. Kinematics of a point 11.9. Particle dynamics 1Section 2. Structural resistance 40 162.1. Main principles. Extension and compression 10 42.2. Shear calculation and collapse calculation 4 22.3. Geometrical characteristics of plane section 4 22.4.Flexure of a straight squared timber 14 82.5.Unsymmetrical bending and eccentrical compression (extension) 2

2.6. Stiffness of centrally fixed column 22.7. Twisting of squared timber of circular section 22.8. Concept of operation of dynamic and repeated fluctuating loads 1

Normative test No. 2 1Section 3. Basics of machine components 183.1. Basic concepts and definitions of machine components 1

3.2. Mechanical transmissions 7

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3.3. The bearing supporting parts 43.4. Compound of parts and machines 43.5.Couplings 2

Total 88 28

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CONTENTS OF THE DISCIPLINE

Contents of topic Result Evaluation criteriaIntroduction

The contents of the discipline “Technical mechanics”. The history of the development of mechanics. The role and importance of mechanics in the construction and other industries. Mechanical movement. Equilibrium.

Expresses a general judgement about the role and importance of mechanics in construction

Expresses a general judgment about the role and importance of mechanics in construction, purposes and objectives of the discipline of mechanical motion and equilibrium.

Section 1. StatisticsTopic 1.1. Basic concepts and axioms statics

Completely solid body. Material particle. The system of material particles. Free and non-free body. The strength as a vector; units of the force. Graphical representation of a force. Module, direction and a force point.The system of forces. Equivalent systems of forces. The resulting force and balancing force. External and internal forces. The first axiom of statics (law of inertia). The second axiom (the condition of equilibrium of two forces). The third axiom (the principle of joining and dropping of balanced system of forces). The corollary fact of the second and third axiom - the transfer of forces along the line of its action. The fourth axiom (the

Calls basic concepts and axioms statics

Explains the concept of a solid body, material particle and a system of material particles. Covers axioms of statics.Explains the basic properties of the force and the system of forces of constraint reactions. Explains the distinctive features of the resulting force and balancing force, the purpose of constraints and the rules of determination of the direction of constraint reactions.

167

rule of parallelogram of forces, the rule of triangle of forces). The fifth axiom (the principle of action and reaction). The sixth axiom (principle of solidification). The constraints. The constraint reaction. The constraint release mechanism. Ideal constraints and rules for determining the direction of their reactions.

Topic 1.2. Flat system converging forcesThe system of concurrent forces. The force polygon. Geometrical condition of equilibrium of the plane system of concurrent forces. The methods of solving problems on the balance of the plane system of concurrent forces using geometrical condition of equilibrium. The equilibrium theorem of three non-parallel forces. The force projection on the axle. The rule of signs. The force projection on two mutually perpendicular axes. Analytical determination of the resultant plane system of the concurrent forces (the projection method). The analytical conditions of equilibrium of the plane system of the concurrent forces (equilibrium equation). Methods of solving problems on the equilibrium of the plane system of the concurrent forces by analytical method. The rational choice of

Describes a system of converging forces.

Characterizes the system of concurrent forces. The construction of the force polygon. Explains the geometrical condition of equilibrium of the plane system of concurrent forces. Projects forces on coordinate axes, correctly and efficiently selects the coordinate axes.

168

coordinate axes. The usage of the symmetry. The concept of the truss. Statically determinate flat truss. The determination of forces in the bars of truss by method of joints.

Practical work No. 1The determination of efforts in the bars of truss by method of joints.

Solves problems by defining effort in terminals cut method farm sites.

Solves the problems on determination of the forces in the bars of truss by method of joints.

Topic 1.3. Couple of forcesThe force couple. The rotative action of the force couple on body. The moment of a couple, the sign of the moment. The moment of force couple as a vector. The equivalence of couples. The composition of couples. The condition of equilibrium of the plane system of couples.

Knows the basic properties of a pair of forces

Covers the basic properties of the force couple and the definition of the moment of the force couple. Explains how to determine the sign of the moment.

Topic 1.4. Flat system of arbitrarily located forcesThe moment of a force about a particle, the sign of the moment, the condition of equality to zero. Bringing the force to this center. Bringing the plane system of forces to this center. The main vector and the main moment of plane system of forces. Varignon theorem. Particular cases of bringing the plane system of forces. The equilibrium of the plane system of forces; analytical equilibrium condition. The equilibrium equation of plane randomly

Specifies a flat system of arbitrarily located forces

Reveals the essence of the moment of a force about a particle. Defines the basic properties of the moment of a force about a particle. Characterizes the main vector and the main moment. Describes the types of support beam systems and classifies the loads. Solves the problems on the equilibrium of the system of randomly positioned forces. Properly and efficiently selects the coordinate axes and checks the solutions.

169

positioned forces (3 types). The equilibrium equation of plane parallel forces (2 types). The main types of support beam systems: roller bearing (roller support), cylindrical fixed support (hinged immovable support), rigid support (rigid fixing) and their reaction. Classification of loads - concentrated forces, concentrated couple of forces (moments) and distributed loads and their intensity. Methods of solving problems on the balance of randomly positioned and parallel forces. Rational choice of coordinate axes and centers of moments. Solution check.Analytical determination of support reactions of beams.

Practical work No. 2The definition of supporting reactions of simple beams.

Defines of support reactions of double-seat beams.

Defines supporting reactions of simple beams.

Practical work No. 3The definition of supporting reactions of hammer beams.

Defines support reactions of console beams.

Defines supporting reactions of hammer beams.

Topic 1.5. Spatial system forcesParallelepiped of forces. The resulting space system of concurrent forces. The projection of the forces on three mutually perpendicular axes. The equilibrium of the space system of concurrent forces; the

Describes the spatial system of forces Characterizes the parallelepiped of forces. Finds the resulting space system of concurrent forces and the moment of force relative to the axis. Defines its signs. Describes equilibrium equation of the

170

equilibrium equation.The moment of force about the axis, its mark and the condition of equality to zero. The space system of randomly positioned forces. The equilibrium equation of such system. The equilibrium equation of the space system of parallel forces.

space system of forces.

Topic 1.6 Center of gravityThe center of parallel forces and its features. Formulas for determining the coordinates of the center of parallel forces.Gravity force. The center of gravity of the body as the center of parallel forces. The coordinates of the center of gravity of a homogeneous body. The coordinates of the center of gravity of a slim homogeneous membrane. Static moment of area of a plane figure about an axis - the definition, the unit measure, the method for finding the condition of equality to zero. Formulas for determining the coordinates of the center of gravity of polygrams, composed of lines, areas and volumes by their static moments. Centre-of-gravity position of the figures, having an axis and a principal plane. Centre-of-gravity position of simple geometric figures: rectangle, triangle, trapezoid, semi-circular and parabolic triangle.

Performs a calculation to determine the centre of gravity of the geometrical shapes and sections

Exposes to light the center of parallel forces and the basic features of the center of parallel forces. Describes the formulas for determining the center of parallel forces.Illustrates the center of gravity of the body as the center of parallel forces, the formulas for determining the center of gravity of a homogeneous body and a slim homogeneous membrane. Performs calculations to determine the center of gravity of geometric figures and sections, composed of standard structural sections.

171

Determination of the coordinates of the center of gravity of composite sections, which are a set of simple geometric figures and sections, composed of standard structural sections.

Practical work No. 4Calculating the center of gravity of composite sections.

Solves problems on the determination of the centre of gravity of complex sections

Solves the problems on determining the center of gravity of composite sections.

Practical work No. 5Calculating the center of gravity of composite sections consisting of standard profiles.

Performs a calculation when determining the center of gravity

Knows how to perform the calculation for determining the center of gravity of the composite sections, consisting of profiles.

Topic 1.7 Stability of equilibrium of a rigid bodyStable, unstable and indifferent equilibrium of a solid body. The equilibrium condition of the body, which has a plane of reference. The moment of overturning and stability. The stability factor.

Characterises stability of equilibrium of a rigid body Characterizes the types of equilibrium of a

solid body.Explains the types of moments: overturning and stable. Reveals Essence of the stability factor.

Test No. 1Topic 1.8 Basics of kinematics

The definition of kinematics as the science of mechanical motion; relative rest and movement. Basic concepts of kinematics: the frame of reference, the trajectory, distance and route, time, speed and acceleration.

Makes judgments about the basic concepts of kinematics

Covers the basic concepts of kinematics.

Topic 1.9 Basics of kinematics172

The definition of the basic concepts of dynamics. The motion of a material particle. The work of the constant force during direct motion. The concept of the capacity and its average number.

Makes judgments about the basic concepts of dynamics Covers the basic concepts of dynamics.

Describes the work of the constant force during direct motion and capacity.

Section 2. Structural resistanceTopic 2.1. Main provisions

Purposes and objectives of the section “Structural resistance” and its relationship with other sections of Technical mechanics and specialty disciplines. Brief information on the history of the development of the structural resistance. The concept of elastic and plastic deformations. External forces (loads and its classification: volume, surface, static, dynamic). Basic assumptions and hypotheses about the properties of materials and the nature of the deformation: homogeneity, persistence of the structure, elasticity and isotropy, extremely small changes in the shape and size, a linear dependence between forces and displacement caused by them and the principle of superposition. Geometric schematization of the structure. Determination of internal forces (Method of sections). The internal forces in cross sections of the bar. The main types of the

Specifies the internal forces in cross sections of the beam via cross-section method

Exercise judgements about the purposes and objectives of the section about history of the development of the structural resistance.Describes the main types of deformations, explains the assumptions and hypotheses about the properties of materials.Defines the internal forces in the beam cross-sections of the bar by the method of sections and explains the formulas for determining the voltage.

173

strained condition of a bar (types of loads). The voltage: a full, normal and tangential.

Topic 2.2. Tension and compressionAxial force. Hypothesis of plane sections (Bernoulli's hypothesis). Simple stress in the cross sections of a bar. Construction of diagrams of the axial forces and simple stresses. Concept of stress concentration. Stress concentration factor. Axial deformation due to extension (compression). Hooke's law. Young's modulus. Determination of the movement of cross-sections. Sectional stiffness of the bar due to extension and compression. Lateral deformation. Coefficient of lateral deformation (Poisson's ratio). Stress on the sloping grounds. Maximum, normal and shear stresses. Pairing law of shear stresses. Mechanical tests of materials. Diagrams of extension of ductile and brittle materials, their mechanical properties: the proportional limit load; the limit of stretching strain (physical and conditional); breaking stress. Features of plastic properties: relative set after break and the percentage reduction of area. Pre-stretch of the material post-yield. Concept of cold work. Effect of creeping.

Knows the concept and nature of stretching and compression

Converts the experimental expression of Hooke's law to the mathematical expression. Explains the Young's modulus and sectional stiffness.Expresses an overall judgment on the lateral deformation and Poisson's ratio. Writes the formula for determining the Poisson's ratio.Characterizes the properties of plastic materials and mechanical properties, formulates the determination of objects of proportional yielding and durability.Explains the material pre-stretch beyond the yielding, the concept of cold work, creeping and relaxation process.

174

Relaxation process. Working stress and the factor of safety against yielding and ultimate stress. Main factors influencing the choice of safety factor. Stress calculations: checking calculation, design calculation, loading capacity calculation. Limit state method. Limit state and the durability of building structures. Coefficients: load effect factor, material resistance factor, safety factor for responsibility and operating conditions. Characteristic and calculated loads. Characteristic and calculated resistance. Strength condition due to extension (compression). Three types of strength calculations. A simple calculation of the strength limit states and comparing the results with calculations based on allowable stresses. Influence of the bar`s proper weight on the stresses and deformations. Concept of equal strength bars. Concept of statically indeterminate systems due to extension and compression. Static equations and the equations of movements. Calculation of statically indeterminate simple bar systems. Temperature and assembly (initial) stress in statically indeterminate systems.

175

Practical work No. 6Construction of diagrams of the axial forces and direct stress for different sections of the bar.

Builds a plot longitudinal forces and normal stress

Builds diagrams of forces and direct stresses for the bar with the deformation of extension and compression.

Practical work No. 7Structural calculation during extension (compression).

Calculates rod on the strength of normal voltages

Calculates the strength of the core with direct stresses.

Topic 2.3. Calculations of the shear and crushingConcept of a pure shear. Shear deformation. The shear modulus. The dependence between the three elastic constants E, V and G for an isotropic material (leadless). Shearing and collapsing, the main design conditions and formulas and calculation conditionality. Design resistance to shearing and collapsing. Examples of calculation of riveting, bolted, welded, adhesive joints and interferences and wood elements on limit state cuts.

Settles on the cut and collapse

Characterizes the shear deformation. Explains the calculation examples of different joints and resistances. Explains the formula of dependence between the three elastic constants.

Practical work No. 8

Shear calculation and collapse calculation. Calculates the connections on the slice and collapse

Makes shear calculation and collapse calculation.

Topic 2.4. Geometrical characteristics of flat sectionsThe concept of the geometrical characteristics of flat bar cross sections. Moments of inertia: axial, centrifugal and polar. Axial moments of inertia of simple sections: rectangular, triangular, circular

Determines geometrical characteristics of flat sections

Describes the geometrical characteristics of flat sections. Analyzes the dependence between axial moments of inertia. Determines the main central moments of inertia consisted of sections.

176

and annular. Dependence between the axial moment of inertia regarding parallel axes. Main axes and main central moments of inertia. Determination of the main central moments of inertia of the composite sections having an axis of symmetry. Use of tables of rolling shapes.

Practical work No. 9Determination of the central moments of inertia for cross sections composed of standard cross sections of rolled steel.

Calculates the central definition of moments of inertia

Makes calculations to determine the central moments of inertia. Uses the tables of assortment of rolling shapes.

Topic 2.5. Direct bending beamBasic concepts and definitions. Internal force factors in cross-sections of the bar with the symmetrical bending: the shear force and bending moment.Differential relationships between the intensity of a distributed load, shear force and bending moment. Formula derivation of the normal stress in pure bending at any point of the cross section of the bar. Sectional stiffness. Distribution of formulas obtained for pure bending in the lateral bending. Concept of section modulus. Highest normal extension and compression. Diagram of the normal stresses in a cross section. The Zhuravskii Shear Stress formula in cross-sections of beam. Diagrams of shear stresses for bars

Calculates the beams on the strength of normal and tangent tensions.

Characterizes the internal factors in the cross section of the bar in direct bending. Uses the formula of normal stress in pure bending at any point of the cross section of the bar. Defines normal and shear stresses in the cross-sections of the beams. Solves problems on construction of diagrams of normal and shear stresses for beams of rectangular and I-sections.Specifies the maximum normal extension and compression. Calculates the beam durability of normal and shear stresses. Explains flexural movement, their influence on the stiffness of the beam. Solves the problem of the determination of linear and angular movements of statically determinate beams.

177

of rectangular and I-sections.Calculation of bars for stiffness. A: On normal stresses. Calculation of bars of the first group of limit: checking the stiffness, the selection of section, the bearing test. The rational forms of beam sections used in the construction. B: On shear stresses. Cases in which the beam is necessary to check for stiffness in the shear stress. Concept of linear and angular movements in direct bending. An approximate differential equation of the curved axis of the beam and its integration. Examples of determination of linear and angular movements of the cross sections of statically determinate beam.

Practical work No. 10Determination of internal powered factors with symmetrical bending.

Specifies the internal power factors in live the bending

Determines the internal powered factors with symmetrical bending.

Practical work No. 11Calculation of shear forces and bending moments for beams and construction of diagrams.

Calculates the lateral forces and bending moments, building plot for beams.

Makes calculations of shear forces and bending moments and builds diagrams for beams.

Practical work no. 12

Strength calculation with direct stress. Defines the movement for load beams

Defines the movement of the beam because due to stress.

Practical work No. 13

Strength calculation with tangential stress. Calculates the strength of tangent tensions

Makes calculation on the strength with tangential stress.

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Topic 2.6. Bending in two planes and eccentric compression (stretching)The oblique bending: the basic concepts and definitions. The plane of loading and lines. Normal stresses in the cross section of the bar. The equation of the zero line. Construction of diagrams of normal stresses. The calculation of the durability in the cross section in the limit state. Determination of deflexions. The concept of the eccentric compression (extension). Conditions of occurrence of eccentric contraction (extension). Concept of eccentricity. Eccentric compression of the bar of the high stiffness (the case when the point of force application is one of the main axes of inertia, and the general case). Normal stress in a cross section of the bar. Equation of the zero line. Construction of diagrams of normal stresses. Core section and its properties. Building a core line of simple sections (rectangular and circular). Calculation of stiffness.

Characterises bending in two planes and eccentric compression (stretching)

Describes the basic parameters of combined strengths.It has the skills to build diagrams of normal stresses.

Topic 2.7. Sustainability the central compressed rodsConcept of stable and unstable forms of equilibrium of centrally compressed rods. Effect of lateral deflection. Critical force. Critical stress. Slenderness ration of a rod. Validity limit of Euler formula. Limiting slenderness ratio. Empirical formula of

Characterises sustainability the central compressed rods

Characterizes the effect of lateral deflection, the critical force and the critical stress.Recognizes the validity limits of Euler formula.

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Yasinskogo-Tetmayera.Calculation of centrally compressed rods for stiffness by stress reduction factor. Rational forms of cross-sectional shape compressed rods.

Topic 2.8. Torsion bars of circular sectionTwisting of squared timber of circular section. Twisting moment and the torque moment. Building diagrams of torque moment. Stress in the cross section of the round timber and the twist angle. Polar moment of resistance for the circular and annular sections. Calculation of axles in allowable stresses for durability and stiffness.

Builds a plot torques Explains the deformation of timbers twisting of circular cross section. Characterizes the moments and the stresses in the timber`s sections. Has the skills of building the diagrams of torque moments.

Topic 2.9. Concept of dynamic action and re-load variablesCommon concepts of dynamic problems of structural resistance. Calculations with known forces of inertia. An approximate calculation of the impact. The dynamic coefficient. Concept of material fatigue. Durability in alternating stresses.

The concept of dynamic action and re-load variables

Describes the deformation of dynamic loads. Explains the dynamic factor and material fatigue.

Test No. 2Section 3. Machine parts

Topic 3.1. Basic concepts and definitions of machine partsDefinition of a machine and mechanism. Types of machines and mechanisms. Concept of machine components. Classification of machine components.

Explains the properties of machine parts

Orients in terms: machines, mechanisms and machine components. Gives the classification of machine components. Explains the properties of machine

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Concept of reliability, efficiency, durability, stiffness and heat resistance of machine components. Requirements to machine components.

components: reliability, efficiency, durability, stiffness and heat resistance. Explains the requirements to machine components.

Topic 3.2. Mechanical transmissionGeneral information about the feed nut assembly and their value. Construction of transmissions. Material of construction. Coefficient of efficiency. Worm gear and the material for construction. Types of collapsing of teeth of worm wheels. Chain wheel gear and their characteristics.

Explains the properties of machine parts

Explains the purpose and advantages of the screw mechanism. Explains the structure of gears and coefficient of efficiency (Eff).

Practical work No. 14Calculations of cylindrical and beveled gears.

Defines the kinematic and strength characteristics of gears

Defines the kinematic and power characteristics of train of gears.

Topic 3.3. Carriers, support detailsGeneral information about rotating machine components. Concept of a shaft and an axle. Classification of shafts. Parts of the structure. Materials of shafts and axles. Brief calculation of shafts and axles. General information about sleeve bearers. Construction, material and lubricant. General information about antifriction bearings and their value. Classification. Basic types of antifriction bearings. Symbolic notation. Selection of antifriction bearings.

Calculates the fatigue, static strength of shafts and axles

Knows the distinctive features of the shaft and axle and classification of shafts and shafts axles. Makes calculation on fatigue strength and static strength of the shafts and axles.

Topic 3.4. Joints of machine parts181

General information about the compound of parts. The classification of compounds. Welded junctions and their types and characteristics. Cemented joints and their value. Threaded junctions. Methods of manufacturing of the screw threads. Classification of screw threads. Main types of fastening pieces. Reliability of the threaded junctions. Keyed joints and spline joints. Basic types and their values.

Knows the main types of connection of details.

Gives the concept of the kinds of joints. Describes the basic parameters of the joints. Knows about the advantages and disadvantages of different types of joints.

Topic 3.5. ClutchesCouplings: purpose and classification. Design and mechanism of main types of couplings and their comparative characteristics. Method of selection of standard couplings by type and design moment.

Selects the couplings by type and current time.

Explains the purpose and classification of couplings. Presents their comparative characteristics. Selects couplings by type and the design moment.

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Directions to study the discipline

The academic program of the discipline “Technical mechanics” requires a theoretical study of sections “Theoretical mechanics”, “Structural resistance”, “Machine components”, as well as the development of practical skills to make the necessary calculations to determine the gear ratio, etc.

The purpose of teaching of the discipline is the development of technical thinking of students and skills with normative and reference books.

The learning of the discipline “Technical mechanics” is based on the knowledge gained by students during the study of disciplines such as “Mathematics”, “Physics” and “Engineering Graphics”.

During the study of the discipline it is necessary for students to pay attention to the applied nature of the material being studied and its practical orientation, the disclosure of the physical nature of the phenomena studied and laws. Therefore, abstract theorems shall be illustrated with respective examples of the practical activity of a man. In order to ensure an adequate level of training of professionals in the study of the discipline it is recommended to use visual aids and technical training aids.

To consolidate the theoretical knowledge, the development of the necessary skills in students the program provides Practical works.

In order to control the learning of the material the program requires two tests, the topics and a list of questions for which the teacher of discipline develops and being discussed at the meeting of the Cyclic commission of the educational institution.

Control in this discipline requires execution of midterm evaluation the main forms of which are: a test and an exam.

The implementation of this academic program shall provide to carry out:- test – 2- exam – 1.

Educational organizations shall develop competency-based tasks in a test form within the working academic program.

As a result of the academic discipline study the students shall know: the role and importance of Technical mechanics in construction; basic concepts of mechanics; main types of support bars; classification of loads; the conditions and the equations of equilibrium of material bodies; main states of structural resistance; the methods of calculation for durability, stiffness and stability of

structures; types of transmissions; their structure, purpose, advantages and

disadvantages; kinematics of mechanisms, the joints of machine parts.

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be able to: use the normative and reference books; make calculations for compression, shearing and collapsing; make calculations of structural elements for durability, stiffness and

stability; choose a rational cross-sectional shape of bars; define the gearing ratio.

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GEODESICS The purpose of the discipline is to form the students' strong skills of making

plane surveying, geodetic measurements of office processing, drawing on materials of base map tachymetry and other necessary activities in the career of middle ranking professionals.

SUMMARY OF THE DISCIPLINE

Section, topic

Number of learning hours

totalincluding Practical works

Introduction 2Section 1. General information 61.1. Figure and size of the Earth. Coordinates of the earth's surface. Scales.

2

1.2.Orientation. 21.3.Topographic maps and plans. 2Section 2.Angular and linear measurements on the ground

16

2.1. Design and verification theodolite 42.2. Horizontal angulation 42.3. Vertical angulation 42.4. Surveying the lines afield 4Section 3. Theodolite survey 20 83.1. Purpose and laying of theodolite traverses 43.2.Direct and inverse geodetic problems. Unscalable distance

6 4

3.3. Calculation and leveling the coordinates of theodolite traverses

6 4

3.4. Tracing the coordinate map grid and put on posts of theodolite traverses

4

Section 4. Levelling 14 64.1. Types of levelling. National levelling network 24.2. Geometrical levelling 7 4Test 14.3. Trigonometrical levelling 4Section 5. Plane surveying 10 45.1. Tacheometrical survey 65.2. Stadia survey 25.3.Combined survey 2Section 6. Determination of direction azimuth 10 66.1. Determination of direction azimuth by the Sun 6 4

185

hour angle6.2. Determination of direction azimuth by gyroscopic method

4 2

Section 7. Completion survey of aerophotographs 107.1. Purpose and essence of completion survey of aerophotographs

2

7.2. Determination of markers` horizontal location 47.3. Determination of markers` high-altitude location

4

Total 88 26

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CONTENTS OF THE DISCIPLINE

Contents of section, topic Result Evaluation criteriaINTRODUCTION

Content and purposes of the discipline “Geodetic Surveying”, its importance in the training of mid-level professionals’ system.Object of the study of geodetic science, their types and place in the earth sciences system. Meaning of geodetic science for the economy. Geodetic instruments and rules for using them. Order of the field documentation.

Expresses a general judgement of geodesic devices Expresses an overall judgment on the

content and purposes of the discipline, its importance in the preparation of mid-level professionals and subject matter of geodetic science.Distinguishes surveying instruments. Uses the rules of use of devices and the order of field documentation maintenance.

SECTION 1. GENERAL INFORMATIONTopic 1.1. Shape and dimensions of the Earth. Coordinates of the points of the Earth's surface. Magnitude of the

The figure and the size of the Earth. Plane of reference. The geoid. The ellipsoid. Reference-ellipsoid of Krasovsky, the ellipsoid WGS-84 and PZ-95 and their parameters.Horizontal and vertical position of the posts of the earth's surface. Basic coordinate system. Global (stereoscopic) coordinate system: astronomical, geodesic, geographical, global rectangular geocentric coordinates WGS-84, Russian geocentric coordinates PZ-95 and high-altitude coordinates.

Expresses a general judgement about the shape and size of the Earth, the coordinates of the points of the Earth's surface, scale

Shows an overall judgment on the shape and size of the Earth.Describes the plane of reference, the geoid, the ellipsoid and Krasovsky reference-ellipsoid, the ellipsoid WGS-84 and PZ-95, and their parameters.Shows an overall judgment on the horizontal and vertical position of posts on the earth surface. Specifies basic coordinate systems used in Geodetic Surveying.Describes the global (stereoscopic) coordinate system.

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Plane coordinates: the zoned system of plane coordinates in the Gauss – Kruger cartographic projection, the in-plant system of plane rectangular coordinates, and polar and bipolar coordinates on the plane.Scale. Types of scales: numerical, linear and cross. Accuracy and ultimate accuracy of the scale. Effect of deformation of the topographic maps paper base and plans on the accuracy of determining the coordinates of posts on them, and the lengths of the lines.

Describes the system of plane coordinates.Reveals the essence of the scale. Describes the types of scales and their fields of usage. Specifies the precision and extreme precision of scales. Explains the effect of deformation of the topographic maps paper base and plans on the accuracy of determining the coordinates of posts on them, and the lengths of the lines.

Topic 1.2. Orient lines

Orientation in Geodetic Surveying. Reference direction. Main orienting ancones and ancones created by the reference direction. Relationship between orienting ancones. Earth's magnetism. Forward and reverse directions and their orienting ancones, the relationship between them. Points of the compass (Rhumba). Bearing circle and its structure. Locality orientation by the bearing circle.

Describes orientation lines in Geodesics, the original directions, the main guiding edges and corners, formed the original directions.

Describes the orientation in Geodetic Surveying, the reference directions and the basic orienting ancones and ancones formed by the reference direction. Reveals the relationship between the orienting ancones.Shows an overall judgment on the Earth's magnetism.Characterizes the forward and reverse directions. Reveals the relationship between forward and reverse orienting ancones. Reveals Essence of the term “Rumba”. Explains the purpose of the bearing circle and its structure and locality orientation by the bearing circle.

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Topic 1.3. Topographic maps and plans

General information about the Gauss – Krueger cartographic projection. Maps and plans. The classification of maps. State succeeding scales of topographic maps and plans. International sheet division and nomenclature of the map sheet, scale 1: 1 000 000. The nomenclature and sheet division of succeeding scales of maps and plans. The coordinate (kilometric) and cartographic grid on topographic maps.Determination on the map of the rectangular and geographical coordinates of posts. Determination on the map of directional angles and geographic and magnetic azimuth of directions. Local map orientation. Classification of symbols.Main forms of relief and characteristic lines and posts. Image of relief on topographic maps. Vertical interval on maps of different scales. Slope ratio. Slope. Map distance of slopes and their shapes. Graph of the map distance, its construction and use. Profile and its construction.

Expresses a general judgement about Gauss-Krüger projection mapping.

Shows an overall judgment on the Gauss - Krueger cartographic projection.Reveals the essence of the sheet division and nomenclature of topographic maps. Explains the international sheet division and nomenclature of map sheets of 1: 1 000 000 scale and the sheet division and nomenclature of completely succeeding scales of maps and plans. Describes the coordinate and cartographic grid on topographic plans.Explains the definition on the map of the rectangular and geographical coordinates of posts, directional angles of movement, geographic and magnetic azimuth of directions.It classifies the symbols and describes their main groups. Describes the basic shapes of relief and their characteristic points and lines, the main methods of relief images on the maps. Renders the vertical interval, horizontal interval of a slope, the steepness of a slope and a slay. It outlines the principles of graphing the map distance. It defines the profile of the area and explains the principles of its construction.

SECTION 2. ROTARY AND LINEAR DIMENSIONS ON THE GROUND

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Topic 2.1. Device and calibration of theodolitePurpose and classification of theodolites. Comparative characteristics of theodolites. Theodolite structure T30, T5. Requirements to theodolite. Verification and adjustment of technical theodolites.

Explains the arrangement of theodolites

Shows an overall judgment on the purpose and classification of theodolites.Explains the structure of theodolite T30, T5, establishes their main axis. Sets out requirements to the theodolite and the rules perform verifications and adjustments of theodolites.

Topic 2.2. Measuring horizontal anglesPrinciple of horizontal angulation. Installing the theodolite over a point: centering, bringing theodolite axis aplomb, the limb orientation. Measuring the horizontal angle by simple method, the closing of horizon, the measurement of the horizontal angle with the limb orientation. Filling out the field book. Field inspection. Allowances. Errors of angular measurements and ways to reduce their impact on the measurement results.

Describes the measurement of the horizontal angle of one hack way circular techniques, measuring horizontal angles when oriented Limbe.

Sets out the principle of measuring the horizontal angle. Explains the installation of theodolite operating position over a point. Describes the measurement of the horizontal angle by simple method of the closing of horizon, the measurement of the horizontal angle with the limb orientation. Explains the technique of filling out the field book of observations and field inspection. Describes the possible errors of angular measurements and ways to reduce their impact on the measurement results.

Topic 2.3. Measuring horizontal anglesThe structure and digitizing of the theodolite vertical circle T30 (2T30P). Index error (M0) of the theodolite vertical circle, its verification and adjustment. The procedure for measuring vertical angles. The

Knows measurement and vertical angles measurement results processing

Explains the structure, and digitizing of the theodolite vertical circle T30 (2T30P). Reveals the essence of the index error of a vertical circle, explains the methodology of determining and adjusting. Describes a method of

190

observation reduction. Control, allowances.

measuring vertical angles and processing the results of measurements, verification and adjustment.

Topic 2.4. Dimension lines on the ground

Instruments for surveying the lines. Structure of the measuring tapes and a tapeline. Requirement of technological regulations for measuring tapes and tapelines. Securing the posts afield and setting out of a line. Methods of measuring lines by the tape. Errors of linear measurements. Calibration of the measuring tapes. Calculation of the corrections for calibration, temperature and the slope of the line.Measuring the distances by optical and wire tacheometers. Wire tacheometer with a constant angle. Determination of the instrumental constant of the stadia. Measuring accuracy of lines by wire tacheometers.

Reveals the essence of measuring distances in different ways.

Describes the devices for measuring lines. Explains the structure of measuring tapes and tapelines. Sets out Requirements of technological regulations for measuring tapes and lines. Describes the processes of setting out of a line and securing the posts. Sets out the procedure of measuring the lines by tape and analyzes measurement errors. Explains the process of calibration of the measuring tapes and the calculation of the corrections entered in the measurement results.Reveals the essence of distance measuring by optical and wire tacheometers. Sets out the sequence of determination of the instrumental constant of the stadia. Characterizes the measuring accuracy of lines by wire tacheometers.

SECTION 3.THEODOLITE SURVEYTopic 3.1. Designation and application of theodolitic motions

Planimetric and elevational geodetic networks.Purpose and types of theodolite

Knows a technique of production of angular and linear dimensions in theodolite moves.

Distinguishes between the planimetric and elevational geodetic networks.Explains the purpose and types of

191

traverses. Composing a working draft of theodolite traverse. Reconnaissance and securing the posts of the traverse. Binding the theodolite traverses to the initial geodetic points.Production of angular and linear measurements in the theodolite traverses. Accuracy of field measurements.

theodolite traverses. Sets out the technique of composing the working draft of theodolite traverse. Describes the reconnaissance and securing the posts of the traverse and the binding of theodolite traverses to the initial geodetic points.Sets out the technique of production of angular and linear measurements in the theodolite traverses. Characterizes the accuracy of field measurements.

Topic 3.2. Direct and inverse geodesic tasks. Inaccessible distance

Essence and solution of direct and reverse geodetic problems on the plane. Calculations control. Unapproachable distance. Field measurements and calculations when determining the unapproachable distance. Measurements and calculations control.

Solves direct and inverse geodesic tasks. Reveals the essence of the direct and reverse geodetic problems and unapproachable distance. Explains the course of solving the direct and reverse geodetic problems and calculations control. Describes the method for determining the unapproachable distance and measurements and calculations control.

Practical work No. 1Solution of a reverse geodetic problem. Solves direct and inverse geodesic tasks. Solves the reverse geodetic problem.

Practical work No. 2Calculation of an unapproachable distance. Evaluation of the accuracy of results.

Calculates inaccessible distance. Calculates an unapproachable distance. Assess the accuracy of the results

Topic 3.3. Calculate and equalising traverse points coordinatesComposing the functional diagram of Uses formulas of the angular values for Explains the principle of composing the

192

traverse. Calculation, control and leveling of connection angles. Formula of angular error of closure for closed and open traverses. Acceptable angular error of closure. Distribution of the angular error of closure and calculation of directional angles of the traverse parties. Calculation of coordinates increase. Absolute and relative angular error of closure. Allowances. Distribution of the angular error of closure on all coordinate axis and calculating the coordinates of the theodolite traverse vertices.

and closed moves. functional diagram of traverse, the calculating order, control and leveling of connection angles, the calculating order of an angular error of closure for closed and open traverses, an allowable angular error of closure, the distribution of an angular error of closure and calculation of directional angles of traverse parties and calculating coordinates increase, and absolute and relative angular error of closure, allowances and the distribution of an linear angular error of closure along the coordinate axes and calculating the coordinates of traverse vertices.

Laboratory work No.1Leveling of an open theodolite traverse. Calculation of the angular error of closure and directional angles.

Makes equal open transit line and calculates the coordinates of points of a transit line

Balances the open theodolite traverse and calculates the coordinates of theodolite traverse posts.

Topic 3.4. Building a grid overlay and traverse pointsMethods for constructing the coordinate grid. Construction control and digitizing the grid. Drawing points of theodolite traverse by coordinates. Control of a plate cap.

Knows how to build a grid Specifies the ways of constructing the coordinate grid.Explains the methodology of constructing the coordinate grid, construction control and digitizing the grid, the concept of applying the points of theodolite traverse by coordinates on the plan and the control of the plate cap.

SECTION 4. THE LEVELLING193

Topic 4.1. Types of leveling. State levelling networkThe purpose of levelling. National levelling network and the principles of its construction. Types of levelling by methods for determining exceedances. The levelling traverse and its afield securing. Types of levelling symbols. Influence of Earth flexion and refraction on levelling results.

Expresses a general judgement about public leveling network and the principles of its build.

Reveals the essence and purpose of levelling.Shows an overall judgment on the state levelling network and the principles of its construction.Characterizes the types of leveling by method of determining the exceedances. Describes the levelling traverse and its afield securing and types of levelling symbols. Explains the effect of Earth flexion and refraction on the results of levelling.

Topic 4.2. Geometric levellingGeometrical levelling and its methods. Classification of levelling. Levelling structure. Verification and adjustment of levelling. Levelling rods and its structure and researches. Technical specifications of levelling of classes IV and III. Work at the levelling plant of Class IV. Entries in the field books and their processing. Plant control. Work at the levelling plant of class III. Recording of observations in the field books and their processing. Plant control. Paginal and section by section control in the field books. Binding the levelling traverses to the referring marks and reading lines.

Describes the methods of geometric leveling. Opens the entity moves to leveling binding fiducials and marks.

Describes the methods of geometrical levelling. Sets out the classification, describes the structure, verification and adjustment of the levelling devices, the structure of levelling rods and their researches. Discusses the technical specifications of levelling of classes III and IV. Describes the work at the levelling plant of classes IV and III, the rules for entries in the field books, their processing and monitoring results at the station.Explains the procedure for paginal and section by section control in the field books. Reveals the essence of levelling

194

Equalization of levelling traverses of classes IV and III. Passing the marks over obstacles.

traverses to the reference marks and reading lines. Describes the equalization of levelling traverses of classes IV and III and the marks passing over obstacles.

Laboratory work No.2

Research of metric divisions of the checkered rod. Processing of results.

Explores the meter Division drafts reek. Handles the results.

Analyzes the metric divisions of the checkered rod. Moreover, processes the results.

Laboratory work No.3

Processing of levelling books of Class IV and III with the paginal control.

Processes the levelling books of Class IV and III and performs the paginal control.

The testTopic 4.3. Trigonometric leveling

Essence of the trigonometric levelling. Determination of exceedances of the slope measured angle, horizontal distance or slant distance. Altitude curve. Field measurements in altitude curve. Equalizing of obtained exceedances and calculating the marks of traverse ridge.

Describes field measurements performed in a high-rise, equalizing received exceedances and calculate the vertex marks progress.

Shows an overall judgment about the nature of the trigonometric levelling.Explains the determination of the exceedances of the slope measured angle, horizontal distance or slant distance. Reveals Essence of the altitude curve. Describes the field measurements performed in an altitude curve, the equalizing of the obtained exceedances and the calculation of altitude curve marks.

Laboratory work No.4Equalizing of the obtained exceedances and the calculation of altitude curve marks.

Calls received exceedances and computes the vertex marks of a high-rise progress

Equalizes the obtained exceedances and calculates the altitude curve marks.

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SECTION 5. TOPOGRAPHIC SURVEYINGTopic 5.1. Tacheometrical survey

Tacheometrical survey: the nature and the field of application. Tacheometers, their structure and classification. Technological regulations on tacheometers. The geodetic control on tacheometrical survey. Tacheometrical traverse and its plotting. Requirements totacheometrical traverses. Equalizing of tacheometrical traverse. Production of tacheometrical survey. Selecting the rake points, their density depending on the scale of a survey, and the complexity of the relief and situation. Sequence of work at the station. Writing in the field books, its processing and preparation of survey station sketch. Office study on drawing up a topographic plan.

Reveals the essence and describes the scope of the tacheometrical survey.

Discloses the nature and describes the field of application of tacheometrical survey. Explains the structure of the tacheometers and presents their classification. Describes the types of geodetic control. Explains the sequence of work in laying tacheometric traverse, Requirements totacheometric traverses. Explains the equation of tacheometric traverse, the technology of tacheometric survey and the choice of rake points and their density depending on the scale of survey, the complexity of relief and the situation, the sequence of works at the station. Describes the entries in the field book, its processing and preparation of survey station sketch, and the performance of office work on drawing up a topographic plan.

Laboratory work No.5Processing a field book of tacheometrical survey.

Handles the bok of tacheometrical survey

Processes afield book of tacheometrical survey

Topic 5.2. Plane surveyingPurpose of a stadia survey, its advantages and disadvantages. Requirements to the instruments used for the stadia survey.

Describes the purpose of the plane surveying, reveals its advantages and disadvantages.

Describes the purpose of plane-table survey, reveals its advantages and disadvantages. Shows requirements to instruments used for plane-table survey.

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Structure and verification of planetable and telescope alidade. Preparation of the planetable set for survey. Installing the planetable in the operating position. Planimatric altitude geodetic control of planetable survey. Analytical and graphical methods of creation of geodetic control. Geometrical network. Planetable traverses. Order of work at the station of laying planetable traverses, control and allowanses. Equalizing the planetable traverses. Thickening geodetic control. Transition points, the determination of their planimatric and altitude positions. Relief and situation survey. Writing in the field book, drawing the rake points on the map-boards, the calculation of rake points` marks, tracing the situation and relief drawing. Levelling plan and contours. Summary of map-boards by framework. Field inspection. Sequence of drawing the map-board.

Explains the structure of planetable and telescope alidade, the sequence of their verifications. Describes methods of creating and types of geodetic control of plane-table survey, thickening of geodetic control by transition points, topography and surveying the situation, tracing the situation and panache relief. Reveals the essence of the levelling plan and contours. Explains the sequence of drawing the map-board.

Topic 5.3. Trick photographyEssence of the combined survey and its technical plan. Altitude basic and survey traverses. Production of combined survey. Photointerpretation.

Knows the essence, process flow and sequencing combined shooting

Reveals the essence and describes the technical plan and sequence of production of combined survey, and the methods for survey elevation control. Explains the photointerpretation.

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SECTION 6. DETERMINATION OF AZIMUTHTopic 6.1. Determining the azimuth direction via time angle of the sun

Essence of determining the astronomical Direction azimuth. Application of the method for geodesic, engineering and geodesic services. The transfer to the directional angle. Main lines and points of the celestial sphere. Coordinate systems of celestial bodies: the horizontal and the 1st equatorial. Measurement of the time: sunny, average, local, field, world, decretory. The equation of time and its calculation. Astronomical Yearbook.Parallactic triangle and how to resolve it. Determining the clockwise azimuth angle of the sun. Field observations, the log of measurements. The formula for calculating the azimuth of the sun. Time correction at the moment of observation. Direction azimuth calculations.

Calls the method for determining the azimuth direction on time corner of sun, fill sequence of record book, processing and calculating azimuth

Shows an overall judgment on the definition of an azimuth by astronomical methods. Specifies the cases of the method for geodesic, engineering and geodesic services usage. Distinguishes the main lines and the points of the celestial sphere and coordinate system of the heavenly bodies. Shows an overall judgment about the dimension of time in the Astronomical Yearbook.Explains the process of forming a parallax triangle on the celestial sphere. Describes the elements and solutions of parallactic triangle. Explains the technique of determining the clockwise azimuth angle of the sun, the sequence of filling a field book, its processing and calculating the azimuth.

Laboratory work No.6Astronomical calculation of direction azimuth by the hour circle of the sun, the transition from the azimuth to the direction angle.

Calculates astronomical azimuth direction on time corner of sun.

Calculates astronomical azimuth by hour angle of the sun.

Topic 6.2. Determination of the azimuth gyro direction methodEssence of the gyroscopic direction azimuth. Application of the method in

Reveals the essence of gyro orientation, describes its use in the production of

Describes the essence of gyroscopic orientation, describes its use in the

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the geodesic production. Structure and operation of HI-B2gyrotheodolite. Installation of the instrument over a point and the procedure of determining the azimuth. Sensor orientation in the meridian plane. Identification and correction of zero-point. Procedure for surveillance of forced vibrations of sensor. Azimuth calculation.

geodesic. geodesic production. Explains the structure and operation of HI-B2gyrotheodolite. Describes the order of observations at the station, the order of conduct and processing of the field book, the azimuth calculation.

Laboratory work No.7Study of the HI-B2gyrotheodolite construction. Calculation of Direction azimuth defined by the gyroscopic method.

Analyses GI-B2 gyrotheodolite device. Process the record book and calculates the azimuth direction.

Analyzes the HI-B2gyrotheodolite construction. Processes the field book and calculates the direction azimuth.

SECTION 7. FIELD TRAINING OF AERIAL PHOTOGRAPHSTopic 7.1. Purpose and nature of field training of aerial photographs

Purpose of a planned high-altitude preparation of aerophotographs. Sequence of works in the field training of aerophotographs.Making the plan of placing the markings (fixed points). Marking of fixed points afield. Making points of field training in aerophotographs.

Calls work on field binding aerial photographs.

Shows an overall judgment on the purpose of the field training of aerophotographs. Specifies the scope of work calls on field binding of aerophotographs.Describes the drafting of placement of fixed points, their afield marking and making the fixed points on aerophotographs.

Topic 7.2. Determination of the planned position markingsSchemes of determining the coordinates of fixed points by angular resection (forward, reverse, combined), theodolite

Specifies the position of the identification markings

Describes the schemes of determining the coordinates of fixed points. Explains the sequence of field measurements,

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traverse and polar methods, and connection “mustache” and by method “bringing the coordinates from the top of the sign to the ground”, and triangulate constructions. Field measurements and the sequence of calculations. Measurements and calculations control.

calculations of fixed points, coordinates and measurements and calculations control.

Topic 7.3. Definition of the high-rise provisions markingsMethods of determination of the fixed points, heights, depending on the scale of the survey and the height of the relief section and the physical and geographical conditions of the area.Determining the height of fixed points by trigonometric leveling on sides to angular resections towards all entry points used for angular resection. Determining the height of the fixed points from the distinctive moves.

Specifies the position of the identification markings Specifies determination of the fixed

points, heights, depending on the scale of the survey, the height of the relief section and the physical and geographical conditions of the area.Reveals the essence of determination of the fixed points heights by trigonometric leveling on sides to angular resections towards all entry points used for angular resection.

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Directions to study the discipline

The academic program of the discipline “Geodesics” (hereinafter referred to as the program) requires the learning of main types of topographic and geodesic works, modern technologies of topographic and geodesic production and methods of creating a planimetric survey network and altimetric survey network, etc.The learning of the discipline “Geodesics” is based on the knowledge gained by students during the study of disciplines such as “Mathematics”, “Physics” and “Engineering Graphics”.During the teaching of the discipline, it is necessary to acquaint students with the latest developments in technology and organization of topographic and geodesic works and the latest models of surveying instruments. The terminology and notations of effective technical regulations shall be used in the process of presenting the program educational materials.In order to enhance the cognitive activity of students and to develop their creative thinking it is recommended to use elements of programmed, problematic and other active forms of learning in the classroom. In order to ensure an adequate level of training of professionals it is recommended to use visual aids, displays and posters, and conduct lectures using multimedia installation, etc. To revise the theoretical material and to form the necessary skills of the students the program provides the carrying out of Practical work and lab practicals, during which special attention of the students shall be paid to the necessity of safety and labor protection requirements.In order to control the learning of the material the program requires two tests, topics and a list of questions developed by the teacher of discipline and discussed at the meeting of Cyclic commission of the educational institution.Control in this discipline requires execution of midterm evaluation the main forms of which are: a test and an exam.The implementation of this academic program shall provide to carry out:

- test – 2- exam – 1.

Educational organizations shall develop competency-based tasks in a test form within the working academic program.As a result of the academic discipline the students shallknow:

- types of geodetic science and their place in the system of Earth Sciences;

- general information about the shape of the Earth and the Earth's ellipsoid geometry;

- different coordinates system of the earth's surface posts;- principles of horizontal and vertical networks;- the types of leveling;- essence of Gauss – Kruger projection;

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- the principles of equalization of geodetic networks on the plane in Gauss – Kruger projection;

- the technology of topographic maps production;- the methods and technology of the main types of geodetic

measurements;- the methods of creating horizontal and vertical geodetic networks

bridging and survey networks;- the ways of equalizing the horizontal and vertical geodetic networks;- the means used in the performance of geodetic works;- the structure of geodetic instruments;- the foundations of the theory of geodetic measurements errors;- methods of equalizing the single passageways and passageway

systems with the intersection points.be able to:

- work with topographical plans and maps and geodetic instruments;to determine:- horizontal and vertical position of the earth's surface posts in various

ways;- direction azimuths by astronomical and gyroscopic methods;- coordinates and markers’ high-altitude location in various ways;perform:- completion surveys of geodetic networks;- equalization of geodetic networks;- equalization of theodolite and leveling passageways;- checking and adjustment of surveying instruments;- field measurements to create horizontal and vertical geodetic networks

by various methods;- topographic surveys by various methods;produce:- angular and linear measurements;- pre-processing of the measurements and evaluate their accuracy;- measurement of the excess in various ways;- to solve problems on a topographic map.

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ENGINEERING AND TECHNICAL EQUIPMENT OF BUILDINGSThe purpose of this discipline study is to form knowledge on composition,

calculation, installation and operation of heat supply, ventilation, gas supply and water supply, sewerage, electricity supply systems of residential, public and industrial buildings.

DISCIPLINE SUMMARY

Section, topicNumber of academic

hours Introduction 1Section1.Heatsupply 171.1. Fundamentals of construction heat engineering 61.2. Heat supply sources and systems 41.3. Heating of buildings 6Test 1Section2.Ventilation 82.1. Physical and hygienic fundamentals of ventilation 22.2. Ventilation systems 42.3. Air conditioning 2Section3.Gassupply 43.1. Gassupply of communities 13.2. Gassupply of buildings 3Section4.Watersupply 84.1. Watersupply of communities 14.2. Domestic watersupply 54.3. Hot water supply of buildings 2Section5.Sewerage 65.1. Outdoor sewerage 25.2. Plumbing of buildings 25.3. Rainwater downpipe systems of buildings 2Section6.Elevators. Electrical equipment of buildings 66.1. Elevator sandescalators 16.2. Electricity supply and electric power system of residential and public buildings

3

6.3. Electric lighting 2Section7.Sanitary engineering works 2

TOTAL 52

203

CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Content of the discipline and its purposes. Connection with other disciplines, with theory and practice

Makes a judgment about the importance of discipline in the development of basic professional education program majoring

Understands the discipline significance during the learning process of the basic professional educational program according to the specialty

Section 1. Heating supplyTopic 1.1 Basics of building thermal technology

Construction heat engineering background. Kinds of heat exchange. Evaluation of main and additional heat losses. Evaluation of heat losses according to consolidated indicators

Knows a heat engineering calculation procedure

Orientates among the kinds of heat exchange. Can characterize internal conditions. Can determine main and additionalheat losses. Knows thethermic and technical calculation method

Topic 1.2 Sources of heat supply system

Basic kinds of fuels characteristics. Heat boiler stations arrangement. Heating systems. Heat lines jointing. Heatpoints.

Refers to sources of heat supply system

Can characterize basic kinds of fuels, knows heat boiler stations key elements, methods of heat lines jointing, can explain a heat point composition.

Topic 1.3 Heating of buildingsCharacteristics of heat-carrying agents.

Heating systems classification. Requirements to heating appliances. Kinds of heating appliances.

Knows the classification of systems of heating

Can characterize and compare heat-transfer agents. Knows heating systems classification, knows kinds of heating appliances.

TestSection 2. Ventilation

Topic 2.1. Physical and hygienic basics of ventilation

204

Purpose and requirements to ventilation. Air environment characteristics. Air exchange concept.

Describes the physical and hygienic bases of ventilation

Can explain the ventilation purpose and defines requirements to it. Knows kinds of contaminants classification and knows acceptable concentrations. Defines air exchange concept.

Topic 2.2 Ventilation systemVentilation systems elements.

Ventilation equipment. Ventilation systems classification

Knows the classification of systems of heating

Defines ventilation systems elements. Lists and defines the operation concept of ventilation equipment. Knows ventilation systems classification

Topic 2.3 Air-conditioningAir conditioning. Elements of air

conditioners.Defines the processing of air Defines air-handling processes and can

explain the elements of air conditioners.Section 3. Gas-supply

Topic 3.1 Gas supply of settlementsFluid fuel characteristics. Methods of

fluid fuel public supply. Schemes and key elements of central gas supply. Gas pipe line entrances.

Opens the ways of supplying the population with gaseous fuels

Can qualify kinds of fluid fuel. Defines the methods of fluid fuel public supply. Specifies key elements of central gas supply. Can explain gas pipeline entrances.

Topic 3.2 Gas supply of buildingsSchemes of gas supply of a building.

Key elements of schemes. Requirements to gas equipment location. Gas appliances.

Knows the building gas supply scheme

Can explain schemes of gas supply of a building, defines their key elements, specifies kinds of gas appliances and can explain their operation concept.

Section 4. Water supplyTopic 4.1 Water supply of population aggregates

Water supply background. Requirements to the quality of water.

Refers to water methods of localities

Defines ‘water supply’ and ‘water supply system’ concepts, can reason

205

Water supply sources. Methods of water purification. Water pipelines and outdoor water supply systems.

requirements to the quality of water. Compares water supply sources, defines outdoor water supply systems structure

Topic 4.2 Domestic sewageDomestic water supply systems

classification. Domestic water supply key elements, kinds of armature. Purpose and field of application of the firefighting water line.

Knows the classification of systems of internal plumbing.

Knows domestic water supply systems classification. Defines domestic water supply key elements. Can explain the purpose and specifies fields of application of the firefighting water line.

Topic 4.3 Hot water supplyClassification of hot water supply

systems. Key elements of hot water supply systems. Kinds of water heaters.

Knows the classification of hot water systems.

Knows classification of hot water supply systems. Can characterize key elements of hot water supply systems. Can explain water heaters composition and operation concept.

Section 5. SewerageTopic 5.1 Outdoor sewerage

Diversity of waste water and sewerage systems. Outdoor sewerage. Methods of waste water purification. Protection of waters against pollution.

Knows types of wastewater and sewage systems.

Knows kinds of waste water and sewerage systems. Defines outdoor sewerage key elements and methods of waste water purification.

Topic 5.2 Indoor sewerage of buildingKey elements of a plumbing system.

Composition of a plumbing system. Waste water receivers, requirements to

them. Diversity of sanitary engineering appliances. Disposal of solid waste

Knows the system inside the sewers.

Defines plumbing system key elements and knows plumbing composition. Can characterize sanitary engineering appliances

Topic 5.3. Gutters of buildings

206

Purpose of rainwater downpipe systems. Outdoors and indoors rainwater downpipe systems. Rainwater downpipe systems composition. Rainwater heads

Knows the appointment of drains and their device.

Knows the purpose and composition of rainwater downpipe systems. Defines outdoors and indoors rainwater downpipe systems. Knows kinds of Rainwater heads

Section 6. Elevator. Electrical equipment of buildingsTopic 6.1. Elevators and escalators

Elevators classification. Main types of elevators technical characteristics. Elevators and escalators construction

Knows the assembly of elevators Knows elevators composition and can compare elevators technical characteristics. Can explain the concept of elevators and escalators operation. Specifies kinds of elevators

Topic 6.2. Power supply, power network of residential and public buildingsUrban electric power systems.

Transforming sub-stations. Incoming-line arrangements and distributing gears. Interior electric power systems key elements

Calls the principle of construction of electric networks

Can explain the structural principle of electric power systems, the purpose of transforming sub-stations, incoming-line arrangements and distributing gears. Defines key elements of interior electric power systems

Section 7. Making of sanitary worksArrangement of sanitary engineering

works. Sequence of indoor sanitary engineering systems installation.

Describes the sequence of mounting internal plumbing systems and organization of manufacture of sanitary-engineering works

Can explain the sequence of indoor sanitary engineering systems installation and arrangement of sanitary engineering works

207

Directions to study the disciplineThe discipline program “Engineering and technical equipment of buildings”

provides the study of composition, calculation, installation and operation of heat supply, ventilation, gas supply and water supply, sewerage, electricity supply systems of residential, public and industrial buildings. The basis of the program material learning is the knowledge obtained by students while studying the disciplines “Physics”, “Fundamentals of electrical technology and electricity supply of buildings”, “Building materials and products”, “Fundamentals of engineering graphics”.

While delivering the discipline material it is necessary to be Uses actual regulatory documents on designing, installation and operation of buildings technical equipment.

Control in this discipline involves carrying out of interim attestation, the main forms of which are: test, pass/fail exam.

This academic program provides to carry out: test – 1; pass/failexam– 1.Education organizations have to prepare competence-oriented tasks in test

form for this work academic program.As a result of the discipline study the trainees shallknow:– kinds, purpose and operation concepts of utility systems and equipment;– basic indicators of buildings internal conditions and thermic and technical

calculation methods;– requirements to air environment of buildings;– rules of interpreting and conventional symbols of utility systems and

technical equipment schemes in buildings, sanitary engineering drawings;– schemes and systems of heating, ventilation, cold and hot water supply,

gas supply, sewerage, and rainwater downpipe systems of buildings and facilities;be able to:– differentiate kinds of utility systems and utility equipment of buildings;– interpret drawings and schemes of utility systems and utility equipment of

buildings;– carry out a thermic and technical calculation of enclosure structure.

208

BUILDING REGULATION, QUALITY CONTROL OF CONSTRUCTION WORKS

The discipline study purpose is to teach future professionals to be competent in performance of construction and installation works quality control, know building regulations, and use regulatory literature. To form students’ concepts of control operating procedure for construction and installation operations.

THE DISCIPLINE SUMMARY

Topic Number of academic hours

1. Introduction 22. 1. Metrological service of the Republic of Kazakhstan 23. 2. Quality management system of construction and installation

works 64. 3. Quality control and arrangement procedure for construction and

installation works 65. 4. Quality control during basic general construction operations

7Test 1

6. 5. Quality control during installation and finishing construction operations 2

Total 26

209

CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Purposes, objectives and scope of the discipline “Building regulation, quality control of construction works”. Its connection with other academic disciplines, significance in the specialists training system. Main concepts (terms, definitions, conventional symbols) used in the quality control system.

Expresses a general judgement about the quality control in the construction sector, the importance of metrology in construction.

Expresses basic judgement on purposes, objectives and scope of the discipline.Defines Essence of the quality control concept in construction, significance of metrology in construction.

Topic 1. Metrological service of the Republic of KazakhstanMetrological service of the Republic of Kazakhstan, its organizational and functional structures.

Knows the main directions of the Republic of Kazakhstan metrological service

Develops principal directions of the Metrological service work in the Republic of Kazakhstan.

Topic 2. Quality management system of construction and erection worksQuality management basic concepts, construction organization quality system key elements. Implementation and certification of ISO:9000-2000 Quality systems for construction and installation and design organizations. Quality model during construction and installation works. Quality management manual. Quality system operating records. Planning and quality management.

Knows the structure of the model for quality assurance in the manufacture of construction and installation works.

Can explain quality management basic concepts. Defines construction organization quality system key elements. Develops quality model structure during construction and installation works.

Topic 3. Order and organization of quality control of construction and installation worksKinds of control during construction and Knows types of control in the Can characterize kinds of control during

210

Content of the topic Result Evaluation criteriainstallation works. Arrangement, procedure and presentation of pre-installation, operational, acceptance and inspection control results. Arrangement, procedure and presentation of laboratory and geodesic control results.

manufacture of construction and installation works.

construction and installation works. Can explain administration, procedure and presentation of pre-installation, operational, acceptance, laboratory and geodesic control results.

Topic 4. Quality control of the basic civil worksQuality control during earthwork operations, quality control during concrete works; quality control during stone works; quality control during roofing and insulation works.

Knows the control parameters and composition of controlled performance.

Can characterize control parameters and control indicators composition. Defines essence and quality control distinctive features during earthwork operations, concrete works, stoneworks, roofing and insulation works.

TestTopic 5. Quality control during installation and finishing construction works.

Pre-installation quality control of materials, products and structures delivered to the construction site. Control of compliance of materials, products and structures transporting, unloading, warehousing and storage regulations. Quality control of construction and installation processes and working operations. Acceptance control of works completed.

Knows the control parameters and composition of controlled performance.

Can characterize pre-installation control parameters and control indicators composition. Can explain requirements to the control of compliance of materials, products and structures transporting, unloading, and warehousing and storage regulations. Can explain requirements to quality control of construction and installation processes and working operations.Explains the regulations for acceptance control of works completed.

211

Directions to study the discipline

The discipline program “Building regulation, quality control of construction works” involves study of quality control aspects of planning, administration and operating construction obtained by students.

The discipline study is based on students’ knowledge obtained in the disciplines “Construction technology”, “Buildings and Constructions Structures”, “Geodetic Surveying”.

During study of the program material, it is necessary to be guided with regulatory documents on construction aspects, and take into account actual scientific and technical achievements in the construction field.

In the educational process, it is necessary to use technical training aids and visuals. In order to broaden students’ horizons and obtain new information on modern construction it is recommended to arrange excursions to construction sites, exhibitions.

Control in this discipline involves carrying out interim attestation, the main form of which is a test.

The implementation of this academic program shall provide to carry out: Test – 1.Test shall be carried out within the total time budget allowed for the

discipline study.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.As a result of the discipline study students shall

know: regulatory and legal framework in the construction field; Metrological service of the Republic of Kazakhstan; methods and regulations of main construction and installation works

quality control; ISO:9000-2000 quality systems elements for construction and installation

and design organizations; quality model during construction and installation works;be ableto: carry out main construction and installation works quality control; use reference and regulatory literature.

212

INFORMATION TECHNOLOGIES IN PROFESSIONAL ACTIVITY

The discipline study purpose is to form students’ professional competence in IT sphere based on study of the AutoCAD program package that is a general program system of two-dimensional and three-dimensional (solid) modeling, and its usage in professional activity.

THE DISCIPLINE SUMMARY

Section, topic

Number of academic hours

Total amount

Including Practical works

Introduction 1 -Section1. Use of AutoCAD program in technical objects designing 1Section2.AutoCADuserinterface 6 62.1.AutoCAD program work window 2 22.2.Parameters and tools of the client area 1 12.3.Work with a picture file 1 12.4.Means of accuracy assurance 2 2Section3. Primary tools of picture completion in the AutoCAD area 8 83.1. Coordinate systems. Point position in the AutoCAD area 2 23.2. Graphical primitives of two-dimensional modeling 4 43.3. Object and home location points selection 2 2Section4. Arrangement of work in AutoCAD 4 44.1. Work with layers and blocks 2 24.2. Viewsin 2М area 2 2Section5. Two-dimensional modeling 16 165.1. Modeling with the help of graphical primitives 4 45.2. Imageediting 6 65.3. Hatching 1 15.4. Dimensions and allowances in a drawing 2 25.5. Text in a drawing 1 15.6. Printing of an image 1 1Test 1Section6. Introduction to three-dimensional modeling 4 46.1. Viewsin 3М area 2 26.2. 3М objectachieving 2 2

Total 40 38

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

The course scope and objectives, its connection with other disciplines.

Information computer technologies concept, program systems of two-dimensional and three-dimensional graphical and parametric modeling.

Work safety briefing for computer operators.

Expresses a general judgement about software systems, 2D and 3D graphic and parametric modeling.

Expresses basic judgement of the course purposes and objectives, fields of personal computer application.

Describes program systems of two-dimensional and three-dimensional graphical and parametric modeling.

Develops requirements to work safetyfor computer operators.

Can explain switching and shutdown sequence of a computer.

SECTION 1. USING AUTOCAD IN DESIGNING TECHNICAL OBJECTSFirst introduction to the AutoCAD

computer-aided design system. Purpose. Overview of possibilities and fields of application

Knows the purpose, features and uses of computer-aided design AutoCAD

Can explain the purpose of the AutoCAD computer-aided design system.

Describes application possibilities and fields of the AutoCAD computer-aided design system

SECTION 2. USER INTERFACE OF AUTOCADTopic 2.1. Working window AutoCAD

The AutoCAD program work window structure: menu commands; toolbars; draw area; line of command; status bar; context and cascading menu.

Work with the AutoCAD program window.

Reference system. Search of

Configures the working window AutoCAD.

Describes the AutoCAD program work window. Sets the AutoCAD program work window.

Performs information search in the reference system AutoCAD, forms requests.

Installs toolbars. Uses context menu. 214

Content of the topic Result Evaluation criteriainformation in the reference system. Partitioning in the reference system. Requests forming.

Fixed and floating toolbars. Cascading, context menu. Menu bar.

Topic 2.2. Options and tools of the workspaceSetting of interface parameters, draw

area, drawing dimension. Cursor modes.Command window. Input of

commands, values of system variables to the line of command. Dragging and editing in the window. Work with a command window.

Configures an interface, drawing area, the size of the drawing.

Sets the interface parameters, draw area, and drawing dimension.

Interprets cursor modes.Inputs commands, values of system

variables to the line of command, performs dragging and editing in the command window, changes parameters of the command window.

Topic 2.3. Work to the picture fileCreation of a drawing with the help of

a template, Creation Wizard, drawing template file. Assigning of measuring units, drawing format, accuracy of coordinates and distances. Opening or saving of a drawing file. Work with a number of drawing files.

Creates a drawing works with multiple drawing files

Creates a drawing with the help of a drawing template, Creation Wizard, template file; assigns measuring units, drawing format, accuracy of coordinates and distances; opens and saves drawing files; works with a number of drawing files

Topic 2.4. Precision toolsElements of AutoSnapТМ and

AutoTrackТМ. The AutoCAD modes: Grid, Snap, Ortho, Coordinate Readout, Object Snap Tracking, Polar Tracking

Knows the possibilities of using AutoCAD modes: Grid, Snap, Ortho, Coordinate Readout, Object Snap Tracking, Polar Tracking.

Describes possibilities of the AutoCAD mode application: Grid, Snap, Ortho, Coordinate Readout, Object Snap Tracking, Polar Tracking.

SECTION 3. THE MAIN MEANS TO IMPLEMENT IMAGES IN SPACE, AUTOCAD215

Content of the topic Result Evaluation criteriaTopic 3.1. Coordinate system. Coordinates of a point in space in AutoCAD

Coordinates system: cartesian and polar systems. Output user coordinate systems in 2М area. Coordinates output in a status bar. Input methods of point position in the AutoCAD area: with the help of a computer mouse; via keyboard; with the help of object binding called Object Snap.

Sets the coordinates of a point in Cartesian and polar coordinate systems.

Can explain coordinate systems.Assigns point position in the cartesian

and polar coordinates systems.Inputs point position in the AutoCAD

area in different ways.

Topic 3.2. 2D graphics primitives modelingGraphical primitives: simple, complex,

and dimensioned graphical primitives. Kinds of simple graphical primitives.

Construction of segments, bows, circles, polygons, ellipses, splines, polylines, multilines with the help of simple graphical primitives.

Builds the graphic objects by using the menu bar and the toolbar.

Determines Essence of the concept ‘graphical primitive’. Differentiates kinds of simple graphical primitives.

Plots graphics object with the help of a menu bar and toolbars.

Topic 3.3. Choosing objects and base pointsObject selection by cursor, with the

help of standard and cut selection window.

Selection of basic location points with use of Object Snap Tracking.

Selects objects and base points. Chooses objects and basic location points.

SECTION 4. ORGANIZATION OF WORK IN AUTOCADTopic 4.1. Working with layers and blocks

Advantage of a layer usage. A layer creation. Placement of an object in the layer. A layer editing. A layer visibility management.

Creates and edits, merges the layers and blocks.

Creates and edits a new layer. Places the object in the layer. Manages a layer visibility.

Creates, inserts and edits blocks.216

Content of the topic Result Evaluation criteriaAdvantage of a block usage. Creation

and insertion of a block. Scaling and rotation of a block. Saving of a block in a separate file. Block editing, block partition.

Topic 4.2. Species in 2M spacePanning and zooming of a view.

Panning and zooming in the window ‘general view’. Named views. Dragging of a drawing and dimensional changes of a drawing image on the viewport; named views saving.

Dragging from the model space to the paper space, views management in the paper space: scaling, adjustment, property changes of objects.

Viewports of model space. Work in a model space. Work in a paper space.

Works with the concepts of “Model Viewport”, “Model space”, “Space of sheet”.

Defines panning and zooming concepts.

Drags a drawing and changes a drawing image on the viewport; saves named views.

Can explain the concepts of ‘model viewport’, ‘model space’, ‘paper space’.

Drags from the model space to the paper space, manages views in the paper space: scales, adjusts, changes objects properties.

SECTION 5. 2D MODELINGTopic 5.1. Simulation using graphics primitives

Construction of primitive geometries image on the basis of a group of primitives.

Marking and partition of objects.

Creates drawings of simple geometric solids.

Creates drawings of primitive geometries.

Topic 5.2. Editing imagesBasic editing commands. Objects

editing methods: cancellation, copying, dragging, mirroring of objects.

Edits the image using commands and editing arms.

Determines editing commands. Chooses objects editing methods.

Carries an image editing with the help 217

Content of the topic Result Evaluation criteriaDimensional and form changes: cutting, removal, expansion, shrinking, scaling of objects. Fillet radii and edges achieving. Array creation.

Conversion of difficult objects into simple geometric objects.

Editing with the help of commands and editing hands.

of basic editing commands. Converses difficult objects into simple

geometric objects.Edits an image with the help of

commands and editing hands.

Topic 5.3. HatchRanging of hatch. A hatch sample

choice. Associative hatching. Editing of a hatch template. Hatching in a specified area. Hatch precise positioning. Hatching area modification.

Brings associative hatch. Chooses a hatch sample. Associates hatching. Edits the hatch. Assigns the slope angle and hatching scale. Assigns a hatching area.

Topic 5.4. Dimensions and tolerances on a drawingTypes of dimensions. Dimension

elements. Associative dimensions. Dimension styles: creation and editing.

Linear, radial, angle dimensioning; dimensioning of chains; dimensions from common base. Placing of dimensions parallely, horizontally, vertically, turned. Achieving of dimensions with extension lines. Dimensions editing. Dimension, form and position of workpiece surfaces allowances.

Causes of linear, radial, angular dimensions; the dimensional chain; dimensions from a common base with a different location.

Can explain types of dimensions, dimension elements, associative dimensions, dimension styles.

Dimensions linear, radial, angle dimensions; dimension chains; dimensions from common base in various positions.

Edits dimensions. Inserts the dimension, form and position of workpiece surfaces allowances.

Topic 5.5. Text in a drawingOne-line and multiline text. Text styles. Brings the text on drawing; Can explain concepts of one-line and

218

Content of the topic Result Evaluation criteriaSymbols in a multiline text. Text Formatting and editing. References and notes. A table insertion.

balloons with inscriptions; inserts a table

multiline text, text style. Inserts a text into the drawing; references and notes;inserts tables.

TestTopic 5.6. Image print

Paper parameters setting. Choice of a printer or plotter. Paper format setting. Printing area, moving of the printing geometry on the drawing, the drawing scale, drawing layout setting. Positioning wizard.

Prints the image. Sets paper parameters for print output of an image, chooses a printing device; assigns the paper format, the drawing scale, drawing layout, printing area; uses positioning wizard.

SECTION 6. INTRODUCTION INTO 3D MODELINGTopic 6.1. Types in the 3rd space

Standard 3М views. Coordinates and angles assignment for 3М views. Choice of view in imaging plane XY.

Dynamic 3М views. Assignment of cut planes. Perspective view.

Orbital views. Visualization tools. Coordinate systems in 3М area: world,

user coordinate systems, assignment method. Cartesian, cylindrical, spherical coordinates. Absolute and relative coordinates. Object binding in 3М area. Coordinate filters.

Creates 3M views Can explain 3М views: standard, dynamic, orbital, perspective views, coordinate systems and their kinds.

Assigns coordinates and angles of 3М views; chooses imaging plane XY; assigns cut planes; uses visualization tools, binding in 3М area, coordinate filters.

Topic 6.2. 3M building of objectsConstruction of wire-frame models, Builds a complex body of Constructs elemental forms:

219

Content of the topic Result Evaluation criteriasurfaces, 3М bodies. Extrusion method. Construction of rotation bodies. Construction of complex bodies with the help of combining and subtraction method.

unification and subtraction method viewboxes, cones, cylinders, toral solids, prismatoids.

Constructs complex bodies with the help of combining and subtraction method.

220

Directions to study the discipline

Main tasks in the discipline study: to formunder standing of significance of modern information technologies,

focused on improving IT-equipment and modern information computer systems, their role in professional activity, society development and national economy;

to form knowledge on the AutoCAD graphic system purpose; to form skills in predefined objects modeling, modern IT usage in

professional activity; to accomplish responsibility for work in progress and rational usage of

information computer technologies in professional activity; to develop students’ needs, reasons and interest in acquisition of modern

information computer technologies.Minimal requirements to the equipment in a classroom for the classes in the

discipline “Information technologies in professional activity”: CPU – Pentium 100 MHz and more; the volume of random access memory – not less than 32 Mb, screen resolution 800´600 pixels and more, video display adapter SVGA having extention 1024´768 or better. It is recommended to have a printer or plotter.

In content of the discipline, the main emphasis shall be placed on practical application of personal computer, information computer technologies for problems solving in the construction field. The basic form of study organization in this discipline are Practical works. When performing Practical works the group may be divided into two subgroups.

Students shall obtain knowledge and skills in Computer studies, engineering graphics to reach successful content acquisition of the discipline “Information technologies in professional activity”.

Students shall prepare an individual report to get aware of modern program means of objects geometrical modeling that implement designing technology «from a geometrical object to a drawing», computer technologies of parametric modeling. Such design systems as UGS Solid Edge, SolidWorks, T-FLEX CAD, COMPAS-3D, etc. can be used to prepare information on modern program systems of two-dimensional and three-dimensional (solid), parametric (associated) modeling.

Control in this discipline involves carrying out interim attestation, the main forms of which are: test, credit.

The implementation of this academic program shall provide to carry out: Test – 1; pass/failexam – 1.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.As a result of the discipline study students shallknow: software programs for architectural and civil engineering; purpose and possibilities of the program package AutoCAD;

221

requirements to personal computer systems to install versions AutoCAD 2000, 2002 and more;

AutoCAD program window structure; coordinate systems; screen management facilities; means of accuracy assurance of images construction; objects properties; model space and paper space; primitives and their construction commands; three-dimensional model types.Be able to: run on the program; set the workspace; open, create and save documents; use templates; use standard binding, objective and polar tracking; inputcoordinates; build segments, polygons, circles, bows, ellipses and other graphical

primitives.

222

OCCUPATIONAL SAFETY

The purpose of the discipline is to form future specialists’ knowledge of occupational safety at the building industry, methods and ways of safe working conditions during operations, operation of processing equipment.

THE DISCIPLINESUMMARY

Section, topicNumber of academic

hourstotal includin

g Practical

works

including

laboratoryclasses

Introduction 1Section 1 Legal and organizational issues of occupational safety 171.1. Fundamentals of occupational safety and health legislation in the Republic of Kazakhstan 31.2. Government compliance monitoring and social control over occupational safety 41.3. Arrangement of occupational safety and health activity in an organization (in an enterprise) 41.4. Injuries and diseases in the industry 6 2Section 2. Fundamentals of occupational sanitation and hygiene

20

2.1. Sanitary requirements to enterprises and construction facilities 42.2. Microclimate and room ventilation 4 22.3. Lighting of industrial premises 4 22.4. Protection against noise and vibration 22.5. Protection against harmful gases, vapors and dust 22.6. Fundamentals of industrial hygiene. Women’s occupational safety

4

Section 3 Fundamentals of safety 93.1. Electrical safety 43.2. Safety of technical process and industrial equipment in the industry 43.3. Arrangement of safe operation of equipment and tools 3Test 1Section 4.Fire safety 12

223

4.1. Fundamentals of fire and explosion safety in the industry

4

4.2. Fundamental soffire prevention 44.3. Fire extinguishing media and fire alarm system

4 2Total 60 4 4

224

CONTENT OF THE DISCIPLINEContent of the topic Results Evaluation criteria

IntroductionPurpose of the academic discipline

“Occupational safety“, tasks, interconnection with other academic disciplines.

Concept of “occupational safety“, “safety”, “occupational sanitation”, “workplace hygiene”, “fire safety”.

Importance of the academic discipline in the system of skilled personnel training. Social and economic importance of occupational safety at the modern stage of industry development.

Reveals the importance of discipline in the training system of employees ' qualification, socio-economic value of labour protection at the present stage of development of production.

Understands the purpose, tasks of the academic discipline “occupational safety“, interconnections with other academic disciplines.

Understands the concepts “occupational safety“, “safety”, “occupational sanitation”, “workplace hygiene”, “fire safety”.

Understands the importance of the academic discipline in the system of skilled personnel training, social and economic importance of occupational safety at the modern stage of industry development.

Section 1. Legal and institutional matters of occupational safety1.1 Framework legislation on labour protection in the Republic of Kazakhstan

Main principles of the state policy in the field of occupational safety.

A state government’ conception of occupational safety in the Republic of Belarus.

Main legislative acts of the Republic of Belarus in the sphere of occupational

Knows the main legislative acts of the Republic of Kazakhstan in the sphere of labour protection.

Understands the basic principles and directions of the state policy in the field of occupational safety.

Knows contents of the main acts of the Republic of Belarus in the field of occupational safety.

225

safety: the constitution of the Republic of Belarus; the labor code of the Republic of Belarus; Laws of the Republic of Belarus “On occupational safety”, “On fire safety” etc.

Inter industry and industry laws and regulations, technical regulations, local regulations containing requirements of occupational safety requirements (All-Union State Standard (GOST), Standards of the Republic of Belarus (STB), Construction norms and regulations (SniP), Construction Standards of the Republic of Belarus (SNB), hygienic standards (GN), Fire Regulations (NPB), fire safety rules (PPB), working documentation (RD), Rules for the Design and Operation of Electrical Installations (PUE), Interindustry labor safety rules (MOPOT), etc.).

Complex of occupational safety's standards (SSBT), its importance and structure.

Has an idea of a complex of work safety, its importance and structure.

Practical work No. 1Drawing up of instructions on

occupational safety for a workplace or a profession.

Is occupational safety instructions for the workplace (profession).

Draws up instructions on occupational safety for a workplace (profession).

Topic 1.2 Organisation of State supervision and social control over labour protection226

Types of compliance monitoring of labor legislation and occupational safety regulations. Designated government authorities of supervision and compliance. Designated and proprietary inspections for occupational safety. Public control. Essence and role of workers’ self-control in occupational safety.

Responsibility for non-compliance with the labor legislation (disciplinary, administrative, criminal).Features of legal liability use.

Knows the State supervision and control system, public monitoring of compliance with labour protection laws.

Describes the state supervision and control system, system of public control over compliance with the occupational safety law. States basic rights and obligations of the designated government supervision authorities, types of responsibility of all labor relations participants for occupational safetystatutory non-compliance.

Topic 1.3 Organization of labor protection in the organization (enterprise)Safety management system, its tasks,

functions.Occupational safety and health

division in an organization (in an enterprise), its main objectives and functions.

Rights and obligations of occupational safety officials. Organization of work and equipment of an occupational safety office.

Concepts of "working capacity", "fatigue", and their connection with work safety. Balanced labor routine and rest.

Order of training, briefings and

Reveals the essence of the OSH management system, its objectives, functions; Safety Service Organization (Enterprise), its main tasks and functions.

Understands Essence of the safety management system, its tasks, functions; occupational safety and health division in an organization (in an enterprise), its main objectives and functions.

States officials’ basic rights and obligations for occupational safety, occupational safety and health division in an organization (in an enterprise).

Explains the organization of work and describes equipment of the occupational safety office.

Explains the instructions, their 227

examination concerning workers’ occupational safety. Types of briefings, their characteristics, method and documentation.

characteristics. Describes the method and documentation of briefings.

Topic 1.4 Injuries and illness in the workplaceClassification of dangerous and

harmful industry factors.Types of accidents and occupational

diseases. Workers’ duties in case of emergencies.

Rules of investigation and documentation of industrial accident sand occupational diseases. Accident Investigation Reports (N-1 and NP forms), order of their documentation.

Planning for prevention of workplace injuries and occupational illness.

Analysis methods of reasons of workplace injuries.

Describes how a investigation, processing and recording of occupational accidents.

Outlines the activities for the prevention of occupational accidents and occupational diseases.

Classifies dangerous and harmful workplace factors.

Characterizes types of accidents, occupational diseases.

Explains the main reasons for workplace injuries and occupational diseases.

States workers’ duties in case of emergencies.

Describes an order of investigation, documentation and accounting of workplace accidents.

States actions for prevention of workplace injuries and occupational diseases.

Describes methods of analysis of workplace injuries reasons.

Section 2. Basics of industrial sanitation and hygieneTopic 2.1. Sanitary-hygienic requirements for organizations (enterprises)

Sanitary classification of organizations (enterprises). Areas of sanitary protection.

Knows sanitation device requirements of buildings, premises, territory Organization (Enterprise).

Describes sanitary classification of an organization (enterprise).

States sanitary and hygienic

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Requirements to the territory of an organization (enterprise). Sanitary and hygienic requirements to buildings and rooms.

Sanitary and amenity facilities, their equipment.

requirements to buildings and rooms, the territory of an organization (enterprise).

Describes sanitary and amenity facilities, their equipment.

Topic 2.2. Microclimate and ventilationMicroclimatic conditions of the

workplace environment, their influence on workers.

Rationing and control of parameters of microclimate. Methods to ensure standard parameters of microclimate.

Requirements to heating, ventilation and air conditioning systems in workplaces.

Opens the microclimatic conditions of the production environment, and their impact on workers.

Makes a disclosure of microclimatic conditions of the workplace environment, their influence on workers.

Explains influence of microclimate of the workplace rooms on workers and need of its rationing. Describes means to ensure microclimate standard parameters. States methods to ensure microclimate standard parameters. Carries out an assessment of microclimate parameters. Makes a disclosure of requirements imposed to heating, ventilation and air conditioning systems in workplaces.

Laboratory work No.1Identification of microclimate

parameters in the workplace.Determines the microclimate

parameters in the workplace.Determines microclimate

parameters in the workplace.Topic 2.3 Lighting of industrial premises

Influence of workplace lighting on Outlines the basic requirements for Characterizes lighting of a 229

labor safety and efficiency. Main lighting sizes, units of their measurement. Types of industrial lighting. Day lighting, its arrangement and rationing (coefficient of day lighting).Devices for lighting control. Light sources, types of lamps.

Main requirements to industrial lighting.

production lighting. workplace, makes a disclosure of its influence on labor safety and efficiency.

Calls requirements to lighting.Characterizes the main lighting

parameters, units of their measurement.

Describes types of industrial lighting, lighting control devices, light sources, types of lamps.

Explains the essence of the concept "coefficient of day lighting".

States the main requirements imposed to industrial lighting.

Laboratory work No.2Identification of lighting in the

workplace.Specifies the illumination at the

workplace.Determines lighting in the

workplaceTopic 2.4 Protection from exposure to noise and vibration

Main sources of noise and vibration in within operations and their influence on a human body. Characteristics of noise and vibration. Means of protection of people against industrial noise and vibration.

Harmful effects of infra- and ultrasound on people, their rationing. Protection against infra- and ultrasound.

Knows the remedies for a person from the production of noise and vibrations.

Explains the main sources of noise and vibration, their influence on a human body.

States characteristics of industrial noise and vibration. Describes means of protection of people against industrial noise and vibration.

Explains influence of infra- and ultrasound on people. Describes

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means of protection of people against infra-and ultrasounds.

Topic 2.5 Protection against harmful gases, vapours and dustsClassification of dust and harmful

substances by their functional influence and danger level. Maximum allowable concentration (MAC) of harmful substances in air of a working zone.

Knows ways of reducing the concentration of harmful substances in the air, and the means of protection against them.

Classifies harmful substances and dust.

Describes the maximum allowable concentration (MAC) of harmful substances.

States ways to decrease harmful substances’ concentration in air and means of protection against them

Topic 2.6 Framework of occupational hygiene. Women labour protection Human factor in occupational safety.

Features of a human body functioning at work. Ways to decrease workers' visual, intellectual and physical fatigue and to increase efficiency of labor. Rational organization of workplaces. Work pattern, its pace and rhythm. Ergonomic requirements to workplaces. The industrial factors adversely influencing women's organism. Women's occupational safety regulations of the Republic of Kazakhstan. Norm ofdead weight lifting.

Characterizes the optimal mode of work and leisure. Reveals features of labor protection of women.

Makes a disclosure of human body's functioning during work and ways to degrease the workers' fatigue.

States ergonomic requirements to workplaces.

Describes workers’ optimal working and rest conditions. Explains the particulars of women's occupational safety.

Section 3. Safety basics Topic 3.1 Electrical safety

Electric current effect on a human Outlines the methods, tools, Describes impact of electric 231

body (thermal, electrolytic, biological). Types of electrical shock: electric

injuries and electric shock.Factors influencing an outcome of

electric shock. Conditions and main reasons of

electric shock. Phenomena of current running off to the earth; contact and step voltage.

Classification of rooms by degree of electric shock danger.

Means of protection against electric shock.

First aid to persons exposed to electric current.

protection against electric shock. current on a human body, types of electric shocks. Explains the factors determining the outcome of electric shock.

Explains conditions and main reasons electric shock.

Classifies rooms by degree of electric shock danger.

States ways, means of protection against electric shock.

Explains first aids to persons exposed to electric current.

Topic 3.2 Safety of technological processes and industrial equipment industriesGeneral safety requirements to

technical processes and industrial equipment of the industry. Sanitary and hygienic requirements to technical processes and industrial equipment. Manufacturing instructions as a basis of safety of technical process. Mechanization and automation of hard, harmful and monotonous work. Automated production systems, prospects of their development in the industry.

Protection, safety, blocking and

Describes the methods and tools to ensure the safety of technological processes and production equipment.

Explains the technical process safety and processing equipment.

States sanitary and hygienic requirements to them. Describes methods and means of technical process safety and production equipment.

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signaling devices, their characteristics and principle of action.

Topic 3.3 Organization of safe use of video display terminals and computersDangerous and harmful industrial

factors arising during the operation of ECM and other office equipment. Sanitary and hygienic requirements and safety requirements to video display terminals (VDT), ECM. Requirements to rooms designed for their operation. Complexity categorization of ECM operation. Labor routine and rest of users. Provision with healthful and dietary meals. Organization of physical and psychological relief.

Defines safe practices on WTD and computing, optimum regimes of work and leisure.

States dangerous and harmful industrial factors arising during the operation of VDT and ECM.

Explains safe methods of VDT and ECM work, workers’ optimal labor routine and rest.

TestSection 4. Fire safety

Topic 4.1 Fundamentals of fire and explosion of productionGeneral information on fire process.

Types and conditions of fire. Reasons of fire and explosions in an organization (enterprises).Main indicators of substances and materials' risk of fire and explosion (temperature of flash, ignitions, spontaneous ignitions; concentration and temperature limits of ignition; energy of ignition, etc.).

The major dangerous and harmful factors arising during fire.

Defines the basic dangerous and harmful factors emerging during a fire.

Specifies the main types of wire process of various substances and materials.

Knows indicators of fire risk, conditions of fire breaking-out; influence of dangerous and harmful factors during fire.

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Topic 4.2 Fundamentals of fire preventionExplosion and fire hazard class of

rooms and buildings. Concept "fire resistance" of materials,

constructions and buildings. Fire resistance classification of buildings. Emergency exits, fire-prevention barriers, requirements to them.

Responsibility for violation of fire safety requirements, fire breaking-out.

Sets out the requirements for fire protection device of premises and buildings.

Describes classes of rooms, buildings and external installations under explosion and fire hazard and fire resistance.

States fire-fighting requirements to planning of rooms and buildings.

Characterizes types of responsibility for violation of fire safety requirements, fire breaking-out.

Topic 4.3 Fire extinguishing agents and fire alarmBasic principles of fire extinguishing.

Means and methods of fire extinguishing. Characteristic of the main fire extinguishing substances. Firewater supply. Automatic fixed firefighting installations (sprinkler and drencher). Primary means of fire suppression.

Structure of fire alarm and communication system in an organization (enterprise). Fire detectors (thermal, light, combined), principle of their action.

Know the methods and means of extinguishing fires, the device and the principle of operation of the fire alarm and communications.

States the basic principles of fire extinguishing by various fire extinguishing substances.

Describes methods and means of fire suppression, structure and principle of action of a fire alarm and communication system.

Practical work No. 2Study of types and system of fire

extinguishersCommunicates device, principles of

fire extinguishers and the rules for their States the system, principles of

operation of fire extinguishers and

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application. rules of their application.

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Directions to study the discipline

One of the main tasks of the state in the social sphere is health protection of workers, providing safe working conditions, elimination of industrial injuries and occupational diseases.

The program of the academic discipline "Occupational safety" provides study by students of labor protection regulations in the Republic of Kazakhstan and the social and economic, organizational, sanitary and hygienic, technical and other actions corresponding to them, purposed to provide safety of people during working process, preservation of their health and working capacity.

When teaching an academic discipline material it is necessary to consider achievements of domestic and foreign science and equipment in the field of work safety, carefully follow the unity of terminology and designations of technical values according to the existing technical regulations. For the purpose to activate pupils’ cognitive activity it is recommended to apply some problem methods of teaching, heuristic conversations, business games, tours to exhibitions and to organizations for the purpose of acquaintance with work safety, occupational health and fire safety, to analyze industrial situations, to analyze accidents happened at the enterprises, injuring cases of workers because of violation of safety regulations. In order to provide due level of specialists’ training during the teaching process of academic discipline it is necessary to use technical, electronic tutorials, posters, schemes, technical regulatory documentation, reference materials, etc.

The program provides some Practical works and laboratory classes for revision of theoretical material and formation of practical skills at pupils in relation to safe working practices.

Control in this discipline provides for execution of midterm evaluation the main forms of which are: test, exam.

The implementation of this academic program shall provide to carry out: test – 1; exam – 1.Testis held within the general budget of time allowed for the discipline

study; exam shall be taken within a special term for midterm evaluation.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.As a result of the academic discipline study students shallknow:- arrangement of workplace protection in an organization (enterprise);- any possible dangerous situations at workplaces;- fire safety requirements of during different work types;- rules of first-aid treatment in case of accidents and other injuries;-technical regulations on workplace protection;- occupational safety standards system;

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- ways of protection against influence of dangerous and harmful industrial factors;

- reasons of industrial injuries and occupational diseases, actions for their prevention;

- main fire protection actions, technical means for fire extinguishing;be able:- to apply provisions of workplace protection regulations during the self-

assertion;- to organize workplace protection work in a site;- to exercise the monitoring of compliance of occupational safety rules and

fire safety in a site;- to use means of individual and collective protection against influence of

dangerous and harmful industrial factors;- to use fire extinguishing means.

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BUILDING MATERIALS AND PRODUCTS

The purpose of this discipline is to form students’ professional competence of in selection of construction materials in accordance with features of their application in buildings and structures.

THE DISCIPLINE SUMMARY

TopicNumber of academic hours

total including Practical works

Introduction 21. Basic properties of construction materials 10 62. Wooden construction materials 43. Natural rock materials 6 44. Ceramic materials and products 6 25.Glass and glass crystalline materials 46. Metallic materials and products 67. Cementing materials 10 68. Concretes 10 4Test 19. Precast reinforced concrete and concrete products and structures 310. Building mortars 8 411. Artificial rock materials and products on the basis of cementing materials 412. Bituminous and tarry cements and materials on the basis thereof 413. Polymer-based Building materials and products 6 214. Heat insulating and acoustic materials 215. Paint materials 2

Total 88 28

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discipline content

Topic content Result Evaluation criteria

IntroductionObjectives and tasks of the academic

discipline “Building materials and products”, its relationship with other specialty disciplines, importance in the system of training of water supply, water disposal and water conservation technicians.

Essence of terms “construction materials” and “construction products”.

Brief history of the manufacture of Building materials and products. Achievements of the national science and technology in the field of creation and implementation of new effective Building materials and products in structures of water supply and disposal systems.

Requirements to quality of construction materials: functional, esthetic and economic ones. Importance of standardization of Building materials and products.

Sets out requirements for quality building products and constructions. Explains the value of standardizing Building materials and products.

Identifies objectives and tasks of the academic discipline. Gives the general idea about its importance in the system of training of specialists.

Discloses the essence of terms “construction materials” and “construction products”.

Distinguishes basic stages of formation of the construction material industry. Gives the general idea about the latest advances of science and technology in the field of creation and implementation of new effective Building materials and products in structures of water supply and disposal systems.

Sets out requirements to quality of construction products and structures. Explains importance of Building materials and products.

Topic 1. Basic properties of building materials

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Topic content Result Evaluation criteria

Use of materials in structures. Properties of materials and their dependence on the design.

Physical properties: density, average density, porosity, void content, water resistance, water permeability, freeze resistance, heat conductivity, heat capacity, fire resistance, fire-proofness.

Mechanical properties: strength and breaking strength, elasticity, plasticity, fragility, impact strength, hardness, abrasiveness, wear.

Special properties: chemical stability, gas and vapor permeability, resistance to penetration of nuclear disintegration emission, acoustic properties.

Knows the physical, mechanical and special properties of building materials and products.

Characterizes physical, mechanical and special properties of Building materials and products. Explains dependence of properties of materials on their structure.

Laboratory work No.1

Determination of average density of different construction materials.

Specifies the average density of various construction materials.

Determines average density of different construction materials.

Laboratory work No.2

Determination of true specific gravity, porosity and water absorption capacity of different construction materials.

Defines the true density, water absorption, and porosity of various construction materials.

Determines true specific gravity, porosity and water absorption capacity of different construction materials.

Topic 2. Building materials made of wood

240

Topic content Result Evaluation criteria

Wood science. Tree structure. Wood species applied in construction. Wood properties. Wood flaws. Protection of wood against decay and ignition. Drying of timber and its storage.

Wooden materials and products; lumber, sawn wood, wood trim, flooring materials, plywood and millwork. Glued structures. Waste-based materials: fiberboard, chipboard, medium density fireboard.

Environmental requirements to wooden materials.

Describes the properties of wood. Distinguishes wood species applied in construction. Identifies methods for increase of wood durability.

Characterizes wood properties. Describes wooden Building materials and products. Sets out environmental requirements to wooden materials.

Topic 3. Natural stone materialsRocks and their classification. Rock

forming minerals. Important types of rocks (volcanic, sedimentary and transformed ones). Mining and processing of natural stone.

Products for foundations and building walls, capstones and facing slabs, architectural construction materials, roofing slates etc. Protection against destruction.

Characterizes the building products made of natural stone materials

Distinguishes classification and important types of rocks, rock forming minerals.

Describes construction products of natural rock materials (products for foundations and building walls, capstones and facing slabs, architectural construction materials, roofing slates etc.).

Laboratory work No.3

241

Topic content Result Evaluation criteria

Determination of types of rocks and minerals in terms of their origin. Investigation of the composition and properties of rocks and minerals, their application fields.

Defines the types of rocks and minerals of their origin. Analyzes the composition, properties and applications of rocks and minerals.

Determines types of rocks and minerals as well as their origin. Analyzes the composition, properties and application fields of rocks and minerals.

Topic 4. Ceramic materials and productsGeneral data about ceramic

materials. Clays, their types and properties.

Classification of ceramic materials and products. General process flow of production of ceramic materials.

Wall materials: ceramic solid, porous and hollow bricks; large wall blocks and panels of bricks and ceramic stones for prefabricated construction, their properties and application field. Ceramic products for façade and inner wall cladding, flooring tiles. Ceramic materials of different purpose. Environmental requirements to ceramic materials.

Ceramic materials and products Identifies ceramic materials and products. Gives the general idea about classification of ceramic materials, general process flow of their production.

Describes wall and facing ceramic materials and products, ceramic materials of different purpose.

Identifies environmental requirements to ceramic materials.

Laboratory work No.4

Estimation of quality of ceramic bricks by way of external examination and measurement. Determination of the

Evaluates the quality of ceramic brick by external inspection and measurement. Defines brand ceramic

Estimates quality of ceramic bricks by way of external examination and measurement. Determines the ceramic

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Topic content Result Evaluation criteria

ceramic brick grade according to results of tests for breaking strength upon compression and bend.

bricks according to the test results on compressive strength and bending strength.

brick grade according to results of tests for breaking strength upon compression and bend.

Topic 5. Glass and glass-crystalline materialsRaw material for glass production.

Glass production technology. Glass properties.

Plate glass types: window, glazing, reinforced, patterned, heat-absorbing and colored glass.

Structural glass products: blown glass building stones, glass units, profiled glass, door leaves, stemalite, glass pipes.

Materials and products made of cast stone material, glass ceramics and slag glass ceramics.

Rules of acceptance, transportation and storage of glass and glassware.

Expresses a general judgement about the raw materials for glass production, glass production technology.

Gives the general idea about raw material for glass production and glass production technology.

Describes glass properties, plate glass types (window, glazing, reinforced, patterned, heat-absorbing and colored glass), structural glass products (blown glass building stones, glass units, profiled glass, door leaves, stemalite, glass pipes). Characterizes glass crystalline materials.

Identifies rules of acceptance, transportation and storage of glass and glassware.

Topic 6. Mineral bindersClassification of cementing

materials. Difference of air and hydraulic cements.

Air cements. Air-hardening lime: raw material for production, production technology, slaking and hardening,

Knows the classification and properties of mineral binders.

Sets out classification of cementing materials. Explains differences of air and hydraulic cements.

Describes production technology, properties, features, use of air-hardening and hydraulic lime, gypsum

243

Topic content Result Evaluation criteria

types and grades, technical requirements to grades. Use in construction.

Gypsum cements. Gypsum building plaster: raw material for production, production technology. Setting and hardening processes, setting retarders and accelerators. Properties of gypsum building plaster. Use of gypsum in construction. High-strength gypsum.

Liquid glass and acid-proof cement: raw material for production, production technology, properties, use in construction.

Hydraulic cements. Hydraulic lime: properties and use. Portland cement: raw material for production, production technology, chemical and mineral composition of clinker, basic properties, sorts and grades. Cement hardening. Corrosion of cement rock and protection measures against it.

Acceptance, transportation and storage of different cementing materials.

building plaster, liquid glass, acid-proof cement, portland cement in construction.

Identifies rules of acceptance, transportation and storage of different cementing materials.

Laboratory work No.5

244

Topic content Result Evaluation criteria

Gypsum paste preparation. Gypsum paste test by way of determination of normal consistency of gypsum paste and its setting times.

Gypsum paste is prepared. Carry out the test plaster by determining the normal density gypsum test and the terms of its setting.

Prepares gypsum pastes. Conducts gypsum paste test by way of determination of normal consistency of gypsum paste and its setting times.

Laboratory work No.6

Portland cement preparation. Construction portland cement test by way of determination of normal consistency of cement paste and its setting times.

Prepare Portland concrete dough. Conducts test of construction of Portland cement by defining normal density cement test and the timing of its setting.

Prepares portland cement paste. Conducts construction portland cement test by way of determination of normal consistency of cement paste and its setting times.

Topic 7. ConcreteTypes and classes of concretes.

Requirements of technological regulations to concrete preparation materials.

Heavyweight concrete: basic properties. Requirements to concrete mixing and curing water. Fillers: sand, gravel and crushed stone, their properties and requirements thereto. Special types of heavyweight concrete.

Lightweight concretes: basic properties (density, heat conduction, freeze resistance, strength) and use thereof. Fillers for lightweight concrete and requirements thereto. Lightweight

Knows the classification of concrete, materials for regulatory requirements for preparation of concrete mixture

Sets out classification of concretes, requirements of technological regulations to materials for concrete preparation. Describes properties of concretes and concrete mix. Explains concrete production technology.

Describes design of concrete composition by the absolute volume method, processes of preparation, pouring and compaction of concrete mix, handling of poured concrete, concrete quality control.

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Topic content Result Evaluation criteria

concretes on the basis of porous fillers.Aerated concretes. Foam and gas

concrete: composition and properties, preparation and use in construction.

Concrete mix properties. Concrete mix placeability (flowability, harshness) and non-delamination; estimation methods thereof.

Design of concrete composition by the absolute volume method. Concrete preparation.

Concrete mix compaction and pouring. Concrete hardening in different conditions and handling of poured concrete. Concrete quality control.

Laboratory work No.7

Calculation of heavyweight concrete composition by the method of Professor B. G. Skramtaev.

Calculates the composition of heavy concrete by Professor B. G. Skramtaev.

Conducts calculation of heavyweight concrete composition by the method of Professor B. G. Skramtaev.

Laboratory work No.8

Preparation of trial mixes. Determination of concrete mix placeability. Manufacture of cube specimens and their testing.

Prepare the concrete mix, determines its workability. Produces samples-cubes and conducts testing.

Prepares concrete mix, determines its placeability. Manufactures cube specimens and conducts their testing.

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Topic content Result Evaluation criteria

Topic 8. Metallic materials and products

Metals and alloys as primary construction materials. General data about metals and alloys.

Ferrous metals. Cast iron and steel production. Marking and schedule of construction steels. Mechanical properties of metals. Hardness of metals. Thermal and thermochemical treatment of steel. Products manufacturing methods.

Use of metals in construction: rolled steel, steel structures, steel fittings for reinforced concrete products, metal tiles.

Rules of acceptance and storage of metallic materials and products. Corrosion of metals and protection measures against it.

Non-ferrous metals and their alloys: use in construction.

Knows the classification and properties of metals and alloys.

Identifies classification and properties of metals and alloys.

Describes metal construction products (rolled steel, steel structures, steel fittings for reinforced concrete products, metal tiles etc.).

Identifies rules of acceptance and storage of metallic materials and products. Gives the general idea about corrosion of metals and protection measures against it.

Test

Topic 9. Precast concrete and concrete construction products and designsReinforced concrete: reinforcement

and production methods.Characterized by reinforced concrete

according to the method of production Characterizes reinforced concrete

according to production and 247

Topic content Result Evaluation criteria

Precast and cast reinforced concrete: importance in construction industrialization. Nomenclature of reinforced concrete parts and structures.

Principles of factory production of precast reinforced concrete products and structures. Technological processes of manufacture of reinforced concrete products.

and reinforcement. reinforcement method.Discloses importance of precast and

cast reinforced concrete in construction industrialization. Describes the nomenclature of reinforced concrete parts and structures.

Identifies principles of factory production of precast reinforced concrete products and structures, technological processes of manufacture of reinforced concrete products.

Topic 10. Construction solutionsClassification of building mortars.Properties of mortar mixes. Mortar

durability.Mortars for masonry and assembly of

prefabricated buildings; finishing mortars, their composition.

Masonry and plaster mortars for winter works, their types and additives. Modified dry mixes “Polimiks”.

Special mortars: waterproof, injection and barium ones.

Mortar preparation. Selection of materials and additives. Requirements to filler and water.

Sets out the classification of building solutions. Describes the properties of dry mortar, mortar strength.

Sets out classification of building mortars. Describes properties of dry mortar mixes, mortar durability.

Characterizes the following mortars: mortars for masonry and assembly of prefabricated buildings, finishing, masonry and plaster mortars for winter works, modified dry mixes “Polimiks”, special mortars (waterproof, injection and barium ones).

Describes mortar preparation. Substantiates selection of materials and additives. Sets out requirements to filler and water.

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Topic content Result Evaluation criteria

Determination methods of flowability of mortar mixes.

Transportation of mortars for construction.

Explains determination methods of flowability of mortar mixes.

Describes transportation of mortars for construction.

Laboratory work No.9

Preparation of mortars. Determination of flowability of mortar mix. Fabrication of control specimens, such as bars.

Prepares solutions. Identifies the mobility of the mortar. Manufactures control samples. Concludes that the properties of solutions of different composition.

Prepares mortars. Determines mortar mix flowability. Fabricates control specimens. Makes a conclusion on properties of mortars with different composition.

Topic 11. Artificial stone materials and products based on mineral bindersClassification of artificial rock

materials.Calcium silicate brick: raw material

for manufacture, production features, technical requirements, application field.

Calcium silicate concretes: composition, manufacturing technology and properties. Calcium silicate concrete products and structures for industrial construction. Aerated calcium silicate concretes.

Gypsum and gypsum concrete products: properties and nomenclature.

Asbestos cement products: raw

Knows the properties, especially production and field of application of silicate, gypsum, gipsobetonnyh, asbestos materials and products.

Sets out classification of artificial rock materials. Describes properties, production features and application field of calcium silicate, gypsum, gypsum concrete, asbestos cement materials and products. Sets out the nomenclature of products and substantiates their use in construction. Characterizes new artificial rock materials based on cement.

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Topic content Result Evaluation criteria

material, production features, basic properties and nomenclature.

New artificial rock materials on the basis of cement.

Topic 12. Tarry bitumen and cementing and materials on their basisBituminous and tarry cements, their

basic properties. Asphalt and tarry concretes and mixes (hot and cold ones).

Roll roofing materials.Roofing gluing mastics. Waterproof

materials: asbestos-base asphalt felt, bitumen rubber membrane, brizol, folgoizol, metalloizol, bituminous fiber glass mat, buterol, levizol.

Sealing materials: their importance and properties. Types of insulating materials.

Describes the properties of bitumen and degtevyh binders, asphalt and concrete and mortar tarry.

Describes properties of bituminous and tarry cements, asphalt and tarry concretes and mixes. Characterizes roll roofing materials, roofing gluing mastics, waterproof materials (asbestos-base asphalt felt, bitumen rubber membrane, brizol, folgoizol, metalloizol, bituminous fiber glass mat, buterol, levizol).

Discloses importance of sealing materials, describes their types and properties.

Topic 13. Building materials and products based on polymersGeneral data about polymer

materials. Properties and composition of plastics (binder (polymer), plasticizer, dye, stabilizer, filler).

Flooring materials: roll materials, tile materials, seamless monolithic coatings.

Knows the features of the materials and products based on polymers

Describes properties and composition of plastics. Analyzes features of polymer-based materials and products: flooring, walling, and construction materials, finishing sheet materials, polystyrene and phenolithic facing tiles, roll materials, molding materials, pipes,

250

Topic content Result Evaluation criteria

Walling materials (structural and finishing ones).

Structural materials (fiberglass plastics, wood laminates): composition, types, size, physical and mechanical indicators, use in construction.

Finishing sheet materials (wood fiberboards and chipboards, wall finishing PVC material “vinisten”, decorative PVC panels “polydecor”, decorative polystyrene panels “polyform”, siding): composition, sizes, surface finishing, use in construction.

Polystyrene and phenolithic facing tiles.

Roll materials (decorative films, washable wallpapers): properties and application field.

Molding materials: floor molding, rails, casings, cornices, angles, louver rods.

Pipes: polyethylene, rigid vinyl-plastic and fiberglass ones. Sanitary ware (key information).

Adhesives and mastics for attachment of finishing materials and gluing of building structures.

adhesives and mastics.Identifies rules of transportation and

storage of polymer-based Building materials and products. Gives the general idea about perspectives of development of production and use of polymer-based Building materials and products, special environmental requirements to polymer construction materials.

251

Topic content Result Evaluation criteria

Rules of transportation and storage of polymer-based Building materials and products.

Perspectives of development of production and use of polymer-based Building materials and products.

Special environmental requirements to polymer construction materials.

Laboratory work No.10

Determination of types, properties and composition of polymer-based construction materials according to external features.

Defines the types, properties and composition of building materials based on polymers on its face.

Determines types, properties and composition of polymer-based materials according to external features.

Topic 14. Heat-insulating and acoustic materialsHeat insulating materials: general

information about properties and grades, classification.

Heat insulating products made of organic materials: wood fiberboards, cork boards, cement fiber mat boards, arbolit boards, peat slabs, reed-fiber mats.

Insulation foams.Inorganic materials (rigid, flexible

and loose ones).Mineral and glass wool products:

Characterize organic and inorganic thermal insulation materials

Distinguishes properties, grades and classification of heat insulating materials.

Characterizes organic and inorganic heat insulating materials, including those of foreign manufacture. Describes nomenclature of acoustic materials.

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Topic content Result Evaluation criteria

foam glass, expanded perlite and vermiculite. Basalt fiber rock wool.

Asbestos and asbestos-based materials: asbestos paper, cardboard, cord, shells.

Heat insulating materials produced by foreign companies.

Rules of packaging, transportation and storage of heat insulating materials and products.

Acoustic materials and products (soundproof, packing and sound absorbing ones): types, requirements thereto, application field.

Topic 15. Paint and varnish materialsTypes, composition and intended use

of paint materials. Colorants: types, properties and application field. Fillers: their types and intended use. Binding substances.

Drying oils (natural, semi-natural, artificial ones): composition, properties and application field. Varnishes (oleo-resinous, synthetic, oil-free, spirit varnishes and polishing liquids, cellulose nitrate varnishes, corrosion-

Describes the types, composition, appointment of paints and varnishes.

Describes types, composition and intended use of paint materials. Characterizes drying oils, varnishes, emulsions, paints, auxiliary and preparative materials, backlining and adhesives for gluing thereof, describes their types, properties and application field.

Gives the general idea about environmental requirements to paint materials and backlining.

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Topic content Result Evaluation criteria

resistant varnishes on the basis of bitumens and sands): properties and application field.

Emulsions: types and composition.Paints: oil paints, acrylic paints and

enamel paints.Auxiliary materials: solvents,

diluents, desiccants, paste fillers, primers, caulking compounds.

Backlining (water-resistant and washable wallpaper): types and application field.

Environmental requirements to paint materials and backlining.

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Directions to study the disciplineThe academic program for the academic discipline “Building materials and

products” (hereinafter referred to as the “program”) provides for study of properties and intended use of Building materials and products, their production technologies and use in the construction practice of water supply and disposal.

Study of the academic discipline “Building materials and products” is based on knowledge gained by students in the course of study of such academic disciplines as “Mathematics”, “Physics” and “Chemistry”. The program training material of the academic discipline “Building materials and products” is the basis for study of specialty disciplines.

It is required to consider the dynamics of development of the construction materials industry, explain the necessity of introduction of advanced structures, products and new effective construction materials into construction based on certain examples in the process of teaching of this academic discipline. When presenting the program training material, attention of students should be drawn to technical laws and regulations that govern properties of materials.

For the purpose of intensification of students’ cognitive activity and development of their creative thinking, it is recommended to apply problem-oriented training methods during classes, conduct simulation exercises and organize excursions to construction exhibits for familiarization with the latest types of construction materials and their production technologies. In order to ensure the appropriate level of training of specialists in the process of study of the academic discipline, it is required to use technical, electronic means of training, posters, diagrams, drawings etc.

The program provides for performance of laboratory classes in order to reinforce theoretic material and form necessary expertise and skills of students.

For the purposes of control of training material learning and formation of the required skills and knowledge the program provides a test with the tasks elaborated by an instructor of the academic discipline and discussed on the meeting of the cycle commission of the educational organization.

Control in the discipline provides for performance of midterm evaluation, basic forms whereof are test and pass/fail exam.

The implementation of this academic program shall provide to carry out: 1 test; 1pass/fail exam.The discipline “Building materials and products” is included into the

comprehensive final evaluation examination in terms of qualifications 140104 2 - Plasterer*, 140105 2 - Painter*, 140124 2 – Universal construction foreman.

Educational organizations shall develop competency-based tasks in a test form within the working academic program.

As a result of study of the academic discipline, students shallknow:

–system of current standards and certification tests in the field of construction materials;

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–main stages of development of the construction materials industry;–perspective areas in the field of production and implementation of new

effective Building materials and products in buildings of water supply and disposal systems;

–environmental requirements to construction materials;–types of raw material and production technology of construction materials;–physical, mechanical and service properties, specifications and application

field of construction materials;–test and quality control methods of construction materials;

be able:–to select construction materials in accordance with their intended use;–to conduct alternative replacement of construction materials under present

circumstances.

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SPECIAL TECHNOLOGYThe purpose of the discipline study is to form knowledge on essence,

procedure, regulations and methods of construction and installation and finishing construction operations of varying complexity accomplishment, workspace and workers’ labor organization, choice of construction machines, hoisting devices, material and technical resources, and safety requirements during the works.

THE DISCIPLINE SUMMARY

Topic Number of academic hours

Introduction 81. Key information on buildings parts and construction operations performance 20Qualification “Plasterer”1. Plaster work technology 84Qualification “Painter”2. Painting work technology 83Test 1Qualification “Multiskilled master-builder”3. Facing works technology 104. Installation technology of frame-inlaid structures 105. Reinforcing works technology 106. Woodworks and concrete works technology 107. Stoneworks and stove works technology 148. Installation works technology 109. Sling works technology 9Test 110. Welding works with the help of manual arc welding 10

Total 280

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CONTENT OF THE DISCIPLINEContent of the topic Result Evaluation criteria

IntroductionPurposes and objectives of the

discipline “Special technology”, its connection with other academic disciplines.

Significance of construction and construction industry for the economic complex of the Republic of Kazakhstan, the industry development perspectives.

Significance of the profession for the construction operations, perspectives of its development.

Labor and technical discipline, role of professional skills in provision high quality construction operations.

Introduction into professionally qualified characteristics and academic program.

Expresses a general judgement about the aims and objectives of discipline, the main directions of the development of the construction industry.

Expresses basic judgement for the purposes and objectives of the discipline, main directions of construction industry development, requirements of professionally qualified characteristics, concepts of labor and technical discipline, role of professional skills in provision high quality construction operations.

Topic 1. Basic information about the parts of buildings and construction worksClassification of buildings and

facilities. General concept of buildings and facilities. Basic requirements, placed on them: compliance to the purpose and operation requirements, strength, steadiness, durability, fireproof.

Classification of buildings and

Explains the basic requirements for buildings and facilities.

Can explain basic requirements, placed on buildings and facilities.

Describes buildings and facilities according to main features, parts of buildings.

Can explain the essence of buildings module, unification and typification, basic buildings parameters,

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Content of the topic Result Evaluation criteriafacilities according to functional purpose, number of storeys, solidity, space-planning solution and constructive solution.

Basic parts of a building.Concepts of buildings module,

unification and typification.Buildings and facilities

architecture.Main kinds of construction

operations.Material shandling works

their construction schemes.Expresses basic judgement for the

significance of buildings and facilities architecture, main kinds of construction operations.

Topic 2. Plastering technologyPlaster works, their purpose,

kinds, classification, materials. Surface preparation for plastering. Plaster layers: purpose, thickness, sequence of application by manual and mechanic method. Surfaces plastering technology: simple, improved, scrids plastering. Technology of decoration and special plasters accomplishment. Tools, equipment, appliances for plaster works, work platforms and trestlework. Repair technology of plastered surfaces. Front plastering technology. Performance of plaster works in winter. Quality control of plaster works.

Knows the technology of plasterworks

Classifies plasters, describes materials, surface preparation, surfaces plastering technology, technology of decoration and special plasters accomplishment, front plastering technology, repair technology, quality control.

Develops workspace organization, requirements to work safety.

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Content of the topic Result Evaluation criteriaWorkspace organization.

Requirements to work safety.Topic 3. Painting work technology

Painting works, area of their application. Kinds of painting finishing. Painting solutions. Surface preparation for painting. Surface painting technology with different painting solutions. Front painting technology. Painting of a front and its elements by manual and mechanic method. Tools, appliances, equipment for painting works. Kinds of finishing roll materials, surface preparation for lining. Surfacelining technology with roll materials. After operational and finishing quality control of works performed. Repair technology of painted surfaces.

Workspace organization. Requirements to work safety during painter.

Knows the painting technology

Describes kinds of painting finishing, painting solutions, and finishing roll materials, surface preparation for painting and lining, surfaces, facades painting technology, surface-lining technology with roll materials. Develops quality control, repair technology, workspace organization, and requirements to work safety.

TestTopic 4. Painting work technology

Facing works, area of their application, materials. Preliminary preparation of materials. Templates, appliances, mechanisms, used while

Knows the facing technology

Describes facing works, materials, surface preparation, facing works technology, flooring solution, sequence of processes accomplishment, repair

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Content of the topic Result Evaluation criteriapreparation of materials for facing works. Surface preparation technology for facing works and flooring. Tools, appliances, equipment for preparation of a solution, screed coat, waterproof finishing. Defects of preparations, screed coats, waterproof finishing, methods of defect elimination. Installation of inlaid floor technology. Facing of surfaces with tiles and natural stone materials tiles technology: preparation, bringing to uniform surfaces, marks installation. Vertical surfaces facing works with joints coming into line, in a staggered order, diagonally, tuck and pat pointing. Repair technology of inlaid floor and faced surfaces.

Workspace organization. Requirements to work safety during facing works.

technology of faced surfaces, quality control. Develops workspace organization, requirements to work safety.

Topic 5. Installation technology of the skeletonized-sewing constructions

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Content of the topic Result Evaluation criteriaSurface preparation for different

kinds of finishing. Techniques and rules of surfaces laying out, frames spatial altitude. Purpose and installation order of corner protectors. Joints coupling technology for different structures with a frame. Kinds and purpose of profiles, rules of their attachment, materials and appliances used for attachment. Rules and methods of metal elements and wood frames cutting.

Purpose, properties and rules of use of jointing materials. Kinds of sheet materials, their technic properties, basic differences and fields of application. Surfaces facing with sheet materials. Quality control.

Workspace organization. Requirements to work safety.

Characterises the technology of the skeletonized-sewing constructions.

Describes facing works, materials, surface preparation, installation technology of frame-inlaid structures, sequence of processes accomplishment, quality control. Develops workspace organization, requirements to work safety.

Topic 6. Reinforcing work technologyReinforced concrete construction

and reinforcing works background. Classification of reinforcing according to the kind of material, mechanical properties, manufacturing technology, purpose and mode of operation. Reinforcing products. Kinds of jointing of reinforcing products into separate

Describes the technology and organization of production of reinforcing works, quality control.

Classifies reinforcing according to its kinds. Describes reinforcing products, kinds of jointing, maintenance of project position of reinforcing, pre-stressed concrete reinforcing technology. Develops technology and organization of reinforcing works performance, quality control.

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Content of the topic Result Evaluation criteriareinforcing construction. Maintenance of project position of reinforcing and thickness of protective concrete layer. Pre-stressed concrete reinforcing structures technology. Technology and organization of reinforcing works performance at the building area. Quality control of reinforcing works.

Topic 7. Carpentry-concrete works technologyWoodworks and concrete works

back ground. Composition of complex technological process of solid flooring. Purpose of timbering and requirements, placed on it. Kinds of timbering, area of its application. Modern types of timbering. Manufacturing of wood details, products and structures of timbering.

Characterises the production technology of carpentry-concrete works technology.

Describes composition of complex technological process of solid flooring. Describes kinds of timbering, technology and organization of timbering works.

Quality control of timbering, timbering work organization. Preparation and transportation of concrete mix. Methods of concrete mix delivery to the place of concrete deposit. Concrete mix deposit and compaction. Solution for working joints. Concrete technology for different structures.

Concrete maturation and curing. Dismantling of structures. Peculiarities

Develops methods of concrete mix delivery to the place of concrete deposit, concrete mix deposit and compaction, concrete technology for different structures, concreteprocess in winter conditions, quality control methods of concrete and reinforced concrete works. Develops workspace organization, requirements to work safety during woodworks and concrete

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Content of the topic Result Evaluation criteriaof concrete and reinforced concrete works technology in winter. Quality control of concrete and reinforced concrete works. Workspace organization. Technical documentation; provision of safety requirements during woodworks and concrete works.

works.

Topic 8. Technology of stone and the oven worksStoneworks in construction.

Materials for stonework. Kinds of stonework. Rules of stonework cutting. Binding of stones systems. Brick, rubble and rubble concrete stonework technology. Stonework of beams. Stonework of lightweight structures walls. Stonework with hollow stones, small blocks, with walls facing. Waterproof finishing of stone structures. Repair and reconstruction of stone structures. Tools and appliances for stonework, work platforms, trestlework. Labor and workspace organization for a stone setter. Peculiarities of stoneworks performance in winter.

Stoneworks technology and organization in a complex with gathering structures installation. Technical documentation for stoneworks

Describes the technology of stone and the oven works.

Describes kinds of stonework. Rules of stonework cutting, works performance technology, labor organization, peculiarities of stoneworks performance in winter. Describes composition of lower courses and fundaments for stoves and chimneys, construction of stoves, fireplaces and chimneys. Develops stoves, fireplaces and chimneys lining technology. Shows quality control of stone and stoves works. Develops workspace organization, requirements to work safety.

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Content of the topic Result Evaluation criteriaperformance.

Stove composition background. Composition of lower courses and fundaments for stoves, chimneys. Construction of stoves, fireplaces and chimneys. Stoves, fireplaces and chimneys lining technology. Working out of stoves, kitchen fireplaces, flues and chimneys. Operation and repair of stoves.

Quality control of stone and stoves works. Workspace organization. Safety requirements during stone and stoves works.

Topic 9. Technology of installation works

Technological process of installation construction structures installation background. Locksmith works. Preparation of construction structures for isolation and installation.

Appliances for temporary fastening and checking of structures, trestlework, ladders and work platforms. Rigging works. Installation mechanisms. Installation elements of reinforcing structures: fundaments, fundamental beams, columns, crane girders, roof

Know the technology of installation works.

Describes the installation of construction structures process. Describes rigging appliances, installation mechanisms, installation joints, installation of different structures technology, and quality control of installation procedure. Forms safety requirements during installation works.

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Content of the topic Result Evaluation criteriabeam and roof beams (farms) coverage, columns and beams high-rise buildings, slabs and coverings, staircases and marches, wall panels. Installation of the elements of metal structures; columns, crane beams, headers and beams high-rise buildings, farms and other elements of the coatings. The device connections concrete and metal structures, sealing and sealing of joints. Manufacturing and installation work under special conditions. Peculiarities of installation structures in winter. Quality control of installation works. Workspace organization. Safety requirements during installation of construction structures.

Topic 10. Technology of hand strapping works

The main types of simple, middle complexity and complex cargo. Basics of lifting cranes. Load-handling devices. Rigging, linking the main types of simple, middle complexity and complex cargo for lifting, moving and stacking.

Quality control. Requirements to work safety.

Characterises the hand strapping works technology

Develops information about the types of simple, middle complexity and complex cargo cranes. Describes handling devices, slinging loads of different types, quality control, safety requirements.

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Content of the topic Result Evaluation criteriaTopic 11. Welding manual arc welding

Classification of welding and their field of application. Welded joints and seams. Machine details resistance welding. Information about the manual arc welding. Technology of manual arc welding. Auxiliary services for welding of reinforcing mesh and frameworks on resistance welding machines. Welding of reinforcing mesh and frameworks on the welding. Welding work on the machine and contact butt-welding. Resistance Welding Technology, its types. Quality control of welded seams and joints. Workplace organization. Safety requirements during welding.

Calls the technology manual electric arc welding, organization, quality control.

Describes types of welding, weld joints and seams. Covers technology manual arc, resistance welding, and organization of quality control. Communicates workplace organization, safety requirements during welding.

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Directions to study the disciplineThe discipline program “Special technology” provides the students’

knowledge to be recieved about the technology of construction and finishing works in the construction of civil, industrial and agricultural buildings and structures, methods and processes for the production of works on the organization of the workplace and of the workers, the choice of construction machinery, lifting tools, material and technical resources of the safety requirements to works and environment.

The discipline study is based on students’ knowledge obtained as a result of study of the disciplines “Building materials and products”, “Fundamentals of engineering drawing”, “Occupational safety”.

When teaching the program material it is necessary to take into account the provisions of technical regulations in the field of construction technologies, modern science and technology, best practices in the field of construction.

In the educational process, it is necessary to use technical training aids and visuals. In order to broaden students’ horizons and obtain new information on modern construction it is recommended to arrange excursions to construction sites, exhibitions.

Control in this discipline involves carrying out of interim attestation, the main forms of which are: test, exam, testing.

A test shall be carried out within the total time budget, allowed for the discipline study, exam – in the terms specified for interim attestation.

Educational organizations shall develop competency-based tasks in a test form within the working academic program.

As a result of the discipline study a student shallknow:– buildings and facilities classification, basic parts of a building;– basic and auxiliary processes of performance finishing construction

operations;– essence, procedure, rules and methods of carrying out plastering, painting,

facing, stone and stove, reinforcing, wood and concrete, installation, riggering and welding works varying complexity;

– peculiarities of technological process of plastering, painting, cladding, stone and masonry oven, reinforcement, concreting, installation, strapping, welding;

– rational organization of workplaces and working conditions of workers;– rational selection of tools and equipment;be able to: – read and apply technical documentation;– organize workplaces and work;– ensure compliance with safety regulations, fire safety, industrial hygiene;– provide environment protection.

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CONSTRUCTION OF BUILDINGS AND FACILITIES

The discipline purpose is to study general information about buildings, types and structures of civil and industrial buildings, to learn design methods of civil and industrial buildings.

THE DISCIPLINE SUMMARY

Section, topic

Number of academic hourstotal includin

g Practical works

Introduction 1Section 1. General information on buildings and constructions 51.1. Buildings classifications and basic parts of buildings 11.2. Fundamentals of construction heat engineering, building acoustics, lighting engineering 2

1.3. Principle elements and structural scheme of civil buildings 2Section 2.Structural concepts of parts for civil buildings 282.1. Substructure and foundation 4 22.2. Walls and frameworks 42.3. Floor structures and floors 4 22.4. Separation partition 22.5. Windows and doors 6 22.6.Roofs and roofing systems. 4 22.7. Staircases 2Section 3. Types of civil buildings 203.1.Monolithic buildings 23.2. Large panel structure 6 43.3. Buildings from volumeunitized units 23.4. Wooden buildings 23.5. Construction sanitary and engineering installation units of buildings 2

3.6. Principal design provisions for civil buildings 4Test No. 1 2Term Paper 30Section 4 Constructive solutions of industrial buildings parts 384.1. Characteristics of industrial buildings 2

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4.2. Foundations and foundation beams 4 24.3. Industrial buildings ferroconcrete frameworks 10 44.4.Steel structures of single-floor industrial buildings 44.5. Walls 4 24.6.Surface finish systems, lanterns 24.7. Windows, doors, gates 24.8.Separation partitions, floors, other structural components of industrial buildings 2

4.9.Principles of industrial buildings design 24.10. Industrial agricultural building structures 24.11. Constructional features of buildings erected in special geological engineering conditions 2

Test No. 2 2Practical exercise lesson 16 16TOTAL: 136 36

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Goals, tasks and subject of the discipline, its connection with other disciplines and importance in training of the technician finisher.

Concept of industrialization of construction. Concept of unification, standardization and modular coordination of sizes in construction.

Expresses a general judgement about the goals, objectives and subject discipline, on the harmonization, standardization and modular coordination in building sizes.

Expresses the general judgment about goals, tasks and subject of discipline, about unification, standardization and modular coordination of sizes in construction.

Section 1 Overview of civil and industrial buildingsTopic 1.1. Classification of buildings and major parts of buildings

Classification of buildings under purposes (civil, industrial and agricultural); number of storeys; heating; durability; fire resistance degree; material and design of external walls; a way of construction; prevalence degree (mass construction, unique).

Criticality level of a building. Requirements to civil and

industrial buildings.

Sets out the classification of buildings requirements.

Distinguishes buildings and constructions, expresses the general judgment about modular coordination sizes in construction, about a critical level of buildings, about industrialization of construction.

Clarifiers the classification of buildings, requirements to them.

Topic 1.2. Basics of construction of heat engineering, acoustics, lightingHeat engineering requirements to

enclosure structures. A heat transfer and temperature in enclosure structures.

Calls constructive activities, providing enough soundproofing in rooms

Discloses the essence of heat engineering requirements.

States judgment about the sound 271

Content of the topic Result Evaluation criteriaInfluence of moisture on quality of .enclosure structures

Sound nature. Concept of acoustic isolation. Constructive actions providing sufficient acoustic isolation in rooms. Concept of light and illumination. Design of natural lighting. Coefficient of natural lighting.

nature, about the acoustic isolation, about light and illumination.

Specifies the constructive actions providing sufficient acoustic isolation in rooms

Topic 1.3. Main elements and constructive schemes of civil buildingsConstructive elements of civil

buildings, their functional purpose.Constructive schemes of buildings

(with longitudinal and cross walls bearing, with a full and incomplete framework, etc.). Economic importance of constructive elements in a total cost of a building.

Spatial arrangement of building, spatial arrangement elements of a building.

Binding of constructive elements to coordination axes. Catalogs of standard construction designs, products and knots, albums of working drawings, State All-Union standard.

Technical and economic assessment of the decisions made.

Constructive systems of buildings:

Explains the purpose of constructive elements of civic buildings.

Explains a functional purpose of constructive elements of civil buildings.

Discloses the essence of constructive systems and schemes of buildings, methods of ensuring spatial rigidity of frame buildings.

Describes spatial arrangement parameters of buildings and types of sizes of their constructive elements.

Defines constructive systems and schemes of buildings

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Content of the topic Result Evaluation criteriaFrameless and frame.

Ensuring spatial rigidity of frame buildings.

Section 2. Constructive solutions to parts of civil buildingsTopic 2.1. Bases and foundations

Natural and artificial bases.Requirements to the bases: an

adequate load-carrying capacity, small and equal modulus of compression, non-heaving properties, non-erosional features and insolubility by underground waters, Inadmissibility of sagging, falling-in of bank, not crawling.

Types of soil. Ways of strengthening of soil.Foundations, their elements.

Requirements to foundations. Footing depth of the foundations.

Classification of the foundations by constructive schemes, material, kind of work, ways of the device, footing depth.

Constructive solution of a subsurface foundation slab: tape, column (separate), massive.

Base beams, their purpose. Continuous base plates, area of their application

Knows types of bases and requirements, says a general judgement about the kinds of soils, bases, how to strengthen the soil.

Specifies types of the substructures and Requirements to them, states the general judgment about types of soil of substructures, ways of strengthening of soil.

Specifies elements of foundations and requirements to them.

Describes the types of foundations, factors influencing footing depth of the foundations.

Covers the constructive solution of the foundations.

States the general judgment about cellars, technical undergrounds, blind areas, and areaway.

Reads foundation drawings, develops protection places of underground part of buildings against dampness and soil.

States the general judgment about special engineering-geological conditions of construction, about design features of buildings built on collapsible

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Content of the topic Result Evaluation criteriaConstructive solution of the pile

bases: one-pile, pile tape, pile separate (bush), pile field.

Technical and economic assessment of the foundation.

Protection of underground part of buildings against dampness and ground waters (waterproofing anticapillary and antipressure head).

Cellars, technical undergrounds, blind areas, areaway, their purpose and designs.

Special engineering and geological conditions of construction.

Types of collapsible soil, area of their distribution. Constructive measures of increase of spatial rigidity of buildings built on collapsible soil.

Permanently frozen soil, areas of their distribution. Design features of buildings built on permanently frozen soil.

and permanently frozen soil in seismic countries.

Practical work No. 1Constructive solution of

foundations of a civil buildingCalculates and constructs the

foundation of a dwelling houseCalculates and design a civil

building foundation.Topic 2.2. Walls and frames

Walls, their classification by a location in the building, kind of work,

Describes the types of walls, requirements and elements of a laying,

Describes types of walls, requirements to them and laying

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Content of the topic Result Evaluation criteriamaterial, a design and ways of construction. Requirements to walls.

Architectural and constructive elements of walls: plinth wall, drop apron, barrier wall, applied column, separation wall, breastplate etc. Balconies, recessed balconies, bay windows. Balconies, their forms, sizes, constructive decision. Balconies protection. Bay windows, their types, design features. Design of recessed balconies.

Dilatation jointsDesign features of walls in

seismic areas. Laying and its elements (exterior

tier, back-up wall, open joint, stretcher course, header course). Determination of thickness of brick walls with 1; 1,5; 2; 2,5 bricks, etc.

Advantages and disadvantages of a continuous laying.

Facilitated walls from bricks. Walls from an equal stone, a tufa,

a shelly soil, hand-formed brick, phreatic blocks.

Design of external walls from small-size elements. Three-layer layings

advantages and disadvantages of solid masonry, architectural and structural elements of the walls, the construction of the brick pillars.

elements, advantages and disadvantages of a continuous laying, architectural and constructive elements of walls, and designs of brick pears. Specifies forms, sizes, and balconies constructive solution. States the general judgment about bay windows and recessed balconies.

Determines thickness of brick walls, proves a wall binding from the small size elements to building coordination axes, projects different types of thermal insulation of outside walls, reads drawings of run bearing knots on a stone laying.

States the general judgment about walls from large blocks and design features of large-block buildings.

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Content of the topic Result Evaluation criteriaon rigid, flexible and fiberglass compounds. A wall binding from small-size elements to coordination axes.

Some special designs of civil buildings: elevator wells, lift motor rooms, rubbish chute, exhaust ducts, exhaust and gas flues.

Types of exterior and internal finish of walls

Technical and economic comparisons of stonewalls.

Walls from large blocks, their cutting. Design features of large-block buildings.

Framework elements: brick piers and ferroconcrete beams. Bearing knots of beams on a stone laying

Arrangement of thermal insulation of outside walls: easy and heavy plaster warming systems; ventilated warming systems; warming systems based on monolithic heaters and complex materials; warm systems with placement of a heater on an internal plane of a wall.

Walls from cellular-concrete blocks.

Topic 2.3. Ceilings and floorsFloor structures, their Sets out the slab and classification Clarifies the floor structure

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Content of the topic Result Evaluation criteriaclassification by a location in a building, by material of a bearing elements, a design, and ways of the arrangement. Requirements to floor structures.

The constructive solution of the precast concrete floor from hollow core slabs and slabs of non-constructional form: sealing of joints between slabs, an upstand of slabs to walls, bearing knots on carrying walls, an anchoring system.

Monolithic floor structures, their constructive solutions and area of application.

Features of the constructive solution of floor structures over undergrounds and cellars, under "wet" rooms, garret floor.

Floor structures on ferroconcrete, wooden and steel beams.

Technical and economic indicators.

Floor structure constructive solutions at the restoration and the reconstruction

Floor elements. Floor classification according to the way of the arrangement, covering material, type of the primary structure, underground

requirements, describes the design of prefabricated concrete slabs of hollow core slabs and slabs forming the formless, highlights the constructive solution of slabs over undergrounds and basements, under the “wet” areas of garret floor.

classification and requirements to them, describes the constructive solution of the precast concrete floor from hollow core slabs and slabs of non-constructional form, and covers the constructive solution of floor structures over undergrounds and cellars, under "wet" rooms, garret floor.

Reads drawings of bearing knots and anchoring of plates of building ping on carrying walls, adjunctions of plates to non-bearing walls.

States the general judgment about a suspended ceiling design.

Specifies floor elements, requirements and types.

States the general judgment about a design of floors.

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Content of the topic Result Evaluation criteriadesign. Requirements to floors.

Floor designs: wooden (timber, parquet), from wood-shaving plates, from synthetic materials, from a stoneware tile, mosaic, poured base, etc.

Practical work No. 2Panels’ selection of external and

internal walls, plates of large-panel building concrete floor slab, implementation of elements general lay-out.

Reading drawings of elements bars joint of a large-panel building.

Selects panel exterior and interior walls, floor slabs and performs the schema location reads drawings nodes connect elements of large buildings.

Selects external and internal walls panels, concrete floor slab and carries out schemes of their arrangement, reads elements bars joint of a large-panel building.

Topic 2.4. PartitionsSeparation partitions’

classification and requirements to them.Separation partitions’ designs

from small size, large-panel gypsum, plasterboard elements, large-panel, from glass blocks, etc. Wooden separation partitions, their design. Separation partitions from profile glass, glass blocks. Main measures for sound insulation at separation partition installation and fastening. Separation partition resting on the concrete floor slab. Adjunction to walls and ceiling.

Reads blueprints nodes bearing partitions on overlapping and adjacent to walls and the ceiling.

Specifies types of separation partitions and requirements to them, states the general judgment about different types separation partitions’ design.

Reads drawings of separation partitions’ resting knots on the concrete floor slab and adjunctions to walls and a ceiling.

Topic 2.5. Windows and doors278

Content of the topic Result Evaluation criteriaTranslucent structures (windows),

requirements to them. Window fillings’ elements.

Windows classification by a location in the building, by shutters’ quantity, on a way of their opening, on ranks’ number of a glazing, by the form translucent material, on material of covers etc. Window openings filling. Installation and fastening of window blocks in wallfilled-in panels.

Window furniture. Shop-windows, stained-glass windows, lanterns.

Doors, their classification and requirements to them. Door elements of the door block. Installation and fastening of door blocks in wall filled-in panels and partitions. Types of door leaf. Fire-resistant doors and hatches. Door furniture.

Reads the drawings of nodes of setup blocks in apertures.

Explains requirements to translucent structures and doors, states their classification, and describes elements of window and door blocks.

Reads drawings of installation knots of blocks in wall filled-in panels.

Specifies window and door furniture, distinguishes shop-windows, stained-glass windows, lanterns.

Practical work No. 3Development of the window and

doorways constructive solution in brick walls

Selects the jumpers for window and door openings in brick walls

Selects crossing points for concrete floor slab of window and doorways in brick walls

Topic 2.6. Roofs and roofingRoofing systems (roofs), their

types and requirements to them.Square roofs, their elements.

Describes the types of coverings (roofs) and requirements and the assignment of elements, roof sloping

Describes types of roofing systems (roofs) and the requirement to them, purpose of square roofs elements,

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Content of the topic Result Evaluation criteriaConstructive elements of single

roofs. Roof windows. Heat insulation of square roofs (with full and incomplete roof frameworks’ isolation, with open roof frameworks).

Suspended ceilings’ designs. Roofs, requirements to them.

Roofing systems of square roofs. A water disposal from square roofs.

The constructive solution of combined roofs with direct placement of layers (non-aerated open roofing systems). Rolled and mastic roofs. Strengthening of a water insulating carpet in characteristic places (a roof adjunction to barrier wall and drop apron, in the roof valleys, on the fastigium, in installation sites of rainwater funnels). A water disposal system from flat roofs.

The constructive solution of ventilated (two-shell) roofs.

Roofs of a separate design with a warm and cold attic floor.

The constructive solution of roofs operated for foot and automobile loadings.

The roof constructive solution

roofs, combined coatings, roofs of separate construction with warm and cold loft.

and the combined roofing systems, roofs of a separate design with a warm and cold attic. Explains the constructive solution of roofs, ways of the water disposal system arrangement.

Reads drawings of parapet and eaves gutter knots.

Explains the constructive solution of the operated and inversion roofs, roofs with planting.

States the general judgment about large-span shells.

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Content of the topic Result Evaluation criteriawith planting and inversion (overturned) roofs.

Roofing system (roof) protections and exits to it.

Large-span shells.Practical work No. 4

Development of a square and a flat roof design. Implementation of the roof’s plan.

Constructs a pitched roof of a low-rise apartment house. Calculates and constructs a drainage with combined roof

Designs a square roof of a low-rise domestic building. Calculates and designs a water disposal system from the combined roof

Topic 2.7. StairsStaircase extensions.

Classification of staircases to destination, to number of marches, arrangement, material, way of production, conditions of fire safety. Requirements to staircases. Elements of staircases: marches, platforms, protections

Combined ferroconcrete staircases from large-and small-size elements. Monolithic ferroconcrete staircases. Wooden staircases. Determination of overall dimensions of staircases.

External entrances. Descents to the cellar.

Other intermedia between floors: elevators, ramps, escalators.

Calculates the dimensions of the stairwells.

Explains purpose of a staircase extension, states classification of staircases, describes their elements and requirements to staircases.

Describes combined ferroconcrete staircases.

Calculates overall dimensions of staircases.

Specifies other intermedia between floors.

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Content of the topic Result Evaluation criteriaSection 3. Types of civil buildings

Topic 3.1. Monolithic buildingTypes of monolithic buildings,

their constructive systems.Constructive solution of

monolithic walls, monolithic, combined and monolithic and combined concrete floor slab, underground part and other elements of monolithic buildings.

Monolithic buildings with polystyrene foam shuttering elements.

Describes the types of monolithic buildings, their constructive systems and elements

Describes kinds of monolithic buildings, their constructive systems and elements. States the general judgment about a design of the monolithic building with polystyrene foam shuttering elements.

Topic 3.2. Large-panel building

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Content of the topic Result Evaluation criteriaConcept of large panel structures,

their advantages and disadvantages. Ensuring spatial rigidity.

Constructive schemes: with longitudinal bearing walls, with a small step of cross walls, with the big and (or) mixed step of the bearing cross walls. Cutting of large-panel walls. Types of external and internal wall panels;

their binding to coordination axes of a building.

Constructive solutions of a concrete floor slab, underground part, partitions, staircases and other elements of large-panel structures.

Constructive solutions of interface knots for elements of large-panel structure.

Explains the advantages and disadvantages of large buildings.

Explains advantages and disadvantages of large-panel structures.

Knows constructive schemes, walls cutting, types of wall panels, constructive decisions of underground part, concrete floor slab, partitions, staircases and other elements of large-panel structures, constructive solutions of interfaces knots for elements of large-panel structure, ensuring spatial rigidity.

Practical work No.5Selection of panels of external and

internal walls, concrete floor slab plates. Implementation of their arrangement’s schemes. Reading large-panel buildings knots.

Selects the component parts of the large building. Performs the schema of large buildings. Reads sites

Selects constructive large-panel structure elements. Carries out large-panel structure schemes. Reads knots

Topic 3.3. Building of three-dimensional spatial blocksConcept of volume unitized units.

Classification of units; joints.Constructive schemes of buildings

Characterizes the building of volumetric-spatial units, describes their constructive scheme.

Explains the essence of buildings from volume unitized units, describes their constructive schemes. Classifies

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Content of the topic Result Evaluation criteriafrom volume unitized units. volume unitized units, reads knots of

their jointsTopic 3.4. Wooden buildings

Classification of wooden buildings: timbered, stacked, panel board, frame, frame and panel board. Area of their application, advantages and disadvantages.

The constructive solution of buildings from logs, bars. A concrete floor slab design on wooden beams, wooden ladders, the foundations and other elements of wooden buildings.

Industrial wooden buildings

Knows the types, scope, advantages and disadvantages of wooden buildings.

Specifies kinds, a scope, advantages and disadvantages of wooden buildings. States the general judgment about the constructive solution of elements of wooden buildings.

Topic 3.5. Building elements of plumbing and engineering equipment of buildingsSmoke and ventilating channels,

their location in buildings walls. Added ventilating blocks. Refuse chutes, their constructive decision and a location in the building. Three-dimensional utility blocks. Lift mines. Openings in construction elements for the admission of engineering networks.

Knows building elements of plumbing and engineering equipment of buildings

States concepts about smoke and ventilating channels, their location in buildings walls; added ventilating blocks; refuse chutes, their constructive decision and a place in a building; three-dimensional utility blocks; lift mines; openings in construction elements for the admission of engineering networks.

Topic 3.6. Main provisions of the design of civil buildingsProject documentation is a basis

for construction. Development stages of project documentation are architectural project, construction project.

Describes the project documentation and the stage of its development.

Describes project documentation and stages of its development. States the general judgment about individual, experimental, serial and standard design,

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Content of the topic Result Evaluation criteriaIndividual, experimental, serial

and standard design. Binding of standard projects to

local conditions.Technical and economic

indicators of design decisions.Design of civil buildings taking

into account a climatic factor, insolation and ventilation.

Civil buildings location in the territory of settlements, spacing’s of buildings, the creation of living environment, roads and entrances. The overall plan.

Classification of civil buildings. Space-planning solutions of residential apartment buildings (section, corridor, gallery, etc.).

Classification of civil buildings under purpose. Space-planning solutions of public buildings (corridor, enfilade, screen, etc.).

Calculation of the areas and total structural volume of civil buildings. The overall plan of a site. The arrangement of design and maintenance of project documentation for abuilding capital repair.

about a binding of standard projects to local conditions. Explains an order of placement of civil buildings in the territory of settlements, describes space-planning solutions of residential and civil buildings.

Calculates the areas and a total structural volume of civil buildings.

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Content of the topic Result Evaluation criteriaSection 4. Constructive solutions to parts of industrial buildings

Topic 4.1. Characteristic of industrial buildingsClassification of industrial

buildings. Main requirements imposed to them.

Constructive elements of single-storey industrial buildings with a combined ferroconcrete framework, their functional purpose.

Parameters of the space planning decision (width of span, footstep, grillage, floor height).

Unified dimensional schemes of single-storey industrial buildings with a combined ferroconcrete framework.

Hoisting-and-transport equipment, binding of sub crane ways to coordination axes.

Calculation of the areas and total structural volume of the one-storey industrial building.

Sets out the classification of industrial buildings, requirements to them.

States classification of industrial buildings, requirements to them. Explains a functional purpose of constructive elements, ensuring spatial rigidity of combined ferroconcrete frameworks of single-story industrial buildings, parameters of their space-planning decision.

States the general judgment about the unified dimensional schemes, hoisting-and-transport equipment.

Calculates areas and a total structural volume of the single-storey industrial building.

Topic 4.2. Foundations and foundation beamsTypes of the foundations. Overall

dimensions of the monolithic column foundations under columns.

Seal of columns in foundations glasses. Columns resting on edge of a foundation with continuous foundations

Explains the appointment of foundations, provides foundation classification, describes the rules for columns in socket-type footing.

Explains purpose of the foundations, states the classification of the foundations, and describes rules of seal of columns in foundations glasses.

States the general judgment about purpose and types of foundation beams,

286

Content of the topic Result Evaluation criteriaof column.

Foundation beams, their purpose and types, foundation resting.

Foundations under the production equipment..

about the foundations under the production equipment.

Practical work No. 6Calculation of overall dimensions

of the monolithic column foundations under columns, foundation beams of single-storey industrial buildings.

Selection of their brands according catalogues.

Performance of a binding to building coordination axes.

Calculates the dimensions of monolithic column bases under the columns, Foundation beams, selects their brands through catalogues, binds to the focal axes of single-story industrial buildings.

Calculates overall dimensions of the monolithic column foundations under columns, foundation beams, selects their brands according catalogues, carries out a binding to coordination axes of single-storey industrial buildings

Topic 4.3. Reinforced concrete structures of industrial buildingsFerroconcrete frameworks of the

single-storey industrial building, its elements.

Columns, their types. Rules of a binding of columns to coordination axes. Device and types of deformation seams.

Sub crane beams, their purpose and types. Sub crane beams resting on the columns console.

Roof framework and sub roof framework beams and farms, their purpose and types, resting on columns and at each other.

Describes structural elements of prefabricated concrete frames of single-story industrial buildings.

Describes constructive elements of combined ferroconcrete frameworks of single-storey industrial buildings, explains their types, interrelation, a binding to coordination axes of a building.

Reads drawings of connection knots of framework elements.

Describes types, explains a scope, space-planning parameters, elements, covers ensuring spatial rigidity of the multistoried combines industrial buildings ferroconcrete frameworks,

287

Content of the topic Result Evaluation criteriaKinds of combined ferroconcrete

frameworks: with frame and flat slab constructions, with an identical columns grid on all floors, with the top floors with the increased flights. Area of their application.

Space-planning parameters of buildings with frame slab constructions. Basic elements of a multistoried framework: columns, foundations, crossbars, concrete floor slabs, stair scales. Ensuring spatial rigidity of a framework.

Crossbars resting on the console of columns, concrete floor slabs on crossbars, a columns joint on height. Design features of buildings with flat slab constructions.

Technical and economic indicators of industrial buildings frameworks.

connections knots of framework elements.

Practical work No. 7Constructive solution of the

precast ferroconcrete staircaseConstructs a stairwell team

reinforced concrete stairs. Draws nodes bearing the flight on the pad

Designs staircase extensions of a precast ferroconcrete staircase. Draws resting knots of stair flight on a platform

Topic 4.4. Steel construction single-storey industrial buildingsBasic elements of a steel

framework: columns and their types, an Expresses a general judgment

about the main elements of the steel States the general judgment about

basic elements of a steel construction, 288

Content of the topic Result Evaluation criteriacolumns resting on the foundations, foundation and sub crane beams, roof framework and sub roof framework designs, runs coverings and from combined ferroconcrete ridge plates, vertical and horizontal connections. Walls from the steel profiled sheet and other sheet materials, from the facilitated panels.

Mixed frameworks.

frame. about walls from sheet materials and from the facilitated panels, about mixed frameworks and about easy metal designs buildings.

Topic 4.5. WallsClassification of industrial

building walls, requirements to them. Walls from the small-size

elements, area of their application, a binding to building coordination axes, fastening to framework elements. Banding beams.

Walls from panels. Types of panels, their fastening to framework elements. Designs of joints.

Side framing concept. Face and longitudinal side framing. Side framing walls. Dilatation joint.

Outlines the classification signs of walls of industrial buildings and their requirements.

States signs of classification of industrial building walls and the requirement to them. Explains purpose of a face and longitudinal side framing, types of panels, their fastening to framework elements, and a scope of walls from the small-size elements, rules of their binding to building coordination axes, purpose and an installation site of banding beams.

Practical work No. 8Reading drawings of fastening

knots of panel and brick walls to elements of an industrial building

Reads the drawings of nodes of bracing panel and brick walls to frame elements for industrial buildings.

Reads drawings of fastening knots of panel and brick walls to elements of an industrial building framework.

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Content of the topic Result Evaluation criteriaframework.

Topic 4.6. Cover, lanternsClassification of surface finish

systems and requirements imposed to them.

Surface finish systems from precast ferroconcrete elements (non-waller option): from ridge plates and lengthy designs.

Coverings on wallers. Design features of surface finish system for not heated buildings.

Rolled and mastic roofs.Drainage system from industrial

buildings surface finish systems. Data on spatial surface finish

systems. Lantern, their classification to

destination and form of cross section. Design of a steel lantern. Not blown lantern. Flat skylight. Design, area of application.

Knows the device coatings from precast products, types of lanterns.

Explains the construction of finish systems from precast ferroconcrete elements, on longitudinal girders, the constructive solution of rolled and mastic roofs. Describes a drainage system industrial from buildings surface finish systems.

States the general judgment about types of lanterns to destination and in cross section form.

Topic 4.7. Windows, doors, gatesTypes of translucent protections.

Filling elements of industrial buildings window areas. Designs of steel covers, window panels. Wooden window blocks and panels.

Knows the fillings of window and door openings.

Specifies elements of window and doorways filling, States the general judgment about purpose and types of gate and external ramps of industrial buildings.

290

Content of the topic Result Evaluation criteriaIndustrial buildings doors. Their

types.Industrial buildings gate, their

purpose, design of winch track bed.External ramps.

Topic 4.8. Walls, floors, and other structural elements of industrial buildingsTypes of separation partitions and

their constructive decisions. Columns and racks of an internal side framing. Intra shop constructions: mezzanines floor, independent stack-frame, platforms, outbuildings, inserts.

Staircases (office, fire, emergency). Requirements to floors of industrial buildings, their types and designs of separate types of floors.

Dilatation joint in floors. Gangways arrangement.

Describes the types and designs of walls, columns, official, firemen, emergency stairs, floors, industrial buildings and their requirements.

Calls types and constructive solutions of separation partitions; purpose of columns and racks of an internal side framing, intra shop constructions (mezzanines floor, independent stack-frame, platforms, outbuildings, inserts), office, fire, emergency ladders. Calls types of floors of industrial buildings and the requirement to them, designs of separate types of floors, and the arrangement of dilatation joint in floors, gangways arrangement.

Topic 4.9. Principles of design of industrial buildingsDesign arrangement.

Technological process is the defining factor of the space-planning and constructive solution of the industrial building.

Design based on dimensional schemes, standard projects. Physics and technology factors in design of industrial

Describes the basics of the design of industrial buildings

Describes the arrangement of design. States the general judgment about technological process as the defining factor of the space-planning and constructive solution of the industrial building. Specifies physics and technology factors in design of industrial buildings, describes space-planning

291

Content of the topic Result Evaluation criteriabuildings. Data on the space-planning and constructive solution of buildings of an administrative household purpose.

solutions of buildings of an administrative household purpose.

Topic 4.10. Production of design agricultural buildingsMain types of industrial

agricultural buildings and constructions, their constructive types.

Elements of industrial agricultural buildings: the foundations, frameworks, walls from large panels and local not industrial materials, surface finishes, floors.

Knows the main types of industrial agricultural buildings and constructions.

Specifies main types of industrial agricultural buildings and constructions, their constructive types and elements are the foundations, frameworks, walls from large panels and local not industrial materials, surface finishes, floors.

Topic 4.11. Design features of buildings erected in special geological conditionsConcept of special conditions of

construction.Types of collapsible soil, area of

their distribution. The constructive measures increasing spatial rigidity of buildings built on collapsible soil.

Characteristic of permafrost soil, areas of their distribution. Design features of underground and elevated parts of buildings built on permafrost soil.

Concept of earthquakes, areas of their distribution. Concept of seismic stability of buildings. Design features of underground and elevated parts of

Focuses on special engineering geological conditions of construction.

Understands in special engineering and geological conditions of construction.

Has a concept of the constructive measures increasing spatial rigidity of buildings built on collapsible soil; design features of underground and elevated parts of buildings built on permafrost soil and in seismic countries.

292

Content of the topic Result Evaluation criteriabuildings built in seismic countries.

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Directions to study the disciplineFor implementation of the academic program in the discipline “Construction

of buildings and facilities” the following forms of the teaching process organization shall be recommended: lectures, seminars, excursions, Practical work.

Taking into account features and complexity of the content of the training material the following methods of training shall be recommended: lectures, conversation, discussions, solution of situational tasks, analysis of production situations, role-playing and business games, brainstorming, material presentation, work in micro groups, etc.

Forms of organization of cognitive activity have advisory nature. The number of hours for sections study can be changed within a minimum content. The present academic program provides studying of constructive systems and schemes of civil and industrial buildings most widely applied in construction and having application prospects in future.

The present academic program is based on the knowledge, skills received in the following disciplines: “Fundamentals of engineering drawing”, “Technical mechanics”, “Building materials and products”.

The content of the discipline “Buildings and Constructions Structures” shall be integrated with the content of general professional and special disciplines: “Basics of structural calculation”, ”Technology of construction and installation production”, “Organization of construction and installation production”, “Building regulation, quality control of construction works”, “Occupational Safety”.

A term paper is planned for the purpose of extension, deepening and systematization of theoretical knowledge, formation of abilities to design simple types of civil buildings, to select connection knots of elements of buildings, to calculate the areas and total structural volumes.

The term paper shall include a graphic part and an explanatory note.The scope of a graphic part is two sheets of A1 format drawing paper.The graphic part of a term paper shall include the drawing of a facade of a

building, the plan of the first floor, the marking plan, sheets of residential and civil buildings and constructions, the plan of a staircase of the last floor, a building section on a staircase, schemes of an arrangement of elements of concrete floor slabs over the first floor and over a staircase, the foundations, the plan of a roof, not less than five constructive knots, characteristic for a designed project, an explication of rooms and floors, the sheet of crossing points, the specification of crossing points, elements of filling of apertures, main precast ferroconcrete constructions.

Control in this discipline requires execution of midterm evaluation the main forms of which are attest, term paper, examination.

The implementation of this academic program shall provide to carry out:– a test – 2– a Practical work – 1– a term paper – 1– examination – 1.

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The Practical work shall be carried out by means of general studying time budget for this discipline and assumes implementation of the simple architectural and constructive project with use of computer equipment. The work topic is 1-2 floor residential buildings with a simple space-planning and constructive decision.

Educational organizations shall develop competency-based tasks in a test form within the working academic program.

Test tasks shall be presented according to sections, topics and have three main levels of complexity (minimum, average and difficult).

As a result of the academic discipline study “Buildings and Constructions Structures” students shall:

know:– a national complex of the technical normative legal documentation for

design of buildings and constructions;– directions of the best domestic and foreign practices of construction

and reconstruction of buildings and constructions;– essence of Concept of unification, standardization and modular

coordination of the sizes in construction– signs of classification of buildings and requirement to them;– constructive systems and schemes of civil and industrial buildings;– purpose of constructive elements of buildings, knots of their interface;be able to:- analyze space-planning and constructive solutions of buildings, to

give them a technical and economic assessment;- read and carry out architectural construction plans of civil and

industrial buildings, drawings of knots and designs of buildings and constructions;- carry out simple architectural and constructive projects with use of the

computer equipment;- select knots of connection of elements of buildings;- make calculation of the areas and total structural volumes; - estimate alternative versions of constructive decisions

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BASICS OF STRUCTURAL CALCULATION

The purpose of the discipline is to study the calculation procedure and design principles of building structures of civil and industrial buildings from various construction materials, and foundations of buildings and constructions.

SUMMARY OF THE DISCIPLINE

Section, topic

Number of academic hourstotal including

Practical works

Introduction 1Section 1.Basics of structural calculation 5 21.1. General information about building structures, area of their application

1

1.2. Basic positions of calculation of building structures and bases

4 2

Section 2. Metalwork 20 62.1. General information about metalwork. Materials for metalwork

6 4

2.2. Calculation of elements of steel constructions 22.3. Calculation and construction of elements connections of steel constructions

4

2.4. Beams and frame plates (framing) 22.5. Girders 22.6. Pillars 4 2Section 3.Wood and plastic constructions 12 43.1. General information about wood and plastic constructions. Calculation of elements of wooden constructions

4

3.2. Connections of elements of wooden constructions 4 23.3. Elementary roof frameworks, their calculation and designing

4 2

Section 4. Stone and reinforced masonry constructions. Calculation of strength and deformability of stone brickwork

11 2

4.1. General information about stone and reinforced masonry constructions

1

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4.2. Calculation of not reinforced stone brickwork. Basic positions

4 2

4.3. Reinforced stone brickwork and its calculation 44.4. Basic positions of designing of stone constructions 2Test 1Section 5. Reinforced concrete structures 36 125.1. General information about reinforced concrete structures. Materials for reinforced concrete structures

2

5.2. Calculation of durability of reinforced concrete elements bent along normal sections

8 2

5.3. Calculation of durability of the bent reinforced concrete elements for inclined sections

6 2

5.4. Concept of previously strained reinforced concrete 25.5. Flat reinforced concrete structures 8 45.6. Calculation of compressed reinforced concrete elements

6 2

5.7. Foundations 4 2Section 6. Bases and foundations 146.1. General information about bases and foundations. General information about soils

2

6.2. Distribution of tension in soil of bases. Calculation of bases

4

6.3. Shallow foundations on natural bases 46.4. Pile foundations 4Term Paper 30

Total 130 26

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CONTENT OF THE DISCIPLINEContent of the topic Result Evaluation criteria

IntroductionPurposes and tasks of the discipline,

its connection with other disciplines. History of development of building structures. Science and technology achievements in the field of development of building structures

Calls the aims and objectives of discipline.

Specifies purposes and tasks of the discipline. Expresses general judgment about calculations and importance of calculation at designing building.

Section 1. Bases for design of structuresTopic 1.1. Overview of building constructions, area of application

Building structures and requirements imposed to them. Unification and standardization in construction. Basic principles of construction.

Knows the distinctive characteristics of building structures.

Describes building structures, specifies distinctive features of supporting constructions, indicates requirements imposed to them, gives a concept of unification and standardization.

Topic 1.2. Main provisions of the calculation of building structures and groundsTasks of calculation of building

structures. Limit conditions of building structures and bases. Calculation of building structures and bases for limit conditions. Classification and characteristics of loads operating on buildings and constructions. Types of loads, their combinations, coefficients. Standard and calculated resistance of

Represents the factors affecting design and realizes how them taken into account in the calculation.

Specifies purposes and problems of calculation of building structures. Has idea of limit conditions of building structures, types of loads and influences, is able to characterize them and explain classification.

Represents the factors, which has influence on the work of the construction and understands how to consider them at

298

Content of the topic Result Evaluation criteriamaterials and soil. Account of possible deviations from standard values of resistance of materials and soil. Concept of reliability coefficients of material and soil. Account of working features of materials and connections of structures. Concept of coefficients of working conditions.

calculation.

Practical work No. 1Load summary on 1 sq. m. of cover

and building. Determines the appearance and

nature of loads on the coverage and overlap, to calculate loads on 1m2, taking advantage of the normative and technical documentation

Defines form and nature of loads of the cover and building, makes calculation of loads on 1 sq. m, using normative and technical documentation.

Section 2. Metalwork Topic 2.1. General information about metalwork. Materials for metalwork

Short review of metalwork development. Application of metalwork in the modern construction. Advantages and disadvantages of the metalwork. Ways to increase their durability.

Unification of metal building structures. Easy metalwork from tubular and effective profiles of rolled products. Metal consumption regulation.

Construction steels, their structure, properties. Classification of steels,

Specifies the main range of metal products.

Specifies historically developed tendencies of metals using in the construction. Specifies advantages and disadvantages of metalwork. Represents and proves the application area in the modern construction, including easy metal constructions.

Indicates structure of building structures, characterizes their main physic and mechanical properties. Has idea of additives and impurity and their

299

Content of the topic Result Evaluation criteriaexisting standards of construction steel. Mechanical properties of steel. Work of steel under load. Characteristics of the materials used in steel constructions.

Standard resistance of rolling steel when stretched, compressed, cut and crushed. Reliability coefficient for material, coefficient of working conditions. Calculated resistance of rolling steel.

Assortment of sheet and profile steel. Effective profiles of rolled steel.

Aluminum alloys, their structure, properties, features of work. Assortment of profiles from aluminum alloys. Application area.

influence on properties of steel. Gives classification of the steel by the main signs. Represents the stretch diagram of firm and soft steel, characterizes work stages of steel under load, specifies the existing ways of production of metalwork. Specifies the main assortment of metal products. Represents and states application area of aluminum alloys, their properties, advantages and disadvantages.

Topic 2.2. Calculation of steel constructions elementsCalculation of steel constructions

for limit conditions of the first and second groups, calculation conditions. Central stretched elements, schemes of their work, application area, calculation of durability.

Compressed elements, models of their work. Calculated length of compressed elements. Concept of flexibility, limit flexibility. Calculation of durability and stability. Eccentrically

Analyzes the dependence of bearing ability on various factors.

Specifies types of constructions and elements working for tension, compression and bend. Characterizes tension. Specifies calculation conditions. States a calculation procedure. Analyzes dependence of the load-carrying ability from various factors.

300

Content of the topic Result Evaluation criteriacompressed elements, models of their work, a procedure of calculation. Bent elements, models of their work, area of their application, calculation of durability, general and local stability. Calculation for the second group of limit states, limit deformations.

Practical work No.2Calculation of central compressed

and central stretched elements. Calculation and selection of section of the rolling beam

Makes calculation of the central squeezed and central stretched elements; calculation and selection of a rolling beam section.

Characterizes tense condition. Solves problems of calculation of the compressed, stretched and bent elements of metalwork, defines conditions, calculation procedure for various types of tasks. Analyzes the results received. States judgment about ways to change the calculation results.

Topic 2.3. Calculation and construction of steel constructions connections elementsGeneral information about

connections of steel structures, their types. Welded connections as the main type of connections applied at production and installation of metalwork. Advantages and disadvantages of welded connections. Types of electrodes, types of welded connections and types of welded seams.

Calculation and construction of welded connections. Calculated resistance

Characterizes the function of welded and bolted connections

Specifies types of connections of metalwork, explains their classification by main signs, analyzes advantages and disadvantages and describes application area. Characterizes work of welded and bolted connections. States the purposes and problems of calculation, constructive requirements.

301

Content of the topic Result Evaluation criteriaof welded seams. Calculation and construction of connections end-to-end, lapped, combined connections. Constructive requirements to the welded connections.

Bolted connections, area of their application. Features of work, calculation and construction of bolted connections.

Topic 2.4. Beams and frame plates (framing)Beams, their classification

depending on the static scheme of work and type of section. General sizes of beams. Frame platforms for buildings and constructions, their types.

Calculation of flooring. Rolling beams, their calculation for two groups of limit conditions, selection of sections. Joints of the rolling beams.

Beams of compound section, their constructive features. Concept of general and local stability of beams. Stiffening ribs. Basic knots and interface of beams.

States a method of calculation of a beam and constructive requirements to beams and frame platforms.

Defines the concept "beam", characterizes static work of beam, tense condition. Gives classification of beams under main signs. Describes various types of frame plates (framing), Specifies basic constructive elements. Describes purposes of calculation of elements of the framing, defines calculation conditions. States calculation procedure and constructive requirements. Shows standard knots of interface.

Topic 2.5. GirdersGirders. Their classification and

general sizes. Types of sections of elements of the girder. Definition of loads and efforts in girder´s elements.

Knows the technique of definition of the farm loads, states the sequence of calculation.

Defines the concept "girder", classifies girders by the main signs, and specifies the main constructive requirements. Understands and states a

302

Content of the topic Result Evaluation criteriaCalculation of girders: definition of the geometrical scheme, settlement loadings of the top zone of the girder and their reduction to nodal ones. Calculation and designing of rods and knots of girders.

technique of definition of loads of the girder, specifies ways of definition of efforts in girder´s elements. Describes purposes of calculation of the girder, states sequence of calculation.

Topic 2.6. ColumnsColumns, area of their application.

Types of columns depending on the scheme of the attachment of loading. Main parts of columns, their purpose. Classification of columns based on section and construction of the core and way of production. Central compressed columns of solid section. Calculation and construction of the column´s core. Eccentrically compressed columns of solid section. Types of cross sections. Calculation and designing of the column´s core of perforating section. Calculation of braces and connective levels of the column core. Constructions of base, tip of columns and conjugation of beams with a column.

Knows the procedure of calculation and construction of a column core, determines the calculation conditions.

Defines the concept "column", Specifies application area, characterizes static work. Specifies parts of the column and their purpose. Gives classification of columns by the main signs. States purposes and calculation procedure and designing of the column´s core, defines calculation conditions. Specifies purposes of the calculation of base and tip of a column, defines character of a tension and condition of calculation.

Practical work No.3Calculation of a central compressed

column of solid section.Makes calculation of central

compressed column of solid section, constructs a core, a base and a tip.

Makes calculation of central compressed column of solid section, using standard literature, constructs a

303

Content of the topic Result Evaluation criteriacore, base and tip. Analyzes the results received.

Section 3. Wood and plastic constructionsTopic 3.1. General information about wood and plastic constructions. Calculation of elements of wooden

constructionsShort review of development of

wood and plastic constructions. Classification of wood and plastic constructions. Wood and plastic as constructional materials. Possibility of their cooperation. Modern plastic constructions.

The species of wood applied to production of wooden constructions. Types of forest products, requirements to their quality. Durability of wood and factors that determine it. Standard and calculated resistance of wood. Coefficients of working conditions, elasticity modules.

General provisions of calculation of elements of wooden designs. Calculation of wooden designs for limit conditions of the first and second groups, calculation conditions. Positions of durability and stability of wooden constructions.

Central stretched and central

Defines the basic provisions of calculation of wooden constructions.

Specifies application area of wood and plastic in modern construction, states judgment about advantages and disadvantages of wood and plastic constructions and specifies the ways to increase their durability. Specifies breeds of wood applied in the construction and indicates their application area at production of structures. Describes a technique of determination of calculated resistance of wood, indicates factors that influence the wood durability, specifies the main working conditions.

States basic provisions of calculation of wooden constructions. Classifies limit conditions of the wooden constructions. Specifies the purposes and defines conditions of calculation of the wooden constructions under central stretching, compression, bend, chipping, crushing. Characterizes their intense deformed condition and models of work.

304

Content of the topic Result Evaluation criteriacompressed elements, application area, models of their work, calculation of the durability. Elements, their application area. Calculated length, limit flexibility of the compressed elements.

Features of calculation of plastic constructions. Bent elements, their application area, models of work, calculation of the durability, calculation of deformations. Limit deformations of the bent elements. Crushing. Scheme of work and calculation of the elements working for the crushing. Chipping. Scheme of work and calculation of the elements working for a chipping.

States a method of calculation of elements of the constructions under stretching, compression, bend, chipping, crushing.

Topic No.3.2. Connections of elements of wooden constructionsConnections on cuttings: general

information about cuttings, calculation of the front cutting.

Connections on the cylindrical dowel pins. Characteristic operation of dowel pin connection. Types of dowel pin connections. Calculation and designing of connections on the cylindrical dowel pins.

Connections on the nails. Calculation of connections on the nails and arrangement of the nails.

Knows the procedure of calculation and construction of cuttings and connections on cylindrical dowel pins.

Explains classification of connections of elements of wooden constructions, characterizes operation of connections. States conditions and calculation procedure, designing of cuttings and connections on cylindrical dowel pins. Describes advantages of glue connections, specifies their main constructive features.

305

Content of the topic Result Evaluation criteriaConnections using glue, types of

connections, their advantages, features of production.

Practical work No.4Calculation of connection of

elements of wooden structures (front cutting).

Makes calculation of wooden construction elements.

Makes calculation of connection. Construct connections according to standard requirements. Analyzes the results received. Proves received decisions.

Topic No.3.3. Elementary roof frameworks, their calculation and designingGlued, plywood and reinforced

wooden beams. Concept of calculation of the reinforced wooden beams. Elementary roof framework wooden and metal wooden girders. Scheme of work of elements and knots. Concept of calculation of knots of wooden girders and their designing. Arches: application area, constructive features. Columns. Their classification by the type of cross-section, features of calculation and designing of columns and their basic parts. Roof framework systems. Forms and the sizes of sections, materials for production of roof frameworks. Coverings on the inclined roof frameworks. Scheme of work and calculation of the basic elements

Characterizes roof framework systems and their elements, the static work of the roof framework system elements.

Defines the simplest types of wooden constructions: beams, arches, dingers and columns. Indicates their main design features, classifies by types and forms of cross section, the calculated scheme. Specifies calculation purposes, characterizes static work. Constructs knots of interfaces of elements. Describes roof framework systems and their elements, characterizes static work of elements of a roof framework system. Specifies the purposes and conditions, states a method of calculation of elements of a roof framework system and feature of designing of knots of their interface.

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Content of the topic Result Evaluation criteriaof a roof framework system: lathing, roof framework foot, racks, struts. Basic positions of designing of a roof framework system.

Practical work No.5Calculation of the elements of a

roof framework system. Makes calculation of roof

framework system.Calculates loads and makes static

calculation of a roof framework system, selects sections of elements of a roof framework system, calculates and constructs connections of elements on the cylindrical dowel pins (nails). Analyzes the results received.

Section 4. Stone and reinforced masonry constructions. Calculation of strength and deformability of stone brickwork

Тема 4.1. General information about stone and reinforced masonry constructionsStone and reinforced masonry

constructions, area of their application. Materials and products applied in stone and reinforced masonry constructions. Brands of stones and grouts; requirements imposed to them. Classes of the reinforced steel used for reinforcement of stone constructions.

Makes judgments about stone and reinforced masonry constructions.

Defines the concept "stone and reinforced masonry brickwork", indicates advantages and disadvantages, their application area. Lists the materials applied to the stone brickwork, characterize their properties, indicates requirements imposed to materials. Specifies classes reinforced steel for reinforced masonry brickwork and main characteristics of their physical and mechanical properties.

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Content of the topic Result Evaluation criteriaTopic 4.2. Calculation of not reinforced stone brickwork. Basic positions

Strength and deformable characteristics of stone brickwork. Work of the brickwork at axial compression. Influence of various factors on the durability of brickwork. Durability of brickwork when stretched, cut, bent. Characteristic of elasticity of brickwork.

Features of calculation for limit states. Calculation for the first group of limit states. General equation of durability of section. Standard and calculated characteristics of the stone brickwork. Central compressed elements. Area of their application. Calculation of durability and stability. Limit flexibility of walls and columns. Eccentrically compressed elements. Area of their application. Calculation of durability, resistance to deformations. A technique of the solution of tasks of check of the load-carrying ability and to selection of section.

Compiles the general equation of stone brickwork section durability and analyzes the technique of its solvation.

Characterizes the intense deformed condition of the central and eccentrically compressed stone brickwork; work of a brickwork on a bend and tension. Specifies indicators of strength and deformable properties of the brickwork and factors that influence the durability of the brickwork. Knows how to compile general equation of durability of section and analyze it. States types of tasks for calculation of a stone brickwork and a technique of their solvation.

Practical work No.6Calculation of the central

compressed and eccentrically compressed pillar made from not reinforced stone brickwork.

Solves various types of tasks to calculate central and eccentrically compressed not reinforced brickwork.

Independently solves various types of tasks to calculate central and eccentrically compressed not reinforced brickwork. Uses standard documentation.

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Content of the topic Result Evaluation criteriaAnalyzes the results received.

Topic 4.3. Reinforced stone brickwork and its calculationPurpose and types of the reinforced

stone brickwork. Conditions that define necessity of the reinforcement. Cross-(reticulated) and longitudinal reinforcement, constructive requirements. Conditions that determine brickwork´s durability with reticulated reinforcement. Calculation of the central compressed and eccentrically compressed elements with reticulated reinforcement.

Complex constructions, their features and application.

Knows the conditions and characterizes the peculiarities of calculation of central and eccentrically compressed reinforced brickwork.

Understands and indicates purpose of reinforcement of the stone brickwork and conditions that define necessity of the reinforced application. Lists types of reinforcement, specifies the main constructive requirements imposed to the reinforced stone brickwork. Specifies conditions and characterizes features of calculation of central and eccentrically compressed reinforced stone brickwork. Represents and argues about the calculation of elements with longitudinal reinforcement.

Topic 4.4. Basic positions of stone constructions designConcept of calculated constructive

models of buildings (rigid and elastic). General positions of designing and calculation. Deformation seams. Calculation and designing of separate elements of buildings: eaves, crossing points, walls and cellars.

Features of calculation and designing of stone constructions built in winter

Characterizes basic positions of stone constructions design and calculation.

Specifies and defines constructive models of stone buildings, specifies basic positions of designing and calculation. Understands and specifies purpose and types of deformation seams. Defines conditions of their device, describes constructive decision. Understands and characterizes work of separate elements of buildings, states purposes and conditions of calculation, determines calculated sections. Understands and

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Content of the topic Result Evaluation criteriaspecifies constructive requirements. States features of calculation and designing of the stone constructions built in winter.

Section 5. Reinforced concrete structuresTopic 5.1.General information about reinforced concrete structures. Materials for reinforced concrete structures

Short review of development of the reinforced concrete structures. Application area in the modern construction and perspectives of further development. Advantages and disadvantages of reinforced concrete structures. Requirements to them.

Concrete and its structure. Shrinkage and creep of concrete, relaxation of tension. Module of the concrete deformation. Concrete durability, factors that influence on it. Classes and brands of concrete. Standard and calculated characteristics of concrete, coefficients. Concrete application area. Fittings. Classes of reinforced steel. Mechanical properties of reinforced steel. Standard and calculated characteristics of fittings. Reinforcement products. Anchorage, bends and joints of fittings.

Reinforced concrete. Joint operation

Specifies application area of reinforced concrete structures in modern construction. Points to their advantages in comparison with other constructions, analyzes their disadvantages.

Specifies application area of the reinforced concrete structures in the modern construction. Points advantages in comparison with other constructions, analyzes disadvantages. Emphasizes attention on requirements that submitted to the modern reinforced concrete structures.

Gives definition of the concepts "concrete", "fittings" and “reinforced concrete". Characterizes classes of durability of concrete and fittings. States Essence of the concept "calculated resistances of concrete and fittings". Characterizes joint operation of fittings and concrete, specifies the main conditions for ensuring joint operation. Understands purpose of a protective layer. Lists actions for protection of concrete against corrosion.

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Content of the topic Result Evaluation criteriaof fittings and concrete. Coupling of fittings with concrete. Corrosion of concrete and measure of protection from it.

Topic 5.2. Calculation of durability of reinforced concrete elements bent along normal sectionsConcept of bent elements. Types

and area of their application. Constructions of the plates and beams. Purpose of working, cross and assembly fittings. Constructive requirements considered at the designing of sections. Classes of concrete and fittings used at the designing of the bent reinforced concrete elements. Basic positions of the theory of resistance of reinforced concrete. Stages of the intense deformed condition at the bend. Eventuality of the calculation of the bent elements. Main conditions of calculation. Calculation of the elements of reinforced concrete structures for limit conditions of the first and second groups. Concept of calculated sections. Rectangular sections with single reinforcement. Durability conditions. Calculated scheme of section, resultant efforts, balance equation. Calculation of rectangular sections by means of tables.

Compiles the equations of the system balance and calculated formulas for the computation of elements of rectangular and T-sections, exposes the calculation procedure.

Specifies types of the bent reinforced concrete elements and main constructive requirements considered at the designing of their sections. Characterizes stages of the intense deformed condition of the bent reinforced concrete elements. Explains the concept of calculation of normal sections, specifies prerequisites to the calculation. Understands and defines durability conditions. Knows how to compile the equations of the system balance and calculated formulas for the computation of elements of rectangular and T- sections. Knows about tabular way of calculation. Explains Concept of double reinforcement, defines conditions of its application. Describes application area of the T-sections with rack in the compressed zone. Specifies calculated cases of the T-sections depending on the positions of the neutral axis, exposes

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Content of the topic Result Evaluation criteriaCoefficient and percent of the reinforcement of the bent elements. Three types of tasks (check of durability, selection of fittings, determination of the sizes of sections of elements and area of cross section of fittings). Rectangular sections with double fittings. Conditions defining need of use of double fittings. Durability conditions, calculated scheme of section, resultant efforts, balance equation. Calculation of balance with double fittings using tables. Practical methods of solution of tasks for durability check of a section and selection of fittings with the specified sizes. T-sections, their constructive models. Application area of the elements of T-section that has a rack in the compressed zone. Calculated width of an overhang of a rack. Scheme of the efforts and diagram of the tension in cross section. Conditions of durability, balance equation, calculation cases depending on the positions of the neutral axis and height of the compress concrete zone. Calculated formulas. Methods of solution of tasks for durability check of a section and selection of a fitting with the specified sizes.

calculation procedure.

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Content of the topic Result Evaluation criteriaPractical work No.7

Calculation of a beam of rectangular and T-sections with single reinforcement for durability along normal sections.

Makes calculation of a beam of rectangular and T-sections with single reinforcement for durability along normal sections.

Determines section sizes, selects fittings, defines the load-carrying ability, and makes calculation using tables and formulas. Analyzes the results received. Uses an assortment of the reinforced steel and standard and reference books. Applies knowledge of constructive requirements at the designing of sections. Defines cases of calculation and solves problems of determination of the load-carrying ability and selection of fittings of the elements of T-section. Analyzes the results received. Applies knowledge of constructive requirements at the designing of sections.

Topic 5.3. Calculation of durability of the bent reinforced concrete elements for inclined sectionsEventuality of the destruction of

elements on inclined section and reasons that induce it. Calculation scheme of an inclined section with bending factor and cross force. Balance conditions of a section. Durability calculation of a section with cross force. Calculation of elements reinforced with cross cores (collars). Constructive requirements to reinforcement of the bent elements of

Knows the procedure of compilation the calculation formulas of the computation of the cross force action by the inclined section.

Has an idea about an inclined section, purposes and problems of calculation. Characterizes two cases of the element´s destruction of inclined section. Defines calculation conditions, compounds technique of the constitution calculated formulas and a procedure of computation on the action of cross force by the inclined section. Specifies the main constructive requirements to the

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Content of the topic Result Evaluation criteriacross core (collars) and unbent cores.

Durability calculation of inclined sections with action of bending factor. Materials curve for the elements reinforced by separate cores and frameworks.

cross reinforcement. Understands purpose of curve of materials, represents technique of its construction.

Practical work No.8Calculation of bent reinforced

concrete elements for resistibility of the inclined sections with action of cross force.

Knows how to make calculation of the bent elements by the inclined section

Knows how to make calculation of the bent elements by the inclined section for the purpose of checking of the load-carrying ability, selection of cross fittings and designing of a framework. Knows how to build a curve of the materials for the single-stage evenly charged freely simply supported beam on two rests.

Topic 5.4.Concept of previously strained reinforced concreteDefinition and application area of

previously strained reinforced concrete structures. Ways of creation of preliminary tension. Basic principles of designing of previously strained elements. Concrete classes, classes of the strained fittings and its placement in elements, anchorage. Losses of preliminary tension in the fittings.

Knows the advantages of previously strained constructions, gives an economic justification of their application.

Gives a concept of preliminary tension and ways of its creation, specifies an application area. Specifies advantages of previously strained constructions, gives an economic justification to their application. Specifies features of designing of prestressed constructions.

Topic 5.5. Flat reinforced concrete structures314

Content of the topic Result Evaluation criteriaClassification of reinforced concrete

buildings. Combined buildings, constructive models. Hollow and ridge panels. Features of calculation and designing of panels. Collecting girth rails. Standard sizes of girth rails, forms of cross section. Calculation and designing of girth rails. A girth rail´s joint construction with a column. Durability calculation of the joint. Monolithic buildings: ridge buildings with frame plates, constructive models, features of calculation and designing.

Ridge buildings with plates supported on a contour. Constructive models. Features of calculation. Designing. Combined and monolithic buildings. Types of sections and ways of their reinforcement.

Explains the theory of calculation of the plate of monolithic building of a hollow and ridge plate.

Gives classification of buildings by main signs. Characterizes work of separate elements of buildings. Explains features of configuration of sections and designing of plates and girth rails. Knows the criteria of a choice of rational option. Explains theory of calculation of a plate of monolithic building of hollow and ridge plate.

Practical work No. 9Calculation and design of

prefabricated reinforced concrete elements: hollow and ridge plates, girth rail.

Calculates and designs the prefabricated reinforced concrete elements

Calculates building elements: hollow and ridge plate, a girth rail on the first group of limit conditions, uses knowledge of designing of building elements. Analyzes the results received. Uses standard and reference books.

Topic 5.6. Calculation of compressed reinforced concrete elements

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Content of the topic Result Evaluation criteriaDefinition and application area of

compressed elements. Columns, their types depending on a type of reinforcement. Columns with flexible longitudinal and cross fittings, their constructive features. Purpose of longitudinal and cross fittings, their constructive features. Percent of reinforcement of columns (minimum, maximum, optimum). Concrete classes recommended for columns under compressive strength and classes of fittings. Calculation of the eccentrically compressed elements. Calculation models of columns. Calculated length. Concept of calculated and casual eccentricities. Incompatibility model and curve of tension in a section normal to a longitudinal axis of the eccentrically compressed element at durability calculation. Nature of destruction of the eccentrically compressed elements working with big and small eccentricities. Calculation of durability. Indirect reinforcement. Consideration of the flexibility influence and duration of loads action at the elements calculation.

Defines the calculation procedure of a central compressed column.

Specifies application area of the compressed elements, classification of the column by the main signs. Explains requirements to the applied materials and designing with flexible longitudinal fittings. Characterizes tensely deformed condition of the central compressed elements. Gives definition of the concept "settlement and casual eccentricity". Explains purposes, conditions and a calculation procedure of a central compressed column.

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Content of the topic Result Evaluation criteriaPractical work No. 10

Calculation and designing of a central compressed reinforced concrete column.

Makes calculation and designing of central compressed column.

Makes calculation and designing of central compressed column. Designs column´s frameworks. Chooses optimum option and economically proves it.

Topic 5.7. FoundationsTypes of foundations. Classes of

concrete and fittings for the foundations. Protective layer of concrete. Separate foundations of glass type. Calculation of separate of the central loaded foundations of glass type. Kind of work of foundations under loads. Determination of the geometrical sizes of foundations. Designing of the collecting and monolithic foundations. Eccentrically loaded separate foundations. Continuous footing. Calculation and designing of the continuous footing. Spread foundations, their design.

Characterizes the action of central and eccentrically loaded separate and continuous foundations.

Explains the concept of reinforced concrete foundations, Specifies their types. Specifies requirements to the applied materials and designing. Characterizes work of central and eccentrically loaded separate and continuous footing. Explains conditions and a method of calculation of shallow foundations.

Practical work No. 11Calculation and designing of the

central loaded foundation under a column. Makes calculation and designing of

the central loaded foundation under the column.

Makes calculation and designing of the central loaded foundation under the column. Analyzes the results received, proves made decisions.

Part 6. Bases and foundations

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Content of the topic Result Evaluation criteriaTopic 6.1. General information about bases and foundations. General information about soil

Bases and foundations, requirements imposed to them. Soil of the bases, their types, classification, physical and mechanical properties of soil. Ground waters and their influence on the choice of the bases. Natural and artificial bases.

Describes the procedure of determination of the main physical and mechanical properties of soil.

Defines the concepts "base" and "foundation"; specifies their types and requirements to them. Represents types of soil of the bases and classifies them by the main signs. Specifies the main physical and mechanical properties of soil. Describes the technique of their determination. Defines influence of subterranean waters on operation of bases and foundations.

Topic 6.2. Distribution of tension in soil of the bases. Calculation of basesConcept of distribution of tensions

under the foot of foundations and under a base. Coefficient of the tension dissipation. Load-carrying ability of bases. Influence of depths of the foundation, sizes and forms of a base on the load-carrying ability of bases. Depth determination of a foundation. Calculated pressure on the base and its definition. Calculation of a base for the second group of limit conditions (under deformations). Conditions that satisfy calculated requirements under deformations. Calculation of the draft by method of layer-by-layer summation. Concept of

Understands and states the procedure of determination of load-carrying ability of bases.

Characterizes features of distribution of tension under a sole of a foundation and under bases. Describes stages of intense deformed condition of soil. Characterizes its limit states. Understands and states a technique of determination of the load-carrying ability of a base. Specifies factors influencing the load-carrying ability. States Essence of calculations of a base for the first and second group of limit conditions.

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Content of the topic Result Evaluation criteriacalculation of bases of the first group of limit conditions (under the load-carrying ability).

Topic 6.3.Shallow foundations on the natural basesShallow foundations, their types in

form and way of production. Concept of flexible foundations, area of their application. Constructions of the prefabricated and monolithic separate foundations under columns. Calculation of loads. Design of prefabricated and monolithic foundations. Constructive requirements to the reinforcement of column foundations (foundations under columns). Calculation and design of continuous footing.

Knows the constructions of the prefabricated and monolithic separate foundations under columns.

Specifies application area of shallow foundations, classifies them by the main signs. Describes construction of prefabricated and monolithic separate foundations under columns. Characterizes features of definition of loads of foundation and operation of a base under load. Explains the method of calculation of foundations, defines purposes and conditions of calculation. Specifies requirements to the design of foundations.

Topic 6.4. Pile foundationsConcept of pile foundations and

area of their application. Classification of piles by kind of work, material, form of cross section, method of production and immersion into the soil. Construction of reinforced concrete piles. Determination of the load-carrying ability of a single pile. Concept of design and calculation of pile foundations.

States the procedure of determination of the load-carrying ability of a single pile.

Gives definition to a pile foundation. Specifies the application area. Classifies piles by the main signs. Describes features of the constructive solution of reinforced concrete piles. Explains the technique of determination of a load-carrying ability of a single pile. Specifies purposes of calculation of pile foundations, defines calculation conditions, specifies the main

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Content of the topic Result Evaluation criteriaconstructive requirements imposed to design of pile foundations.

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Directions to study the disciplineThe following forms of the training organization as lectures, seminars,

excursions, and Practical works are recommended for the implementation of the training program of the discipline "Basics of structural calculation".

Taking into account the features and complexity of the training material contents the following methods of training as lectures, conversations, discussions, solution of situational tasks, analysis of production situations, role-playing and business games, brainstorming, material presentation, work in microgroups, etc. are recommended.

Organizational forms of the cognitive activity have advisory nature. The number of hours for study of topics can be changed within minimum contents.

Study of the discipline shall be based on the students’ knowledge of such disciplines as "Technical mechanics", "Mathematics", " Fundamentals of engineering drawing", "Building materials and products", "Constructions of buildings and structures".

During study of the program training material it is necessary to follow normative documents of the Republic of Kazakhstan concerning construction, and to consider modern achievements of science and technology in the field of construction. In the course of the material study, it is necessary to use visual aids and technical training resources: posters, models, filmstrips.

A term paper is planned for the purpose of consolidation, deepening and systematization of theoretical knowledge, formation of abilities to calculate and design the supporting constructions of civil and industrial buildings.

Control in this discipline requires execution of midterm evaluation the main forms of which are a test, an academic year project and an exam.

The implementation of this academic program shall provide to carry out:– test – 1– academic year project– 1– examination – 1.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.The quantity of the projected elements shall be defined by their complexity,

but shouldn't exceed three. For example, it is possible to offer the following elements for design: combined reinforced concrete beams of covers and buildings; combined reinforced concrete plates of covers and buildings; combined reinforced concrete marches and platforms; combined reinforced concrete columns; monolithic and combined reinforced concrete foundations; monolithic reinforced concrete building of frame type with plates, supported on the contour; rolling metal beams; compound metal beams; metal columns of continuous or perforating section.

A graphic part and an explanatory note executed according to requirements of standards are a part of a term paper. A graphic part shall be developed at a stage of working drawings for the projected elements (constructions) and shall contain: Calculation models of structures of elements (1:100); assembly drawings of

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reinforced concrete elements, formwork drawings and drawings of fittings products (1:50, 1:20), knots and details (1:10); specification of the fittings products and sheet of steel consumption for reinforced concrete structures and specification for metal constructions. A graphic part of the project can be performed manually or by means of the graphic AutoCAD editor. The volume of the explanatory note is 20-25 pages. Text material shall be accompanied with the corresponding sketches and drawings (models of the freight areas, calculation models of counted elements, etc.).

As a result of study of the discipline a student shallknow:– types of building structures, their classification and application area; – types of loads and operation models of a construction under load; – types of calculated sections, calculation procedure and calculation

formulas;– methods of calculation of building structures and bases under limiting

conditions;– constructive requirements imposed to construction designs and their

connections, basic positions of design and performance of working drawings;– application area of the steel framework, supporting elements of a

framework and their calculation;–types of fittings products, rules of their design;– stages of the intense deformed condition of reinforced concrete structures; –work of bent reinforced concrete elements under load; – work of eccentrically compressed reinforced concrete elements under load;– general principles of design of constructive designs.be able:– to define the calculated models of construction and a type of the intense

deformed state;– to determine sizes of standard and calculated loads; – to count and design connections of metal constructions;– to plot fittings products and to make the specification according to

Requirements of the Unified system for design documentation (ESKD) and design and construction documentation (SPDS);

– to appoint the calculated model and to determine the area of cross section of longitudinal fittings;

– to read working drawings of building structures; – to perform drawings and design of building structures.

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CONSTRUCTION MACHINERY AND LABOUR SAVING TOOLSThe purpose of the discipline is to study the main groups of construction

machines and labor saving tools used in modern construction.

SUMMARY OF THE DISCIPLINE

Section, topic Number of hoursgrand total

including Practical

worksINTRODUCTION 1Section 1. Machine components 15 41.1. General information about machine components 11.2. Connection of components 21.3. Driving parts 21.4. Gears 21.5. Reducers 4 21.6. General information about mechanisms 4 2Section 2.Construction machines and mechanisms 70 302.1. General information about construction machines 22.2. Power equipment and actuating units of construction machines

4

2.3. Transport vehicles 42.4. Transporting and loading-and-unloading machines 42.5. Pickup devices and simple handling equipment 4 22.6. Building hoists and cranes 6 22.7. Machinery and equipment for preparatory works, dewatering and water drawdown

2

2.8. Earth-moving machinery 4 22.9. Excavators and specialized equipment for preparatory works

6 2

2.10. Machinery and equipment for drilling and piling works

4 2

2.11. Equipment for concrete and reinforced concrete works

6 2

2.12. Machinery and equipment for finishing works 6 22.13. Machinery and equipment for roofing and waterproofing works

4

2.14. Portable tools (mechanized construction tool) 22.15. Fundamentals of the operation of construction machines

2

Test 278 18

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Main features that characterize the modern construction. Industrialization. Integrated mechanization and the route of conducting of construction operations.

Meaning of mechanization and automation of the construction to reduce labor intensity and to improve the quality of works.

Measures for the nature protection in the operation of machines.

Responsibilities of foreman for construction and installation operations on the rational use of construction machines according to their technical characteristics and the effective scope.

Meaning and content of the subject, its relation with other disciplines of the academic program.

Understands the role of mechanization and automation of the construction in the reducing of labor intensity and the improvement of the quality of work.

Understands in main features that characterize the modern construction. Knows the meaning of industrialization, integrated mechanization, the route of conducting of the construction operations.

Understands the meaning of mechanization and automation of the construction to reduce labor intensity and to improve the quality of works.

Knows the meaning of measures for the nature protection in the operation of the construction machines and a foreman’s responsibilities for construction and installation operations on the rational use of construction machines according to their technical characteristics.

Section 1.Machine componentsTopic 1.1. General information about the machine components

Definition of terms "component", "unit"

Requirements applicable to machine components;

Factors affecting the wear-life of

Lists and explains the essence of requirements applicable to machine components.

Gives the definition of the term "component" and "unit". Lists and explains the nature of Requirements applicable to machine components. Specifies the factors affecting the wear-

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Content of the topic Result Evaluation criteriacomponents and elements of the machines.

Measures to protect metals from corrosion.

Standardization and interchangeability in the machine construction. Normalization, unification and aggregation.

life of components and elements of the machines. Defines the measures to protect metals from corrosion.

Forms the meaning of standardization and interchangeability in the machine construction.

Topic 1.2. Connection of machine componentsTypes of connections: releasable

and permanent.Thread connections. Elements of

thread connections. The geometry of the thread. Fixing thread pieces. Ways to prevent loosening of thread pieces. The nature of loads on the elements of thread connections.

Key, spline connection diagrams and their application: requirements to connections.

Permanent connections: their types, service conditions, actual loads. Quality requirements to permanent connection.

Specifies the types of releasable and permanent connections and the sphere of their application.

Specifies the types of releasable and permanent connections and their application domain. Specifies the elements of thread, key and spline connections.

Understands in ways to prevent loosening of thread pieces and characterizes the loads on the elements of connections.

Distinguishes the permanent connections: their types, service conditions, actual loads. Understands the specified requirements to quality of permanent connection.

Topic 1.3. Driving partsConstruction diagrams, individual

elements of shafts and axles. Forces acting on shafts and axles. Bearings and

Defines the application, types of axles, shafts, bearings and joint sleeves.

Defines the application, types of axles, shafts, bearings and joint sleeves. Reads and decodes their designations in

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Content of the topic Result Evaluation criteriatheir application, classification, component parts. Differences of bearings depending on the forces acting therein are capable for their adjustment. Maintenance of bearings operating under different conditions.

Joint sleeves: their application, classification, construction diagrams, usage samples.

Examples of transmissions of construction machines.

the kinematic diagrams of construction machines.

Distinguishes the bearings according to forces acting therein, Specifies the examples of their use in construction machines.

Classifies joint sleeves, gives examples of transmissions of construction machines.

Topic 1.4. GearsGeneral information about the

gears. Types of gears: their application and essential characteristics.

Concept of the drive ratio and the differential ratio. Tooth and worm gears, operation concept, designated area, main parameters. Application examples of tooth and worm gears in construction machines.

Chain gears, their application, structure diagrams and main parameters. Speed options, their application and structure. Graphical conventions of gears in the kinematic diagrams.

Expresses general judgment about gears. Describes their application, types and essential characteristics.

Expresses the universal proposition about gears. Describes their application, types and essential characteristics.

Explains the meaning of the drive ratio and the differential ratio.

Explains the meaning of friction, tooth, worm and chain gears. Explains their application, types, structure diagrams and operation concept, main characteristics, specified in the kinematic diagrams of construction machines.

Explains the application of speed variations and their structure.

Expresses the universal proposition about reversing mechanisms,

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Content of the topic Result Evaluation criteriaplanet and wave gears.

Topic 1.5. ReducersApplication, construction and

types of reducers. Structure diagram and operations of worm and gear reducers.

Explains the application, construction and types of reducers, diagrams of the structure and operation of gear and worm reducers.

Explains the application, construction and types of reducers, diagrams of their structure and operations of worm and gear reducers. Plots and reads their kinematic diagrams, defines the main characteristics, rate speed and drive torque of input and output shafts of the reducer, the interlayer distance between the input and output shafts.

Practical work No.1Study of the structure of the main

types of reducers used in construction machines.

Performs the kinematic diagrams of the reducers.

Distinguishes the main types of reducers used in construction machines. Performs the kinematic diagrams of the reducers, defines the main characteristics: drive ratio and swirling vortex shaft.

Topic 1.6. General information about mechanismsApplication, types and

constructions of the mechanisms. Structure diagrams and operation.

Describes the main types of mechanisms, their application, construction, structure diagrams and operation, graphical conventions in the kinematic diagrams of the construction machines.

Describes the main types of mechanisms, their application, construction, structure diagrams and operation, graphical conventions in the kinematic diagrams of the construction machines.

Practical work No.2The study of the structure of the Distinguishes the main types of Distinguishes the main types of

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Content of the topic Result Evaluation criteriamain types of mechanisms used in construction machines.

mechanisms used in construction machines, plots their kinematic diagrams.

mechanisms used in construction machines, plots their kinematic diagrams.

Section 2.Construction machines and mechanismsTopic 2.1. General information about the construction machines

Definition of term: machine. Requirements applicable to machines. Classification of construction machines on the manufacturing ground, kind of work, power equipment, mobility, undercarriage, design features.

The main elements of machines: frame "framework", work equipment. Powertrain, transmission, control mechanisms, undercarriage, their types and brief description.

Standardization of units and mechanisms, state standards for construction machines.

Kits and systems of the construction machines, complexes. Implementation of automation in the machine control.

Productivity of construction machines and constructional, technical, operational. Finished "directive" production rate of the construction machines.

Classifies construction machines Forms the term "machine". Classifies construction machines on the manufacturing ground, kind of work, power equipment, mobility, undercarriage, design features. Specifies the main elements of machines, their types, application and brief description.

Explains the definition of term the standardization of units and mechanisms, state standards for construction machines. Distinguishes kits and systems of the construction machines, complexes.

Expresses the universal proposition about implementation of automation in the machine control.

Forms the term of productivity of construction machines. Distinguishes the types of productivity: constructional, technical, operational. Expresses the universal proposition about finished "directive" production rate of the construction machines.

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Content of the topic Result Evaluation criteriaTopic 2.2. Power equipment and actuating units

Types of power equipment of the construction machines, actuators electric, hydraulic, pneumatic, from the explosion engines. Examples of hydraulic circuit diagrams.

Comparison of different types of power equipment. The main technical and performance criteria.

Portable compressors and power plants, their application, circuit diagrams, aspects of structure and operation, main characteristics. Actuators and accessory equipment for portable power tools, engines of pneumatic tools, air network, rubber tubes.

Specifies the types of power equipment of the construction machines, their construction and work principles.

Specifies the types of power equipment of the construction machines, their construction and operation concept. Gives examples of their use in construction machines, compares their advantages and disadvantages. Highlights the main technical and operational characteristics.

Explains the application of portable compressors and power plants, their application. Reads their circuit diagrams, explains the aspects of structure and operation, and describes the main characteristics.

Knows the requirements to actuators and accessory equipment for portable power tools with electric, pneumatic actuators, devices from the explosion engine.

Topic 2.3. Transport vehiclesMain types of transport vehicles

used in construction, their technic and economic and performance criteria.

Vehicles and tractors, their application and classification, the diagrams of general structure. Truck power trains, track-type and wheel-type

Specifies the main types of vehicles, used in construction, their technical, economical and operational characteristics.

Specifies the main types of transport vehicles used in construction, their technic and economic and performance criteria.

Expresses the universal proposition about vehicles and tractors, describes their application and

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Content of the topic Result Evaluation criteriatractor.

Motor-vehicle train, drawbar trailers and transport trolleys. Specialized transport: pipe trucks, semitrailers, bitumen-spraying machines, etc. Their classification: general structure, the basic data of technical and operational characteristics.

classification, the general structure of power trains.

Expresses the universal proposition about motor-vehicle trains, drawbar trailers, specialized transport, their general structure, main technical and operational characteristics.

Topic 2.4. Transporting and loading-and-unloading machinesLoading-and-unloading and

transporting machines, their application, classification, application domain, structure diagrams.

Loadings with periodic and continuous action, main parameter. Operating techniques providing highest performance of loading-and-unloading and transporting machines.

Workers' protection in the operation of loading-and-unloading and transporting machines.

Expresses general judgement about the loading-and-unloading and transporting machines.

Expresses the universal proposition about loading-and-unloading and transporting machines. Highlights their application, classification, application domain, structure diagrams and functional principles.

Describes the operating techniques providing highest performance of loading-and-unloading and transporting machines.

Expands the protective measures in the operation of loading-and-unloading and transporting machines.

Topic 2.5. Pickup devices, polyspasts, winches, levelling jacks and pulley blocksPickup devices, hoisting slings,

spreader beams, hooks, buckets, clamps etc.

Their application, circuit diagrams, selection rationale. Ropes:

Characterizes the pickup devices, spreader beams, hooks, buckets, clamps, and other types of rigging equipment of construction machines, their application, circuit diagrams, selection justification.

Specifies the pickup devices, spreader beams, hooks, buckets, clamps, and other types of rigging equipment of construction machines, their application, circuit diagrams, selection rationale.

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Content of the topic Result Evaluation criteriatheir application, classification, selection according to loadings operating on them and coefficient of resistance. Standards of rejection of ropes.

Polyspasts, levelling jacks, pulley blocks and their application, the main types of diagrams, the operation concept, the application domain, the main parameters.

Winches: their application, the main types, the diagrams of hand and electric winches, braking devices, the application domain of different constructions of winches. Placing the winches on transport vehicles and construction machines.

Means providing the safe operation of leveling jacks, winches and pulley blocks.

Acceptance rules and test methods for lifting devices.

Knows the requirements to the steel wire ropes, hoisting slings, represents their application, and performs the selection according to loadings operating on them and with account of coefficient of resistance.

Describes polyspasts, leveling jacks, winches, pulley blocks and their application, the main types of diagrams, the operation concept, the application domain, and the main characteristics.

Possess knowledge about the means providing the safe operation of leveling jacks, winches and pulley blocks.

Practical work No.3Selection of lifting devices. Selects the pickup devices. Selects the rope for the crane

equipment and manufacturing of hoisting slings, defines the desired diameter and length.

Topic 2.6. Building cranes and hoistsApplication, application domain, Specifies application, application Specifies the application,

331

Content of the topic Result Evaluation criteriaclassification of building cranes, their main characteristics: the lifting load moment, handling radius, boom, hoisting speed.

Diagrams of cranes and their mechanisms. Main features of tower, gantry and mobile cranes. Indicating of mobile jib cranes.

Operating mode of the crane and the hoist, operating time per year. Installation of crane ways, their topside. Stability of cranes, control and safety devices. Fundamentals of operation of building cranes.

Requirements to registration, maintenance, supervision, technical examination of hoisting machines.

Installation of a crane near the recess, close to the power line, fixing the crane to the building. Crane reach, danger zones. Limitations of zone of the crane reach. Instruments and safety devices. Signaling system when operating a crane. Productivity of cranes. Fundamental provisions of the workers' protection when in operation of building cranes.

Building hoists. Their application,

domain, classification of building cranes, their main characteristics.

application domain of building cranes, their main characteristics. Reads the circuit diagrams of cranes and their kinematic diagrams of the mechanisms.

Explains the operating mode of the cranes and the hoists, the construction of crane ways, their topside, expands the fundamentals of operation of cranes, requirements tothe procedure of the registration, maintenance, examination of the crane.

Expands the safety code for cranes, labor safety rules in the operation of the hoists.

Identifies the productivity of cranes. Explains the application, application domain of building hoists, diagram of structure and functioning, technical and performance criteria.

Expresses the universal proposition about mounting, dismounting and transportation of hoists.

Highlights the basic knowledge of workers' protection when in operation of hoists, safety and protective devices.

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Content of the topic Result Evaluation criteriaclassification, application domain: diagrams of structure and functioning. Technical and performance criteria. Mounting, dismounting, transportation of hoists.

Workers' protection when in operation of hoists, safety and protective devices.

Practical work No.4Study of structure and functioning

of tower and mobile jib cranes.Explains the structure, the mode of

operation and operation concept of tower and mobile jib cranes, describes the rules of installation of crane ways on the construction site.

Explains the structure, mode of operation and operation concept of tower and mobile jib cranes, describes the rules of installation of crane ways on the construction site.

Topic 2.7. Machines for preparatory worksMachines for clearing of territories

from trees, shrubs, stumps, stones, top soil, their application, circuit diagrams of structures and functioning. Main technical and performance criteria of brush cutters, stump-grubbers, tree cutters and rippers.

Equipment for the dewatering and water drawdown, his application, classification, mode of operation and technical and performance criteria of pumps in the pumping stations, well points and well point systems, ejector

Knows all types of machines for preparatory work.

Describes the types of machines for cleaning of territories for construction from trees, shrubs, stumps, stones, top soil, their application, circuit diagrams of structures and functioning, technical and performance criteria.

Explains the meaning of equipment for the dewatering and water drawdown, his application, classification, mode of operation and main technical and performance criteria.

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Content of the topic Result Evaluation criteriavacuum water supply installations.

Topic 2.8. Earth-moving machineryGeneral information about the

earth-moving machinery, their application, application domain, classification.

Earth-moving machinery: bulldozers, scrapers, graders, their application, classification, application domain, diagrams of structures and functioning, main parameters. Determination of productivity. Health, safety and environment when in operation of earth-moving machinery.

Knows the application, application domain, classification of earth-moving machinery.

Explains the application, application domain, classification of earth-moving machinery. Describes the diagrams of their structure and functioning, main parameters.

Determines the productivity of bulldozers, scrapers, graders. Possess knowledge of health, safety and environment when in operation of earth-moving machinery.

Practical work No.5Studying of structure and

functioning of earth-moving machinery.Explains the structure, mode of

operation and operation concept of earth-moving machinery.

Explains the structure, mode of operation and operation concept of earth-moving machinery.

Topic 2.9. Excavators and specialized equipment for excavation worksApplication, application domain

and classification of excavators. Indicatoring diagram of excavators. Single-bucket excavators: general diagram of structure and functioning: the main components and mechanisms: kinematic and hydraulic circuits: the main types of work equipment. Multipurpose excavators.

Specifies the purpose, application domain and classification of excavators and the scheme of their structures, general working principles of the main parts and mechanisms, the types of working equipment of single-bucket excavators.

Specifies the application, application domain and classification of excavators and the diagrams of their structures, the general structure and mode of operation of the main components and mechanisms, types of work equipment of the single-bucket excavators.

Expresses the universal 334

Content of the topic Result Evaluation criteriaEquipment for the production of

excavation works using “slurry trench” technique.

Continuous bucket excavators: circuit diagrams of structure and functioning. Determination of productivity, technical and performance criteria of excavators.

Machinery and equipment for disassembling of firm and frozen soils: circuit diagrams and technical and performance criteria.

Soil compacting machines: application, classification, circuit diagrams, work features, the main technical and performance criteria.

Health, safety and environment when in operation of excavation equipment.

proposition about equipment for the production of excavation works through the use of “slurry trench” technique

Explains the application of continuous bucket excavators, circuit diagrams of their structure and functioning.

Determines the productivity of single-bucket and multi-bucket excavators by using technical and performance criteria.

Describes the machinery and equipment for disassembling of firm and frozen soils, their application, applies the circuit diagrams of structure and functioning, and determines technical and performance criteria.

Highlights the main date on health, safety and environment when in operation of excavation equipment.

Practical work No.6Studying of structure and

functioning of specialized equipment for excavation works.

States the requirements to structure and functioning of specialized equipment for excavation works.

Knows the requirements to structure and functioning of specialized equipment for excavation works.

Topic 2.10. Machinery and equipment for drilling and piling worksMachinery for drilling works:

application, classification, diagrams of structure, working equipment. Drilling

Expresses general judgement about machinery for drilling, describes their application and classification.

Expresses the universal proposition about the machinery for drilling works, describes their

335

Content of the topic Result Evaluation criteriamachinery based on tractors and vehicles. The main technical and performance criteria.

Machinery and equipment for piling works: application, classification, circuit diagrams of structure, functioning, the main technical and performance criteria of pile hammers, frames, vibro-drivers, vibratory hammers and installation for the construction of in situ piles.

Principal directions of further development of drilling and pile driving equipment.

Health, safety and environment when in operation of drilling and pile driving equipment.

application, classification.Reads the diagrams of their

structure and explains the mode of operation. Identifies the main technical and performance criteria.

Expresses the universal proposition about the machinery and equipment for piling works, their application, classification, describes the circuit diagrams of structure, functioning, the main technical and performance criteria.

Expands the principal directions of further development of drilling and pile driving equipment, explains the necessity of knowledge about health, safety and environment when in operation of drilling and pile driving equipment.

Practical work No.7Studying of structure and mode of

operation of the frame with pile driving equipment.

Explains the structure, mode of operation and operation concept of pile-driving engine with diesel hammer.

Explains the structure, mode of operation and operation concept of pile-driving engine with diesel hammer.

Topic 2.11. Equipment for concrete and reinforced concrete worksMachines for the preparation of

concrete mixes and grouts: application, classification, diagrams of structure and functioning; the main technical criteria.

Explains the application of machinery and equipment for concrete and reinforced concrete work, their classification, diagrams of structure and

Explains the application of machinery and equipment for concrete and reinforced concrete works, their classification, diagrams of structure and

336

Content of the topic Result Evaluation criteriaCircuit diagrams of mixing unit, concrete mixing plants and ready mixed concrete plants: the main processing and transporter equipment, dosage units, automation of their work. Equipment for the transportation of concrete mixes and grouts, its application and classification. General structure of concrete mixer trucks, concrete pumps, self-propelled concrete pumps, pneumatic conveyers of concrete mixes and grouts. The main technical and performance criteria. Equipment for placing and compaction of concrete mixes, his application and classification. The main diagrams of the concrete pavers, surface internal and external vibrators: their main technical and performance criteria. Portable power tools for concrete works and the treatment of concrete surfaces.

Workers' protection when in operation of equipment for concrete and reinforced concrete works.

operation; main technical characteristics. functioning; the main technical criteria. Highlights the circuit diagrams of

mixing units, concrete mixing plants and ready mixed concrete plants, their main processing and transporter equipment, dosage units; automation of their work.

Knows the requirements to equipment for the transportation of concrete mixes and grouts, Specifies their application and classification.

Describes the General structure of concrete mixer trucks, concrete pumps, self-propelled concrete pumps, pneumatic conveyers of concrete mixes and grouts. Makes a calculation of the main technical and performance criteria.

Specifies the equipment for placing and compaction of concrete mixes, his application and classification, the main diagrams of the concrete pavers, surface internal and external vibrators.

Explains the requirements to workers' protection when in operation of equipment for concrete and reinforced concrete works.

Practical work No.8Studying of structure and mode of Explains the structure, the mode of Explains the structure, mode of

337

Content of the topic Result Evaluation criteriaoperation of equipment for concrete mixing plant.

operation and operation concept of equipment for concrete mixing plant.

operation and operation concept of equipment for concrete mixing plant.

Topic 2.12. Machinery and equipment for finishing worksThe main groups of machines for

finishing works. General diagrams of structure of the plastering and painting machines. Application, functional principle and the diagrams of the equipment for plastering and painting works, their main technical and performance criteria. Machinery and equipment for installation of roll roofings, parquet, mosaic and roll floors. Their classification, circuit diagrams of functioning and main technical and performance criteria.

Workers' protection when in operation of machinery and equipment for finishing works.

Specifies the main groups of machines for finishing works, general diagrams of structure of the plastering and painting machines.

Specifies the main groups of machines for finishing works, general diagrams of structure of the plastering and painting machines.

Expresses the application, functional principle and construction of equipment for plastering and painting works, their main technical and performance criteria.

Knows the requirements to machinery and equipment for installation of roll roofing’s, parquet, mosaic and roll floors.

Explains requirements to workers' protection when in operation of machinery and equipment for finishing works.

Practical work No.9Studying of structure and

functioning of equipment for plastering and painting machines.

Explains the structure, the mode of operation and operation concept of equipment for plastering and painting machine.

Explains the structure, mode of operation and operation concept of equipment for plastering and painting machines.

Topic 2.13. Machinery and equipment for roofing and waterproofing worksMachinery and equipment for the

installation of roll roofing and Knows the main machinery and

equipment for the installation of roll Specifies the main machinery and

equipment for the installation of roll 338

Content of the topic Result Evaluation criteriawaterproofing works, their application and classification, circuit diagrams of structure and mode of operation, the main technical and performance characteristics.

Health, safety and environment when in operation of machinery and equipment for roofing and waterproofing works.

roofing and waterproofing works. roofing and waterproofing works, expands their application and classification, circuit diagrams of structure and mode of operation, the main technical and performance characteristics.

Explains requirements to health, safety and environment when in operation of machinery and equipment for roofing and waterproofing works.

Topic 2.14. Portable tools (mechanized construction tool)General information about the

portable tools, their application and classification. The role of portable tools in modern industrial construction.

The application, diagrams of structure and functioning, the main technical and performance criteria of the portable tools.

Portable tools of general purpose: drilling electric machine with a set of replaceable nozzles, rotatory saw, sharpener, polishing and grinding wheels, electric perforating machine, pneumatic crowbar, portable tools for carpenter and joinery works etc.

The main directions of further development of portable tools with the

Specifies general information about portable tools, their application and classification, the role of portable tools in modern industrial construction.

Specifies the general information about the portable tools, their application and classification, the role of portable tools in modern industrial construction.

Expands the application, diagrams of structure and functioning, the main technical and performance criteria of the portable tools, portable tools for carpenter and joinery works etc.

Describes the main directions of further development of portable tools with the use of microprocessor technology.

339

Content of the topic Result Evaluation criteriause of microprocessor technology.

Topic 2.15. Fundamentals of the operation of construction machinesEnsuring of construction

companies with machinery and equipment. Assigning of the control of mechanization.

Mode of reception, testing and putting into operation the construction machines. Technical operation of the machines.

General provisions of occupational safety and health when in operation of construction machines.

The main principles of tooling policies in the construction and installation works, Fundamentals and organization of maintenance and repair of construction machines. The system of accounting and reporting of operation of construction machines and labor saving tools.

Reveals the fundamentals of the operation of construction machines. Specifies the main types of the machines usage.

Expands the fundamentals of the operation of construction machines. Specifies the main operating techniques of machines. Explains the mode of reception, testing and putting into operation the construction machines.

Expresses the universal proposition about occupational safety and health when in operation of construction machines.

Explains the meaning of main principles of tooling policies in the construction and installation works. Describes the fundamentals and organization of maintenance and repair of construction machines.

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Directions to study the disciplineIn order to implement the academic program in the discipline "Construction

machinery and labour saving tools " the following organization modes of study shall be recommended: lectures, seminars, excursions, Practical works.

Taking into account the specific features and complexity of the content of educational material the following teaching methods: lectures, conversation, discussions, the decision of situational tasks, analysis of manufacturing situation, role and simulation games, brainstorming session, presentation of the material, work in small groups, etc. shall be used.

Forms of organization of cognitive activity are advisory in nature. The number of hours to study sections can be changed on retention of minimum content.

This academic program provides studying of the main groups of construction machines and labor saving tools used in modern construction.

The academic program is based on expertise, knowledge and skills of students on educational disciplines: "Mathematics", "Physics", "Technical mechanics", " Fundamentals of engineering graphics ", "Electrical engineering and electrical supply of a construction site", "Occupational Safety".

Knowledge gained as a result of study of the academic discipline is used in the studying of the following academic disciplines: "Technology of Construction and Mounting Operations", "Arrangement of Construction and Mounting Operations", "Maintenance of buildings and structures".

In the study of academic discipline should be carried out the integration with academic disciplines of general professional and special cycles.

In the study of the program educational material it is necessary to follow the regulatory documents of the Republic of Kazakhstan as for the matters of construction, as well as to take into account the present-day developments of science and engineering in the field of construction. In the course of study of the material it is necessary to give a comparative economic estimation of the application of different groups and sets of machines in the performance of certain types of works and technological operations, to consider the examples of rational scientifically grounded use of machines in the construction, to generalize information about the principal directions of development of high capacity machines for the comprehensive mechanization of construction operations, to give the data on the efficient techniques of using machines, to acquaint students with the achievements of domestic and foreign science and technology. It is also recommended to organize excursions to the construction sites, the bases of mechanization and construction exhibitions.

Control in this discipline provides the execution of midterm evaluation, the main forms of which are: test, pass/fail exam.

When implemented the present academic program provides the handling of:– test– 1;– pass/fail exam – 1.

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Educational organizations shall develop competency-based tasks in a test form within the working academic program.

As a result of study the discipline the student shallknow:– types of construction machines and labor saving tools; – application, functional principles, technical-and-economic and

performance criteria of the main construction machines and labor saving tools, their application rules in the relevant types of construction operations;

– work safety and safe techniques for working in the operation of construction machines and labor saving tools.

be able to:– determine the performance and match the sets of construction machines

and labor saving tools to perform the mechanized construction operations; – keep the operational accounting of work of the construction machines,

power installations, transport vehicles.

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TECHNOLOGY OF CONSTRUCTION AND INSTALLATION PRODUCTION

The purpose of this discipline study is to teach future specialists how to select and apply advanced and progressive methods and new technologies of construction and mounting and finishing works during construction of buildings and structures, to develop work flow sheets, to know all regulatory documents in the construction area. Generate knowledge about working methods and means, about labor arrangement of workers, selection of construction machines, load-handling devices, materials and equipment, about safety requirements to be followed during works.

DISCIPLINE SUMMARY

Topic

Number of academic hours

total

including

practicaltrainings

Introduction1. Construction features2. Human resources and labor arrangement3. Production engineering of construction processes4. Transportation5. Earthwork operations6. Piling works7. Mason's works8. Carpenter's and joinery works9. Welding worksTest No. 110. Concrete and reinforced concrete works11. Mounting of building structures.12. Works for protection and insulation coatings13. Works for finishing coatings

Course planTotal

22224144124311222610

30130

8

6

612

4

36

343

CONTENT OF THE DISCIPLINEContent of the topic Result Evaluation criteria

IntroductionPurposes, objectives and subject

of the discipline “Technology of Construction and Mounting Operations”, its relation to other academic disciplines.

Capital construction, its types. Main directions of capital construction development in the Republic of Kazakhstan. Scientific and technical process and its main direction in construction industry. The stages of buildings and structures erection.

Expresses general judgment about purposes, main directions of the construction industry development, scientific and technical progress.

Expresses general judgment about purposes, objectives and subject of the discipline, main directions of the construction industry development, scientific and technical processes, and stages of buildings and structures erection.

Topic 1. Construction production featuresThe types of construction

products, their distinctive features. Construction processes and works, their content and structure. General construction and special works. Technological connection of general construction and special works. Material elements of construction processes. Industrialization features of construction.

Construction regulatory technical documents and technical designing documents. Quality control of

Knows the types of construction products, construction processes and works, material elements of the construction processes.

Describes the types of construction products, construction processes and works, material elements of construction processes. Regulatory technical documents and technical documents, quality control of construction products, requirements of labor safety, environment and fire protection during works.

344

Content of the topic Result Evaluation criteriaconstruction products. Safety of labor, environment and fire protection during construction and mounting works.

Topic 2. Human resources and labor arrangementWorkers in the construction:

training, professions, specialties and qualification. Meaning and content of the tariff-skilled manual. Labor arrangement: gangs, teams, types and their formation.

Technical rate setting. Labor productivity of workers, main ways of its increasing.

Characterizes professions, specialties and qualifications of workers, the arrangement of their labor, staff of gangs and types of teams.

Describes professions, specialties and qualifications of workers, arrangement of their labor, staff of gangs and types of teams. Explains the meaning of technical rate setting and labor productivity.

Topic 3. Production engineering of construction processesPurpose and purpose of

production engineering. Flow sheets, their purpose and content. Initial data for development. Arrangement methods of construction operations: systematic, parallel, flow. Arrangement methods of construction and mounting works: volume of works, work zones, block, working place, tier. Sheets of work processes, their purpose and content.

Explains the production engineering of construction processes

Explains the purpose and content of flow sheets and work processes sheets. Describes arrangement of elements of construction operations.

Topic 4.TransportationClassification of construction

loads. Types of transport used in construction: auto, railway, water, air.

Presents the classification of construction loads, the types of vehicles, principles of their work

Presents construction loads classification, types of transport, and arrangement principles of their work.

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Content of the topic Result Evaluation criteriaSpecial types of transport. Principles of auto transport work arrangement: pendulum and shutter traffic plan. Transport requirements plan. Loading operations at construction site. Batching, packing, containerization of different construction loads. Mechanization of loading operations. Safety requirements to be followed during transport and loading operations.

organization. Describes loading operations, explains the meaning of containerization, packing and batching of loads. Clarifies safety requirements to be followed during transport and loading operations. Calculates transport requirements to construction loads delivery to the construction site.

Topic 5.Earthwork operationsPurpose of earthwork operations

in construction. Types of earthwork structures. Types of soil and its property. Preparative and secondary processes: preparation of construction site territory; surface leveling operation; earthwork structures setting out; draining, dewatering and groundwater lowering; stability ensuring of earthwork structures slopes; temporary tacking of the earth cut walls;

artificial grouting. Estimation of excavated soil volume in trenches and excavation pits. Artificial production of soil: using single-bucket, multi-bucket excavators with various integral implements. Production of soil using

Describes the types of earth constructions, types of soils, types of preparative and secondary processes.

Describes types of earthwork structures, types of soil, types of preparation and secondary works. Order to define earthwork volumes. Presents the methods of soil artificial production, features of earth works in wintertime, arrangement of work quality control.

Describes safety and environment protection requirements to be followed during earth works.

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Content of the topic Result Evaluation criteriaearth-moving machines: scrapers, bulldozers, graders. Deposition and consolidation technology of saturated soil using machines and machinery. Piping of soil, drilling. Soil excavation by blasting. Closed methods of soil production. Soil production in winter conditions. Quality control of earth works. Safety and environment protection requirements to be followed during earth works.

Practical work (8 hours)Development of the flow sheet

elements for earth works.Works out the flow sheet

elements for earth works.Develops the flow sheet elements

for earth works.Topic 6. Piling works

Purpose of piling works and their application area in construction. Types of piles. Technology and methods of pile installation: impact, vibro, vibro percussing, jacking, screwing, water-jet relaxation, using electroosmos. Arrangement technology of cast-in-place displacement piles. Arrangement of accumulative monolithic grillages. Arrangement of grillages free pile foundation. Pile foundations on soft soil. Essence of the method “slurry wall”. Quality control and acceptance of

Explains the purpose of piling works, describes the methods of pile installation.

Explains the purpose of pilling works, describes pile installation methods. Arrangement of cast-in-place displacement piles, grillages free foundations, foundations on soft soil, describes quality control and the order of pile foundations acceptance, safety labor and environment protection requirements.

347

Content of the topic Result Evaluation criteriapile foundations. Safety and environment protection requirements to be followed during pilling works.

Topic 7. Mason’s worksMason's works in construction.

Materials for mason's works. Types of mason's works. Rules for masonry cutting. Masonry binding systems. Wall masonry of easier design. Special types of masonry. Wall mason's work with wall covering, reinforced masonry.

Tools and appliances for mason's work, staging, scaffolds, arrangement of work and working place of mason's setter. Features of mason's works in wintertime.

Technology and arrangement of mason's works together with prefabricated structures mounting. Technical documentation for masonry.

Quality control of mason's works. Safety requirements to be followed during mason's works.

Describes the types of mason’s work and the quality control of the mason’s work.

Describes types of masonry, cutting rules, work technology, workers labor arrangement, features of mason's work in wintertime. Presents the quality control of mason's works. Describes labor safety requirements.

Practical work.(6 hours)Development of the flow sheet

elements for mason's and mounting works.

Works out the flow sheet elements for mason's and mounting works.

Develops the flow sheet elements for mason's and mounting works.

Topic 8. Carpenter's and joinery works348

Content of the topic Result Evaluation criteriaWood material, methods of its

processing and preparation. Structures assembling from logs and beams. Arrangement of a roof framework system. Installation of millworks.

Quality control of works. Safety requirements to be followed during works.

Reveal the technological process of carpenter's and joinery works.

Reveals carpenter's and joinery works technology. Describes applied materials, quality control works. Presents safety requirements to be followed during works.

Topic 9. Welding worksClassification of welding types

and their application area. Weld connections and joints. Welding regime and technology of joints. The technology of manual electric-arc welding. Automatic and semiautomatic submerged welding. Gas welding. Technology of resistance welding, its types. Quality control of welding works.

Safety requirements to be followed during welding works.

Describes the types of welding, weld connections and joints.

Describes the types of welding, welding connections and joints. Presents the technology of manual electric arc, automatic, semiautomatic, gas and resistance welding, organization of quality control. Presents requirements to be followed during works.

TestTopic 10. Concrete and reinforced concrete works

Application area of monolithic concreting. Content of monolithic concreting technological process. Purpose of timbering and requirements to it. Types of timbering, its application area. Advanced types of timbering.

Describes the composition of the complex technological process of monolithic concreting.

Describes the structure of monolithic concreting complex technological process. Describes the types of timbering, technology and arrangement of timbering works, types of reinforcement units, technology and

349

Content of the topic Result Evaluation criteriaQuality control of timbering, arrangement of timbering works. Classification of reinforcement by the material type, mechanical properties, production technology, purpose and operating principle. Reinforcement units. Types of joining of reinforcement units into one reinforcement structure. Providing of design position for reinforcement and thickness of protection layer of the concrete. Technology and arrangement of reinforcement works at construction sites. Quality control of reinforcement works. Transportation and concrete handling to the place of deposit. Deposit and consolidation of concrete during concreting of various structures. Arrangement of structure joints. Special methods of concreting: vacuum treatment, shotcreting, pressure and underwater concreting. Concrete maturation and curing.

Striking of the structures. Features of technology of concrete and reinforced concrete works in winter conditions. Quality control of concrete and reinforced concrete works.

arrangement of reinforcing works. Clarifies the methods of concrete handling to the placing point, placing and consolidation, technology of various structures concreting, special concreting methods, the concreting process in winter conditions, quality control methods of concrete and reinforced concrete works. Clarifies the safety requirements to be followed during concrete and reinforced works.

350

Content of the topic Result Evaluation criteriaOrganization of flow process for concrete and reinforced works. Technical documents. Safety requirements to be followed during the performance of concrete and reinforced works.

Practical work.(6 hours)Development of the flow sheet

elements of reinforced concrete works for foundation.

Works out the flow sheet elements of reinforced concrete works for foundation.

Develops the flow sheet elements of reinforced concrete works for foundation.

Topic 11.Mounting of building structuresGeneral data on mounting

technology of building structures. Mounting technological effectiveness of building structures. Composition of mounting process: delivery, acceptance, stocking of structures, strapping, lifting and handling of structures to any installation point, aligning, temporary and final fixing of structures in design position, preparation of the structure elements for the mounting.

Classification of building structures mounting methods. Devices for temporary structures fixing and aligning, boards, ladders and frame scaffold. Load-handling devices. Calculation of strap cross-section.

Describes the process of mounting of building structures

Describes the building structures mounting process. Clarifies mounting methods classification, describes mounting machinery, load-handling devices, mounting connections, mounting technology of various structures, buildings, the order of mounting quality control. Represents safety requirements to be followed during building structures mounting works.

351

Content of the topic Result Evaluation criteriaMounting machinery. Selection of the erection crane. Mounting of reinforced concrete and metal structures elements, conveying method of large-block cover structures mounting. Arrangement of reinforced concrete and metal structures connection, hermetic and joint sealing.

Mounting technology of single-storey industrial buildings. Mounting technology of multi-storey skeleton buildings. Mounting technology of large-panel buildings. Mounting of buildings from volume elements. Erection of building using lifting of labs and floors method. Mounting of buildings with reinforced concrete shells covering. Mounting of metal constructions of tall engineering structures. The features of structures mounting in wintertime. Quality control of mounting works. Safety requirements to be followed during building structures mounting works.

Practical work.(6 hours)Development of the flow sheet

elements for the mounting of reinforced concrete skeleton of single-storey industrial building.

Works out the flow sheet elements for the mounting of reinforced concrete skeleton of single-storied industrial building.

Develops the flow sheet elements for the mounting of reinforced concrete skeleton of single-storey industrial building.

352

Content of the topic Result Evaluation criteriaPractical work.(6 hours)

Development of the flow sheet elements for the mounting of reinforced concrete skeleton of multi-storey building.

Develops the flow sheet elements for the mounting of reinforced concrete skeleton of multi-storied building.

Develops the flow sheet elements for the mounting of reinforced concrete skeleton of multi-storey building.

Topic 12. Works for protection and insulation coatingsTypes of protection and

insulation coatings and requirements to them. Roofings: purpose, applied materials, preparation of base for various roofings types. Arrangement technology of advanced roofings from rolled bitum-polymeric materials. Arrangement technology of built-up roofing. Arrangement technology of roofings from masonry materials: shingle, clay and sand-cement tile; asbestos-cement corrugated sheets; roofing steel; metal tile. Quality control of roofing works. Heat insulation works: purposes and types, arrangement technology. Effective heat insulation methods of outside walls. Quality control of heat insulation works. Waterproofing works, their purpose. Types of waterproofing. Preparation of surfaces, arrangement technology of waterproofing coatings. Quality control.

Describes the types of roofing coating, the performance technology of roll roofings, roofings from the different types of tile, metal tile, roofing steel.

Describes the types of roofing coatings, performance technology of roll roofings, roofings from different types of tile, metal tile, roofing steel. Clarifies heat insulation, waterproofing and anticorrosion works technology, quality control. Clarifies safety requirements to be followed during protecting and insulation coatings works.

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Content of the topic Result Evaluation criteriaAnticorrosive coatings, their purpose and types, application techniques, quality control. Arrangement of protecting and insulating coatings in winter conditions. Labor safety requirements.

Topic 13. Works for finishing coatingsPurpose and types of finishing

coatings. Plaster works, their purpose, types, classification, materials. Preparation of surfaces for plastering. Surfaces plastering technology. Decoration and special plasters technology. Tools, equipment, devices for plaster works, frame scaffolds and boards. Plasters works in wintertime. Quality control of plaster works.

Facing works, their application area, materials. Surface facing with ceramic tiles and tiles from natural stones. Surface facing with sheet materials.

Arrangement of suspended ceilings.

Tools, devices, fixtures for facing works. Quality control. Labor safety requirements.

Painting works, their application

Reveals the types of finishing coatings, the materials usage.

Deals with the types of finishing coatings, applied materials. Describes the surface preparation process for finishing coatings, technology of plaster, painting, facing works, arrangement of floors, and quality control of works. Clarifies safety requirements to be followed during finishing works.

354

Content of the topic Result Evaluation criteriaarea. Types of painting coating. Paints. Preparation of surfaces for painting. The technology of surface painting with different paints. Tools, devices, fixtures for painting works. Types of finishing roll materials, preparation of the surface for hanging. Technology of surface hanging with roll materials. Quality control. Labor safety requirements to be followed during painting works.

Arrangement of floor covering. Requirements to floors, classification. Preparation of base under floors. Technology of wood floors arrangement: boarding, block parquet, parquet strips and parquet panels, wood particleboard, wood fiberboard. Floors from roll and carpet materials. Arrangement of different floors. Poured and self-leveling floors technology. Arrangement of heat insulated floors. Quality control

Practical workCalculation of volumes, labor costs and duration of plaster works.

Calculates volumes, labor costs and duration of plaster works

Calculates volumes, labor costs and duration of plaster works.

Practical workCalculation of volumes, labor

costs and duration of painting works.Calculates volumes, labor costs

and duration of painting works.Calculates volumes, labor costs

and duration of painting works.355

Directions to study the discipline

The program of the discipline “Technology of construction and installation production” provides that the students will receive knowledge about technologies of construction and mounting works operation during the erection of civic, industrial and agricultural buildings and structures, about the method and means of work operation, about workers' labor arrangement, selection of building machines, load-handling devices, materials and equipment, safety requirements to be followed during works and environment protection.

The discipline study is based on the of students' knowledge received after studying the disciplines “Building materials and products”, “Geodesics”, “Buildings and Constructions Structures”, “Occupational Safety”, “Construction Machines and Labor Saving Tools”, “Basics of structural calculation”.

When presenting program material, it is required to take into account the position of technical regulatory legal acts in the area of construction technology, advanced scientific and technical achievements, advanced experience in construction area. It is advised to arrange excursions to construction sites and exhibitions in order to elevate students' minds and to receive new data about advanced construction.

The program provides to carry out Practical works and term project, which help the students to receive skills for solving of practical tasks related to the construction technology and for developing of skills concerning flow sheet developing for construction operations.

The purpose of the term project on discipline “Technology of Construction and Mounting Operations” is to go deep into theoretical knowledge and to systematize them, to generate skills and knowledge applied during technical documents developing, to solve production tasks, to carry out required calculations, to work with regulatory, reference and technical documents and literature. Initial data for designing and calculation is the data developed in the term project on discipline “Buildings and Constructions Structures”.

Any term project shall be developed as the flow sheet for construction operations and shall include explanatory note and graphic part.

The explanatory note shall include the sections of the flow sheet established by the regulatory document.

There shall be a reference list in the end of the explanatory note. Approximate scope of the explanatory note is 30 pages.

Graphic part of the term project shall be carried out on one A1 paper, where all flow sheet technological process elements shall be drawn out.

The control in this discipline provides to carry out midterm evaluation, the main forms of which are: test, term project, exam.

The implementation of this academic program shall provide to carry out: tests - 1; term project - 1; exam - 1.

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Tests shall be carried out during general budget time provided for the discipline study, term project is carried out during the discipline study, and exam is carried out within the time limits provided for midterm assessment.

Education organizations have to prepare competence-oriented practical tasks and tasks in test form for this work academic program.

At the end of this discipline study a student shouldknow:– products of construction industry and their distinguishing features from

other products types;– the types of construction and mounting works, machines and machinery for

their execution;– construction documents for project construction;– methods and means of construction and mounting works;– rational arrangement of machines and machinery working places and

zones;– rational selection of gang and team staff and assignment of responsibilities

between workers;– system of planning and quality management of construction products;– system of technological design, content of technological documents;be able: – to work with technical, regulatory legal acts and references;– to develop flow sheets for construction and mounting operations and to

apply them in practice;– to ensure compliance with the rules of safety procedures, fire safety,

production sanitation, environment protection.

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ORGANIZATION OF CONSTRUCTION AND INSTALLATION PRODUCTION

The purpose of discipline studying is to teach future specialists to arrange the construction projects correctly, to own all standard documentation in the field of the construction arrangement; to form a concept of preparation and the arrangement of the construction and mounting operations, bases of the line arrangement of the, calendar and project planning, development of construction overall plans and construction inspection.

DISCIPLINE SUMMARY

Topic

Number of academic hours

totalincluding Practical

worksIntroduction 1. Construction complex of the Republic of Kazakhstan2.Managerial and engineering support of the construction operations3. Fundamentals of line organization of the construction operations4. Scheduling of construction5. Critical path schedule of construction6. Construction overall planTest7. Construction quality control. Facility commissioning.Term paper

TOTAL

11

4

410611123070

628

16

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Purposes, objectives and subject of the discipline "Organization of construction and assembly production." Its connections with other disciplines, value in the specialists’ training. Basic concepts in the field of construction.

Expresses general judgment on the purposes, objectives and subject of the discipline, the basic concepts in the field of construction.

Expresses a general judgment on the purposes, objectives and subject of the discipline, about the basic concepts in the field of construction.

Topic 1. Construction complex of the Republic of KazakhstanStructure of a Construction

complex, its composition and participants. Role of the scientific and research institutes, construction industry, construction companies, institutional expertise, public oversight and improving the quality of construction and the development of scientific and technical progress in construction.

Characterizes the construction complex of the Republic of Kazakhstan.

Describes the structure and composition of a Construction complex, explains the role of organizations in the construction operations

Topic 2. Managerial and engineering support of construction operationsPurposes and problems of

managerial and engineering support of construction. Stages of managerial and engineering support of construction: general preparation, preparation of the construction organizations, preparation of construction object, preparation for

Knows the managerial and engineering support of construction operations.

Sets out purposes and objectives, highlights the stages of preparation of construction operations. Describes the documentation to be prepared for the construction operations.

359

Content of the topic Result Evaluation criteriainstallation and construction operations. Documentation on preparation for construction operations, its types and purpose. Project of the Organization of Construction (POC), its structure and order of development. Program of Works (PW), its structure and order of development. Tender, it importance in market conditions

Topic 3.Fundamentals of line organization of the construction operationsEssence and variety of spreads on

structure and nature of development in space. Parameters of a spread: number of separate processes or number of crews participating in a spread; number of work zones; spread step; period of operation on one work zone; duration of works on the first work zone; general activity duration on a spread in general. Parameter identifier. Graphic representation of spreads. Periods of a spread: expansion of a spread, an established spread, turning of a spread. Features of the organization of object and complex spreads. Technical and economic efficiency of the line organization of construction operation.

Knows the rules of graphical construction of a building line

Classifies spreads. Explains parameters and periods of the organization of spreads. Explains the rules of graphic creation of a spread, explains features of organization of spreads and their main technical and economic parameters.

Topic 4. Scheduling of construction360

Content of the topic Result Evaluation criteriaPurpose, structure of linear

planned schedules of construction. Basic data for linear planned schedules and order of their development. Organizational and technological development stages of a object-planned schedule: definition of structure and calculation of amounts of works, choice of rational methods of work performance, definition of expenses for work and machine time, rational structure of crews. Shifts and durations of work performance. Creation of operating schedules, operations of construction machines and mechanisms, delivery and consumption of construction materials and designs. Features of scheduling at installation of a building from vehicles. Technical and economic indicators of the planned schedule. Work safety requirements.

Works out the calculation and graphical parts of planned schedule, workers’ displacement diagrams, the construction machinery and mechanisms operation diagrams, delivery and consumption of materials and constructions.

Explains purpose, describes structure of the planned schedule, and states basic data for its development. Covers a development methodology of settlement and graphic part of the planned schedule. Creation of operating schedules, operations of construction machines and mechanisms, delivery and consumption of materials and designs, procedure of payments of technical and economic indicators.

Practical work No. 1Development of the calculation

part of a time schedule.Develops the calculation

part of a time schedule.Develops the calculation part of a

time schedule.Practical work No. 2

Development of the graphic part of a time schedule and calculation of technical and economic indicators.

Develops the calculation part of a time schedule, calculates the technical and economic

Develops the graphic part of a time schedule and calculation of technical and economic indicators

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Content of the topic Result Evaluation criteriaindicators.

Practical work No. 3Creation of workers displacement

time diagrams, operation of construction machines and mechanisms, delivery and consumption of construction materials and designs.

Creates the workers’ displacement time diagrams, operations of construction machines and mechanisms, the delivery and consumption of construction materials and designs.

Creates workers displacement time diagrams. Operations of construction machines and mechanisms. Delivery and consumption of construction materials and designs.

Topic 5. Network planning of constructionSubject matter and purpose of

planning based on arrow diagrams. Basic elements of arrow diagrams. Principles of creation of arrow diagrams. Temporary parameters, their calculation. Types of arrow diagrams. Graphic method of calculation of arrow diagrams. Updating of arrow diagrams. Technical and economic parameters of an arrow diagram.

Reveals the essence, explains the purpose of planning on the basis of network diagrams.

Reveals the subject matter. Explains the purpose of planning based on arrow diagrams. Describes the principles of construction, temporary parameters, and types of arrow diagrams. Explains a procedure of calculation of the arrow diagram with a graphic method, its correction, calculation of technical and economic indicators.

Practical work No. 4Calculation of an arrow diagram

with a graphic method.Calculates network

diagram with a graphic method for all time parameters.

Calculates an arrow diagram with a graphic method for time parameters.

Topic 6. Construction overall planPurpose and types of construction

overall plans. Basic data for their design. Contents of an object

Knows the purpose, types, contents of construction overall plans, the principles and

Explains purpose. Describes types. States contents of construction overall plans, principles and sequence

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Content of the topic Result Evaluation criteriaconstruction overall plan, principles of its design. Sequence of design: allocation of vehicles and machinery, definition of dangerous areas. Allocation of temporary establishments, temporary roads with secured road safety on a construction site, arrangement of warehousing facilities. Design of temporary water - and electricity supply systems of a construction site. Coordination of solutions of an object planned schedule with organization of a construction site. Calculation of technical and economic indicators of a construction overall plan. Safety arrangements, fire safety and environmental protection.

sequence of their development. of their development, explains a procedure of calculation of technical and economic indicators.

Practical work No. 5Development of a construction

overall plan at construction of an object with a jib or a pillar crane.

Develops a construction overall plan of the construction of an object with a jib or a pillar crane.

Develops a construction overall plan at construction of an object with a jib or a pillar crane: chooses a direction of the movement of the erection crane, defines a dangerous area of its work, storage locations for building structures, allocation of accommodation spaces, temporary roads, temporary building services, calculates technical and economic indicators.

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Content of the topic Result Evaluation criteriaPractical work No. 6

Calculation of areas of temporary buildings and constructions, areas for storage of building structures and working material.

Calculates the areas of temporary buildings and constructions, the area of storage of building structures and working material.

Calculates areas of temporary buildings and constructions, area of storage of building structures and working material.

Practical work No. 7Calculation of a need in

temporary water supply for a construction site.

Calculates a need in temporary water supply for a construction site

Calculates a need in temporary water supply for a construction site

Practical work No. 8Calculation of a need in

temporary power supply of a construction site.

Calculates a need in temporary power supply for a construction site.

Calculates a need in temporary power supply for a construction site.

TestTopic 7.Construction quality control. Facility commissioning

Construction Quality Inspection authorities, their rights and obligations. Commissioning of a facility completed. State acceptance commission, its structure and tasks.

Characterizes the order of commissioning of a facility completed.

Describes construction quality inspection authorities, states their rights and obligations. Explains the order of commissioning of a facility completed.

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Directions to study the discipline.

The program of the discipline “Organization of construction and installation production” provides to study of preparation and arrangement of construction operations, bases of the line construction, calendar and project planning, development of construction overall plans, inspection of the construction by students.

Teaching of the discipline is based on the knowledge received by students when they studied disciplines “Buildings and Constructions Structures”, “Building materials and products”, “Occupational Safety”, “Construction Machines and Labor Saving Tools”, “Technology of Construction and Mounting Operations”, “Utility Equipment of Buildings”, “Electrical Equipment of Buildings”, “Building Regulations, Construction operations Quality Control”.

It is necessary to use technical regulations in the field of construction organization to consider modern science and technology achievements, the best practices in construction area when teaching the program material.

Control in this discipline provides to carry out midterm evaluate on the main forms of which are: test, term paper, examination.

The implementation of this academic program shall provide to carry out: test – 1; term paper – 1; examination – 1.

Test shall be carried out within the general studying time budget for this discipline, a term paper shall be carried out in the course of the discipline study, and examination shall be carried out within the terms provided for midterm evaluation.

It is necessary for educational establishments to develop the competence-based focused Practical works and tasks in a test form within the working academic program.

The program provides to carry out Practical works and a term paper to promote successful learning of the material studied, to acquire skills to solve the practical tasks connected with the arrangement of construction operations by students.

The purpose of a term paper in this discipline “Arrangement of the Construction and Mounting Operations” is to deepen and systematize theoretical knowledge, form design skills and calculate documents of the project of works on a facility construction. The data developed in a term paper during an academic year in disciplines “Buildings and Constructions Structures”, “Technology of Construction and Mounting Operations” serve as the basic data for this term paper and calculation.

A term paper shall consist of an explanatory note and a graphic part. An explanatory note shall contain three sections.The first section "Planned Schedule of a Facility Construction" includes

calculation of work scope under the approved nomenclature, calculation of labor

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expenses and machining time for the facility. Description of work methods chosen, calculation of a need in vehicles and material resources.

The second section “Construction Overall Plan” shall include calculation of the area of household buildings and constructions, storage areas for construction materials and constructions, calculation of the requirement in temporary water and electricity supply system of a construction site.

The third section “Occupational Safety and Health Measures and Environmental Protection” shall include the description of the work safety and environmental protection measures developed for a construction site.

The list of references shall be provided at the end of an explanatory note. An approximate scope of the explanatory note is 40 pages.

A graphic part of a term paper shall consist of two sheets. A schedule diagram of works, a man-assignment schedule, a schedule of operation of the main construction machines and mechanisms, a schedule of construction materials and constructions delivery and consumption, a table of technical and economic indicators shall be placed on the first sheet of the paper (A1 format). A construction overall plan, graphical symbols, an explication, a crane assembly scheme and its loading capacity diagram, a storage scheme of constructions, stable of technical and economic indicators shall be placed on the second sheet of the paper (A1 or A2 format, scale 1:200, 1:500).At the end of this discipline study the student shouldknow:

regulatory and legislative base in the field of the construction arrangement; arrangement forms of construction; structure and arrangement of the works preceding construction; principles of technical rate setting; arrangement order of construction groups of workers and gangs; bases of the line arrangement of construction operations; order of arrangement and technical training of construction operations; structure and purpose of construction overall plans and planned schedules; functions of construction supervision and oversight authorities; order of facility commissioning;

be able to: complete group of workers, crews, to make arrangement of workers according to

their qualification and production need; make planned schedules of facilities construction according to standard terms; develop construction overall plans of objects under construction, to count

resources necessary for this purpose; analyze results of the activity of a construction and mounting crew.

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TECHNICAL MAINTENANCE OF BUILDINGS AND FACILITIESThe purpose of this discipline study is to generate student's knowledge in

relation to the characteristics of buildings and constructions operation and maintenance, as well as organization of work for technical maintenance activities.

DISCIPLINE SUMMARY

Section, topic

Number of academic hours

total

including

Practical works

Introduction 2Section 1.Basic provisions of technical maintenance of buildings and constructions

18 6

1.1. Operational life of buildings, their wear, obsolescence 8 4

1.2. Operational requirements to buildings, constructions, systems, equipment.

4

1.3. Sanitary requirements and fire safety regulations during operation of buildings

6 2

Section 2. Technical maintenance of building construction structures

14

2.1.Technical maintenance of footings and foundations 22.2.Technical maintenance of building walls and faces 42.3. Technical maintenance of the floor structures and floors 22.4. Technical maintenance of roofs and roof coating 42.5. Technical maintenance of askeleton of buildings and stairs

2

Section 3. Characteristics of seasonal operation of buildings

14 6

3.1.Preparation of buildings to winter, spring and summer operational periods

8 6

3.2.Characteristics of public buildings operation 5Test 1Section 4. Maintenance of house property territory 64.1.Arrangement of housekeeping 24.2.Public services and amenities of domestic buildings and surrounding grounds

4

TOTAL 54 12

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CONTENT OF THE DISCIPLINE

Content of the topic Result Evaluation criteriaIntroduction

Functional performance of buildings and constructions. The theoretical foundations and technical maintenance practice

Reveals the essence of the main terms of the discipline.

Specifies functional performances of buildings and constructions. Defines the concept of the basic definitions of the discipline

Section 1. The Basic provisions of technical maintenance of buildings and constructionsTopic 1.1. Operational life of buildings, their wear, obsolescence

Operational life and factors resulting in the buildings and constructions wear. Early wear and methods of its prevention. Obsolescence of buildings and constructions. Accounting of physical wear and obsolescence.

Knows the accounting procedure of physical wear and obsolescence.

Defines the concept of the definition of the operational life of a building. Characterizes wear, obsolescence of buildings. Describes the accounting procedure of physical wear and obsolescence.

Practical work No. 1Calculation of physical wear and

obsolescence of buildings' elements.Makes a calculation of the physical

wear and obsolescence of buildings' elements.

Makes a calculation of the physical wear and obsolescence of buildings' elements, arranges the change dependency of a building real cost in respect to the physical wear and obsolescence. Makes an assessment ofengineering status of a building constructionaccording to its physical wear (%). Makes calculation of the mean importance of physical wear of a building.

Topic 1.2. Operational requirements to buildings, constructions, systems, equipmentGeneral and special operational Specifies the general and special Explains the general and special

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Content of the topic Result Evaluation criteriarequirements. Basic requirements to a building design. Basic requirements to commissioning of new buildings. Assessment of buildings' functional performance. Instrumental verification

operational requirements. Specifies basic requirements to a building design, to the commissioning of new buildings.

operational requirements. Specifies basic requirements to a building design, to the commissioning of new buildings.

Topic 1.3. Sanitary requirements and fire safety regulations during operation of buildingsSanitary requirements and standards

in respect to buildings operation. Parameters of ventilation, thermal covering, acoustic isolation. Control methods and tools of the sanitary and environmental parameters in rooms. Temperature and air humidity control, structural inspection. Chemical analysis inspection of the indoor air. Indoor lighting control.

Characterizes the sanitary-hygienic requirements and norms of buildings exploitation.

Specifies sanitary requirements and standards in respect to buildings operation. Describes parameters of ventilation, thermal covering, acoustic isolation, control methods and tools of sanitary and environmental parameters in rooms. Specifies control methods and tools for sanitary and environmental parameters in rooms. Conducts temperature and air humidity control, structural inspection, chemical analysis inspection of indoor air, indoor lighting control.

Practical work No. 2Calculation of indoor air

interchange, comparison of it with standard data. Familiarization with the ways of increase the indoor air interchange. Study of the air calculation parameters and indoor air change rate.

Calculates the indoor air interchange. Compares it to the standard data.

Calculates the indoor air interchange. Compares it to the standard data. Explains the way so increase the in door air inter change

Section 2. Technical maintenance of building construction structuresTopic 2.1. Technical maintenance of footings and foundations

Primary defects of basement Knows the rules of technical Specifies basic defects of basement 369

Content of the topic Result Evaluation criteriafoundations and walls, causes of its occurrence. Operational requirements to footings and foundations. Assessment methods of their functional performance. Remedies for foundation defects and damages.

maintenance of footings and foundations. foundations and walls. Explains causes of its occurrence. Specifies the operational requirements to the footings, foundations. Specifies assessment methods of its operational performance. Specifies the remedy for foundation defects and damages.

Topic 2.2. Technical maintenance of building walls and facesOperational requirements to the

walls. Walls parameters, ways and means of their control. Characteristic places and causes of walls miniaturization. Ways of their protection and drying. Places and causes of the walls straight freezing and ways of their thermal covering. Large panel walls' and their butt joints' maintenance activities. Ways to reseal butt joints of a panel-wall building. Technical maintenance of facades' elements.

Knows the rules of technical maintenance of building walls and faces.

Specifies the operational requirements to walls. Characterizes walls parameters, ways and means of their control. Specifies characteristic places and causes of the walls miniaturization, ways of their protection, places and causes of walls straight freezing and ways of their thermal covering.

Topic 2.3. Technical maintenance of the floor structures and floorsPrimary defects of the floor

structures and causes of its occurrence. Floor structures operation, remedy of damages of the solid-cast and precast concrete floor structures. Primary defects of floors and causes of their occurrence. Floors operation

Knows the rules of technical maintenance of the floor structures and floors.

Specifies primary defects of floor constructions, Specifies causes of their occurrence and remedies

Topic 2.4. Technical maintenance of roofs and roof coating370

Content of the topic Result Evaluation criteriaOperational requirements to roofs.

Functional performance of roofs. Built-up roofing maintenance activities. Roll roofing maintenance activities. Asbestos-cement roofings maintenance activities. Protection and reconstruction of steel roofing elements

Knows the rules of technical maintenance of roofs and roof coating.

Specifies the operational requirements applicable to roofs and roofings. Specifies Requirements to maintenance activities of built-up roofings, roll roofings, asbestos-cement roofings

Topic 2.5. Technical maintenance of a skeleton of buildings and stairsTechnical maintenance of columns.

Significant damages of columns. Their remedies. Primary defects of stairs and causes of their occurrence. Stairs operation

Knows the rules of technical maintenance of a skeleton of buildings and stairs.

Specifies significant damages of columns, primary defects of stairs. Specifies causes of their occurrence.

Section 3. Characteristics of seasonal operation of buildingsTopic 3.1. Preparation of buildings to winter, spring and summer operational periods

Planningof preparation to winter operational period. Preparation of buildings to winter operational period. Actions for warmth rational use, economy water and electricity consumption. Preparation of hot-water supply, plumbing and sewage internal systems, preparation of ventilating systems. Preparation offacilities to spring and summer operation. Order and arrangement of a spring building inspection, actions conducted for building preparation

Explains the need for planning and preparation of buildings to winter operational period.

Explains the necessity of planning and preparation of buildings to winter operational period. Describes preparation of facilities for spring and summer operation, order and arrangement of a spring building inspection, about actions conducted for a building preparation.

Practical work No. 3371

Content of the topic Result Evaluation criteriaDrawing up an general (spring)

building inspection act. Documentation of the results of a construction structures inspection and construction engineering equipment inspection

Makes a general (spring) building inspection act. Documents the results of a construction designs inspection and a construction engineering equipment inspection.

Makes a general (spring) building inspection act. Documents the results of a construction designs inspection and a construction engineering equipment inspection

Practical work No. 4Calculation of labor contributions

for keeping the domestic building surrounding grounds

Makes the calculation of labor contributions for keeping the domestic building surrounding grounds.

Makes the calculation of labor contributions for keeping the domestic building surrounding grounds

Topic 3.2. Characteristics of public buildings operationOperational requirements to public

buildings. Fire safety requirements. Sanitary requirements. Characteristics of public buildings operation. Actions to keep operation performance on the level set

Reveals the essence of public buildings operation.

Specifies operational requirements to public buildings. Defines the concept of characteristics of public buildings operation. Specifies fire safety requirements.

TestSection 4. Maintenance of house property territory

Topic 4.1. Arrangement of housekeepingArrangement of housekeeping.

Rules and sequence of housekeeping. Housekeeping periodicity.

Characterizes the essence of housekeeping arrangement, its rules, sequence and periodicity.

Defines Essence of housekeeping arrangement, its rules, sequence and periodicity.

Topic 4.2. Public services and amenities of domestic buildings and surrounding groundsDefinition of public services and

amenities of domestic buildings and surrounding grounds. Requirements applicable to public services and amenities, and to landscape gardening.

Characterizes the concept of public services and amenities of domestic buildings.

Characterizes the definition of public services and amenities of domestic buildings and surrounding grounds. Defines Requirements applicable to public amenities and to landscape gardening.

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Directions to study the disciplineFor the purpose to realize the academic program of the discipline "Technical

maintenance of buildings and facilities" it is recommended to use the following teaching process form: lectures, workshops, excursions, practices.

Taking in account the particularities and difficulties of the teaching material content it is recommended to use the following study methods: lectures, conversations, discussions, solving the situational problems, analysis of manufacturing situations, role-playing and business games, brainstorming sessions, presentation of material, work in microgroups, etc..

The organizational forms of learning activities are advisory. The number of academic hours for sections study can be changed within the content minimum.

This teaching program provides study of particularities of buildings and constructions operation and maintenance, as well as organization of work for building maintenance activities.

The learning program is based on the student's expertise, knowledge and skills in the disciplines: "Building materials and products", "Construction Machines and Labor Saving Tool ", "Buildings and Constructions Structures", "Technology of Construction and Mounting Operations", "Arrangement of Construction and Mounting Operations", "Occupational Safety".

The control in this discipline provides the conducting of midterm evaluation, the main forms of which are: test, pass/fail exam

The implementation of this academic program shall provide to carry out:– test - 1;–pass/fail exam - 1.Educational organizations shall develop competency-based tasks in a test

form within the operating academic program.At the end of this discipline study the student shouldknow:–operational requirements to the facility operation; –parameters characterizing engineering status of buildings and

constructions; – scientific foundations and practical tasks of buildings and constructions

operation; – factors affecting the reliability and lifetime of operated buildings, causes

and types of their damage;– contemporary problems of buildings' and constructions' technical

maintenance.be able to:–implement actions for operation of buildings, their constructions and

engineering equipment;–inspect and control the operational suitability parameters of buildings and

constructions, as well as the diagnose their damages; – arrange repair and replacement of constructions and engineering

equipment

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BASICS OF THE MARKET ECONOMY AND PRODUCTION MANAGEMENT

The discipline is aimed to form a student’s knowledge in the field of economy and skills required for economic calculations and substantiation of economic decision, development of professional competency by making decision related to effective use of production, financial resources of organization.

SUMMARY OF THE DISCIPLINE

Section, topicAcademic

hourstotal Includi

ng Practic

al works

Introduction 1Section 1. Production resources of an organization, effectiveness of their use.

41 14

1.1. Construction complex of the Republic of Kazakhstan 11.2. Construction market 21.3. Construction company as business entity 2 21.4. Definition, classification of fixed assets of organization. Movement and effectiveness indices of using fixed assets

2

1.5. Depreciation and amortization of fixed assets of an organization

6 4

1.6. Current assets in construction 6 2Test No.1 11.7. Investments and innovations 3 21.8. Labor resources of an organization 6 21.9.Labor efficiency 6 21.10. Forms of remuneration 6 2Section 2.Organization functioning 42 102.1. Definition of production cost of construction company, its types, functions

4

2.2. Price formation in the construction industry 6 22.3. Profit, its kinds, functions 22.4. Procedure of formation and distribution of net profit of an organization. Profitability, its kinds

6 4

Test No.2 12.5. Contract relations in the construction industry 52.6. Planning of business activities 42.7. Construction financing and crediting 4

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2.8. Effectiveness of construction operations 4 22.9. Accounting and reporting in the construction industry 22.10. Analyses of production and business activity of construction companies

4 2

Term paper 20Total 84 26

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CONTENT OF THE DISCIPLINEContent of the topic Result Evaluation criteria

IntroductionContent of the discipline and its

tasks. Connection with other disciplines, theory and practice of modern economy.

Expresses general judgement on the role and place of discipline knowledge.

Expresses general view of the role and place of discipline knowledge in the process of learning the basic professional academic program in the specialty.

Section 1. Production resources of an organization, effectiveness of their useTopic 1.1. Construction complex of the Republic of Kazakhstan

Capital construction in the system of national economy. Stages and members of construction process. Technical and economical peculiarities of construction. Construction complex of the Republic of Kazakhstan, main ways of its development. Organization forms of construction management. Classification of construction organizations.

Knows the technical and economical peculiarities of construction, differentiates organizational forms of its management.

Specifies members of the construction complex, membership of the construction complex. Describes technical and economical peculiarities of construction, differentiates organizational forms of its management.

Topic 1.2. Construction marketConstruction market, conditions of

its creation. Market elements: objects, subjects, infrastructure, mechanism. Essence of business relations in the construction industry. Marketability of construction products. Anti-monopoly regulation of market economy. Anti-crisis management in the Construction complex.

Understands the mechanisms of functioning and regulation of the construction market.

Knows on mechanism of functioning and regulation of construction market.

Discovers Essence of business relations of construction market subjects. Represents the procedure of contract tendering in the construction industry.

Topic 1.3 Construction company as business entity

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Content of the topic Result Evaluation criteriaEconomic essence of company

business. Objectives and tasks. Peculiarities of formation and functioning of different construction organizations. Procedure of state registration and liquidation of business entities. Licensing of Construction complex companies business. Forms of production organization: concentration, specialization, cooperation, combining, their essence and economic effectiveness. Amalgamationofcompanies: association, consortium, concern, holding.

Characterizes the legal forms of companies.

Differentiates legal forms of companies, kinds of their amalgamation, specifies forms of production organization.

Represents procedure of registration of construction organizations and obtaining license for performing constructional works.

Practical work No. 1Calculation of operative efficiency

of joint-stock company.Produces calculation of

indices of operative efficiency of joint stock company.

Produces calculation of indices of operative efficiency of joint stock company.

Topic 1.4 Definition, classification of fixed assets of an organization. Movement and effectiveness indices of using fixed assets.

Definition of fixed assets as kind of production resources of an organization.

Classification of fixed assets by tangible and natural content, by production, by level of influence on subject of labor.

Average annual value of fixed assets.

Explains the classification of the fixed assets of an organization.

DescribesEssence of “fixed assets” definition.

Explains classification of fixed assets of an organization.

Represents methods of identifying average annual value of fixed assets.

Represents methods of identifying indices of movement, condition and

377

Content of the topic Result Evaluation criteriaIndices of movement, condition and

effectiveness of using fixed assets of an organization.

effectiveness of using fixed assets of an organization.

Topic 1.5. Depreciation and amortization of fixed assets of an organizationEconomic essence of depreciation

of fixed assets. Physical and functional depreciation, reasons. Kinds of physical and functional depreciation. Forms of functional depreciation.

Main definitions: amortization, amortization rate, depreciation deductions, amortization fund.

Definition of amortization of fixed assets of an organization. Straight-line and declining method of depreciation.

Described the types of depreciation of fixed assets of an organization, reveals its reasons.

Describes kinds of depreciation of fixed assets of an organization, defines their reasons.

Explains kinds of physical and functional depreciation.

Describes forms of functional depreciation.

Reveals Essence of such definitions as “amortization”, “amortization rate”, “depreciation deductions”, “amortization fund”.

Revels the meaning of amortization of fixed assets of an organization.

Represents straight-line and declining methods of depreciation.

Practical work No.2Calculation of average annual value

of fixed assets, indices of movement and effectiveness of using fixed assets.

Calculates average annual value of fixed assets, indices of movement and effectiveness of using fixed assets.

Calculates average annual value of fixed assets, indices of movement and effectiveness of using fixed assets.

Practical work No.3Calculation of depreciation

deductions using straight-line and declining methods.

Calculates depreciation deductions using straight-line and declining methods.

Calculates depreciation deductions using straight-line and declining methods.

378

Content of the topic Result Evaluation criteriaTopic 1.6. Current assets in construction

Concept of current assets. Content and structure of current assets. Sources of current assets formation. Defining of need for current assets. Organization of building maintenance. Indices of effectiveness of using current assets. Ways of increasing effectiveness of using current assets.

Describes the current production assets and circulation assets.

Reveals the essence of “current assets” definition. Describes stocks and circulating funds. Explains cash flow of an organization. Represents methods of calculating indices of effectiveness of using current assets.

Practical work No.4Calculation indices of effectiveness

of using current assets.Calculates indices of

effectiveness of usage of the current assets of an organization.

Calculates indices of effectiveness of using current assets.

TestTopic 1.7. Investments and innovations

Definition of investments. Their kinds and sources. Evaluation of investments effectiveness. Considering time factor. Capital investments, their structure.

Essence of innovation, their classification. Planning and evaluation of effectiveness of innovative activity.

Evaluates the effectiveness of investment and innovation activity of a construction enterprise.

Differentiates kinds of investments and innovations, Knows basic ways of investments and innovations in the construction industry. Gives assessment to effectiveness of investment and innovative activity of construction company.

Practical work No. 5Calculation of economic

effectiveness of investments.Evaluates effectiveness of

investments.Evaluates effectiveness of

investments.Topic 1.8. Labor resources of an organization

379

Content of the topic Result Evaluation criteriaDefinition of labor resources of an

organization, their content, structure. Defining need for organization of main and auxiliary personnel.

Specifies the method of calculating the number of main and auxiliary personnel.

Describes the essence of “labor resources of an organization» definition, describes their content, structure. Represent method of calculating the number of main and auxiliary personnel.

Practical work No. 6Calculation of number of workers

in organization.Calculates number of

workers in organization.Calculates number of workers in

organization.Topic 1.9. Labor efficiency

Basic definitions: labor efficiency, productivity, labor coefficient. Kinds of productivity and labor coefficients. Methods of measuring labor efficiency.

Knows the methods of measuring labor efficiency.

Describes the essence of such definitions as “labor efficiency”, “productivity”, “labor coefficient”. Describes kinds of productivity and labor coefficients. Represents methods of measuring labor efficiency.

Practical work No.7Calculation of indices of labor

efficiency.Calculates the indices of

labor efficiency.Calculates indices of labor

efficiency.Topic 1.10. Forms of remuneration, their systems

Economical essence of salary. Main and auxiliary salary.

Piecework payment, its systems: direct piecework payment, bonus piecework payment, piecework progressive payment.

Time wage, its systems: simple time wage, bonus time wage.

Knows the forms of remuneration, their systems.

Reveals the essence of “salary” definition.

Describes the content of main and auxiliary salary.

Characterizes piecework salary and time wage, their systems

Practical work No. 8380

Content of the topic Result Evaluation criteriaCalculation of salary according to

time wage and piecework payments.Calculates salary

according to time wage and piecework payments.

Calculates salary according to time wage and piecework payments.

Section 2. Organization functioningTopic 2.1. Definition of production cost of construction company, its types, functions

Essence and meaning of production cost. Production and full cost. Production cost functions. Definition of production cost of construction operations. Structure of production cost according to items of expenditure. Classification of expenditures by economic elements. Direct and indirect expenditures, variable and fixed costs in different kinds of companies. Kinds of production cost. Ways of decreasing production cost of construction operations.

Explains the production and full cost.

Reveals the essence of “production cost” definition. Explains production and full cost. Describes functions of production cost. Represents method of calculating production cost of construction operations, analyzes content and structure of production cost of construction operations. Classifies expenditures, reveals reserves of their decreasing.

Topic 2.2. Price formation in the construction industryDefinition of price as an economic

category. Kinds of prices according to the level and means of state participation in price regulating.

Definitions of factory, wholesale and retail prices. Formation of construction products prices. Contracting price. Client’s (investor’s) price. Taxes included into production price. Taxes

Explains the order of price determination for construction production.

Reveals the essence of “price” definition as an economic category. Describes kinds of prices according to the level and means of state participation in price regulating. Reveals the essence, content of factory, wholesale and retail prices. Knows general approaches to the system of price formation in the construction industry. States general

381

Content of the topic Result Evaluation criteriaincluded into the selling price of product. views about tax system of the RK,

differentiates kinds of taxes. Explains the procedure of price formation for construction products.

Practical work No. 9Definition of production cost and

cost of construction operations.Performs the calculation

of production cost and cost of construction operations

Performs calculation of production cost and cost of construction operations

Topic 2.3. Profit, its kinds, functionsDefinition of profit as an economic

category. Gross, taxable, qualifying, partial, net profit of an organization. Functions and definition of profit. Economic content of income and profit. Income resources of construction organization. Meaning of profit, its kinds.

Profit distribution of construction organization.

Reveals the essence of the concept “profit” as the economic category.

Describes the essence of “profit” definition as an economic category. Describes gross, taxable, qualifying, partial profit of an organization. Reveals functions and meaning of profit.

Topic 2.4 Procedure of formation and distribution of net profit of an organization. Profitability, its typesFormation of net profit of an

organization. Distribution of net profit among funds of an organization, way of its use. Economic essence of construction company profitability, methods of calculation of profitability indices. Factors in flouncing profit ability.

States the order of net profit of an organization formation. States the methods of profitability calculation.

Represents the procedure of net profit formation of an organization. Explains distribution of net profit, reveals the esence of “profitability” definition. Represents methods of calculation of profitability indices.

Practical work No.10

382

Content of the topic Result Evaluation criteriaCalculation and distribution of net

profit of an organization.Calculates and distributes

the net profit of an organization.Calculates and distributes net profit

of an organization.Practical work No.11

Calculation of profitability indices. Calculates the profitability indices.

Calculates profitability indices.

Test

Topic 2.5. Contract relations in the construction industryThe procedure of closing and

executing construction contract. Acceptance of work procedure. Payments for completed works in case of building a project. Liability of the parties. The procedure of changing and termination of construction contract.

Expresses general judgements about the sequence of opening, changing and termination of a construction contract.

Displays content of construction contract, states general views about procedure of its closing, changing, termination. Reveals the procedure of contract execution and liabilities of the parties.

Topic 2.6. Planning of business activityThe meaning of planning, its

principles and methods. Kinds of planning: long-range planning, short-range planning, operative planning. Stages of planning, initial data for plan development. Business plan, its function. Structure and content of business plan.

Specifies the main parts of business-plan.

Represents principles and stages of planning, reveals kinds and indices of plans.

Specifies main sections of business plan.

Topic 2.7. Construction financing and creditingEssence of finances. Financing

system. Bank system of the Republic of Kazakhstan. Financing resources of construction. Crediting of construction

Characterizes the banking system of the Republic of Kazakhstan.

Knows general approaches to construction financing, differentiates forms of crediting, makes assumptions about financial condition of construction

383

Content of the topic Result Evaluation criteriaorganizations. Analysis of financial condition of construction organization. Evaluation of credit risks.

organization.

Topic 2.8. Effectiveness of construction productionDefinition of economic

effectiveness of construction operations. Evaluation of economical efficiency of project designs. Factors influencing effectiveness of contraction operations. Quality of construction products. Ways of increasing economical efficiency of project designs and contraction operations.

Specifies the ways of increasing of economic efficiency of contraction operations.

States general view about ways of increasing economical efficiency of project designs and contraction operations.

Proves choosing of project design variant, variant of work execution.

Practical work No. 12Calculation of economical

efficiency indices of construction operations.

Makes calculation of indices of economic efficiency of contraction operations.

Selects optimal variant of capital investments. Calculates economical effect of using selected variant of work execution.

Topic 2.9. Accounting and reporting in the construction industryOperative, accounting and

statistical records in the construction industry. Main kinds of reports, deadlines.

Basic definitions, objectives and principles of accounting. Accounting balance-sheet: content and structure. Audit in the construction industry.

Expresses general judgment about the organization of audit in construction.

Differentiates various kinds of accounting and reporting in the construction industry, Specifies basic definitions of accounting records, states general view about organization of audit in the construction industry.

Topic 2.10. Analysis of production and business activity of construction companies

384

Content of the topic Result Evaluation criteriaEssence and kinds of analysis of

production and business activity. Methods of economic analysis. Basic ways of analysis of production and business activity of construction organization and its procedure.

Conducts the analysis of production and business activity of construction companies

Reveals the essence, tasks and objectives of economic analysis, compares different analysis methods of production and business activity of construction company.

Practical work No. 13Analysis of indices of construction

site, group activity.Analyzes the indices of

activity of the construction site and team.

Analyzes indices of construction site, group activity.

385

Directions to study the discipline (module)For performance of the academic program in the academic discipline

«Basics of the market economy and production management» the following organizational forms of study are recommended: lectures, seminars, excursions, Practical work.

Taking into account the peculiarities and difficulties of the content of academic materials, the following teaching methods are recommended: lectures, talks, discussions, solving situational tasks, analysis of manufacturing situations, role play and business games, brainstorming, presentation of materials, work in micro-groups, etc.

The organizational forms of cognitive activity are advisory. Number of hours for study of the sections can be changed within minimum content.

This academic program provides studying of role and place of planning and economic activity in the management system of financial, production and business activity of a construction organization, and formation of practical abilities and skills in calculation of planned technical and economical indices characterizing business activity of an economic entity.

The academic program is based on knowledge, abilities and skills of students studying such disciplines as “Economic theory”, “Work study”, “Technology of construction operations”, “Arrangement of construction and mounting operations”, “Buildings and Constructions Structures”, “Construction materials”, “Construction machines and labor saving tools”.

To remember theoretical materials and to form practical skills of students for performing calculation of planned technical and economic indices using regulatory and reference documents, the program provides conducting Practical works and writing a term paper.

Control in this discipline requires execution of midterm evaluation the main forms of which are: a test, a term paper, a pass/fail exam.

This program requires conducting of:– a test – 2;– a term paper– 1;– a pass/fail exam– 1.Educational organizations shall develop competency-based tasks in a test

form within the working academic program.As a result of study this academic discipline the student shallknow:– objectives and tasks of an organization;– features of legal entity;– kinds of an organizations by various features;– kinds of basic funds of an organization;– kinds of depreciation of basic funds of an organization;– meaning and ways of allocation of depreciation deductions;– content of current assets of an organization;– content of labor resources of an organization;

386

– workforce productivity and methods of its measuring;– piecework payment and time wage;– kinds and functions of production cost;– economic elements of expenditures and costing items;– kinds of prices and procedure of their calculation;– kinds and functions of profit;– procedure of net profit formation, its use in organization;be able to:– calculate movement indices of main funds of an organization and

effectiveness indices of their use;– calculate depreciation deductions in different ways;– find effectiveness indices of using current assets of an organization;– calculate number of workers in organization;– determine the indices of labor productivity;– to calculate salary according to piecework payment and time wage;– to calculate production and full cost of products;– to define factory, wholesale and retail prices– to find and distribute net profit of an organization;– to calculate profitability indices.

387

PROJECT MANAGEMENTThe purpose of the discipline is to study theoretical and methodical

regulations in the sphere of project management, to develop practical skills of students within use of economic and mathematical methods, information technologies for solving problems of project organization and management in the sphere of construction.

DISCIPLINE SUMMARY

Topic Number of academic

hoursIntroduction 21. Role model of a project team 22. Project integration and content management 23. Project implementation terms management 24. Project cost management 25. Project quality management 26. Project human resources and communications management 27. Project risk management 48. Project procurement management 2Test 29. Hardware and software used for project management 4

TOTAL 26

388

CONTENT OF THE DISCIPLINE (MODULE)

Content of the topic Result Evaluation criteriaIntroduction

Introduction into the course. Significance and content of the discipline, connection with other disciplines of the curriculum. Standards of project management. Systems of international certification. Definitions of a project, program, portfolio. Connection between them and a project product. Life cycles of products and related projects.

Specifies the life cycles of products and related projects

Expresses general judgment about significance and content of the discipline, its connection with other disciplines of the curriculum. Specifies standards of project management, systems of international certification. Defines a project, program and portfolio, explains connection between them and a project product. Defines life cycles of products and their related projects.

Topic 1. Role model of the project teamRole model of a project team of the

International Association of Project Management. Roles of project managers depending on the tasks solved by them. Areas of competences of professional project managers determined by the international requirements.

Lists the role of project managers, depending on of their tasks.

Represents the significance of the role model of a project team of the International Association of Project Management. Lists roles of project managers depending on the tasks solved by them. Specifies areas of competences of professional project managers determined by the international requirements.

Topic 2. Integration Management and Project ScopeStart of a project. Project charter.

Change management. Management of aproject scope. Analysis of interested project parties (stakeholders). Structure of

Analyzes project stakeholders.

Describes the significance of a project start, a charter of a project. Describes change management, project scope management. Analyzes interested

389

Content of the topic Result Evaluation criteriaproject works. Glossary of a project. Structure of project results.

project parties. Defines project works structure, structure of project results.

Topic 3. Time Management projectSequence of project works.

Duration of project works. Network schedule of a project. Critical way of a project.

Defines the critical path of the project

Define the sequence of project works, their duration. Makes a network schedule of a project. Defines critical way of a project.

Topic 4. Project Cost ManagementFormation of the project budget.

Assessment for the scope executed. Financial indicators of a project

Produces budgeting project.

Forms the budget of a project. Defines assessment technique for the scope executed, financial indicators of a project.

Topic 5. Project quality managementGeneral concept of project quality.

Choice of quality standards. Choice of parameters for control. Connection with a network schedule of the project. Formation of the project quality control system. Check lists.

Explains the formation of the quality management system project.

Expresses general judgment about general concept of project quality. Makes a choice of parameters for control. Sets connection with a network schedule of a project. Explains formation of the project quality control system.

Topic 6. Human resources management and communications projectApproaches to formation of a

project team. Formation of the responsibilities matrix for a project. Project communications management. Planning of communications. Provision of communications

Carries out planning and communications.

Describes approaches to formation of a project team, formation of the responsibilities matrix for a project. Plans and provides communications

Topic 7. Project quality managementFormation of the list of project Describes the management Forms the list of project risks,

390

Content of the topic Result Evaluation criteriarisks. High-quality risk analysis. Quantitative risk analysis. Ranging of risks. Formation of the anti-risk measures list of the project. Management of contracts as anti-risk measure.

contracts as anti risky event makes high-quality risk analysis and quantitative risk analysis, ranging of risks, forms the list of anti-risk measures for a project. Describes contracts management as an anti-risk measure.

Topic 8. Procurement quality management.Tender procedures. Actions to close

a project. Acceptance of the results. Closing of contractual obligations with project participants.

Formulates requirements for acceptance of results.

Describes tender procedures, actions for project closing. Formulates requirements to acceptance of results. Understands the closing of contractual obligations with project participants.

TestTopic 9. Hardware and software project

Hardware and software used for project management. Necessity of software product use during project management. Types of software products. Use of MS Project for project management. Possibilities of MS Project.

Determines whether to use project management software products.

Analyses hardware and software used for project management. Determines the necessity of software product use during project management. Specifies types of software products. Explains MS Project possibilities.

391

Directions to study the disciplineThe following forms of the training organization, as lectures and seminars

are recommended to be used for realization of the training program in the academic discipline «Project management».

Taking into account features and complexity of the academic material contents the following methods of training are recommended: lectures, conversations, discussions, solution of situational tasks, analysis of production situations, role-playing and business games, brainstorming, material presentation, work in microgroups, etc.

The forms of cognitive activity are advisory. The number of hours to study topics can be changed within the content minimum.

The present training program is purposed to train specialists capable to carry out the leading functions in difficult many-sided process of innovative process management.

The academic program is based on knowledge of a number of disciplines, including economics, information scientists, etc. As a result of the discipline study a specialist shall know essence of system approach to administrative decisions in the field of project management, and to know and be able to find methods and ways of these decisions optimization.

While studying the academic discipline it is necessary to carry out integration with disciplines of all-professional and special cycles.

The control on this discipline provides carrying out of midterm assessment, the main forms of which are: test, pass/fail exam.

The implementation of this academic program shall provide to carry out:– test – 1;– pass/fail exam– 1.Educational organizations shall develop competency-based tasks in a test

form within the operating academic program. As a result of study of the academic discipline a trainee shallknow:

– types and methods of project planning, management organization and management;

– principles and methods of project assessment;– methods of project risk assessment;be able to:–develop the concept of project management;–apply information technologies in project management;–structure a project;–design project control systems;–manage a project (program and portfolio of projects).

392

LIST OF EDUCATIONAL LITERATURE

No.

Product Name Author Publishing house

Number of

publications

ISBN code place of

publication

The year

of publishing

Discipline in which

used

The total

required

number

Comments

1. Labor protection, environment and rational environmental management

Drizhd N.A. Foliant 9965-35-582-7

Astana 2009 Labour protection

2. Safety measures Kluzhev Yu.V. Shatyrbaeva M. Zh.

Foliant 9965-385-190-2

Astana 2007 Labour protection

3. Labor code of the Republic of Kazakhstan

Astana 2007 Labour protection

4. Bases of technology of a course of descriptive geometry and engineering graphics. Student’s book.

Musalimov T. Foliant 978-6-012925-62-3

Astana 2013 The fundamentals

of engineering

graphics

5. Information technologies.

Yermekov N.T.

Foliant 2-nd edition.

9786012920482

Astana 2010 The fundamentals

393

Student’s book. of information technology. Information

technology in professional

activity.6. Computer graphics.

Student's book. 2-nd edition.

Yermekov N.T.

Foliant 9786012920178

Astana 2010 Information technology in professional

activity.7. Construction

materials. Student’s book.

Ni B.B. Foliant 9786012925586

Astana 2013 Building materials and

products8. Construction

materials (laboratory-Practical works). Student’s book.

Khamzin S., Abdushkurov F.

Foliant 2-nd edition.

9965358516

Astana 2010 Building materials and

products

9. Technology of welding and thermal cutting of sharp metals. Student’s book.

Isisn D., Isagulov A., Isin B.

Foliant 9786017568382

Astana 2014 Special technology

10. Technical mechanics. Calculations of devices. Student’s book.

Kochin N.F. Foliant 2-nd edition, revised

9786012928631

Astana 2014 Technical mechanics

394

11. Civil, industrial and agricultural buildings

BugaP.G. Higher school

Ed. 2nd Revised. and additional

ISBN: 978-5-903034-67-3

Moscow

2005 Construction of buildings

and structures

12. Construction of civil buildings

ShereshevsciI. A.

Architecture

ISBN 5-9647-0030-6

Moscow

2005 Construction of buildings

and structures

13. Construction of industrial buildings and structures

ShereshevsciI. A.

Architecture

ISBN: 5-9647-0037-3

Moscow

2005 Construction of buildings

and structures

14. Constructions with reinforced concrete. Fundamentals of the theory, calculation and design

PetsoldT.M., TurV.V.

Publishing houseBGTU

ISBN 985-6584-59-0

Brest 2003 Bases for design of structures

15. The fundamentals of calculation of the construction designs. Student’s book. 2-nd edition.

Sakhi D., Zajtsev Yu., Duambekov M., Husnutdinov R.

Foliant 9786012922899

Astana 2011 The fundamentals of calculation

of construction

designs.16. The calculation of

bases and foundations

BerlinovМ.V., IagupovB.А.

Stroipublishing

978-5-8114-1212-9;

Moscow

2011 Bases for design of structures

17. Operation of construction and

Maksimenko А.N.

Design PRO

5-94157-460-6

Minsk 2006 Construction machinery

395

road machinery and means of

mechanization

18. Construction machines and the equipment in foundation engineering. Student’s book.

Abramenkov D., Abramenkov E., Gruzin A., Gruzin B.

Foliant 9786012922998

Astana 2011 Construction machines and

means of small

mechanization

19. Technology and organization of building production: Textbook

Stacenko A.S., TamkoviciA.I.

Higher school

8-5-06-001830-X

Minsk 2008 The technology

of construction

and assembly

production; Organization

of construction

and assembly

production20. Building technology RijevskaiaM.

P.RIPO ISBN 978-

985-503-204-6

Minsk 2012 The technology

of construction

and assembly

396

production21. Technology and

organization of construction industry

SokolovG. K. The publishing center «Academy»

2nd ed. ISBN: 978-5-7695-4560-3

Moscow

2006 The technology

of construction

and assembly

production Organization

of construction

and assembly

production22. Organization of

construction production

DickmanL.G. Publishing houseASV

ISBN 5930931410.

Moscow

2006 Organization of

construction and

assembly production

23. The organization of building production: Tutorial

RijevskaiaM. P.

RIPO ISBN 978-985-503-198-6

Minsk 2011 Organization of

construction and

assembly production

24. The improvement of cities. Student’s book.

Skachkova S.B., Chekaeva

Foliant 9786012710625

Astana 2011 Technical maintenance of buildings

397

R.U. and facilities.

25. Maintenance and repair of buildings and structures

BoikoM.D. Stroipublishing

Moscow

1993 Technical operation of

buildings and

structures26. Reconstruction of

residential buildings: in 2 volumes - Volume 1: Theory, methods and techniques of reconstruction of residential buildings

MatveevE.P. GUP CPP

ISBN: 5-930-93386-5

Moscow

2005 Reconstruction of

buildings

27. Reconstruction and renovation of the existing building cities

GrabovoiG.I. ASV ISBN 5-93093-385-5 

Moscow

2006 Reconstruction of

buildings

28. The technology of building processes in 2 parts

Telichenko B.A.

Higher school

2nd ed., Rev. and add.

ISBN 5-06-004285-5

Moscow

2005 Reconstruction of

buildings

29. Construction and reconstruction of energy efficient low-rise homes

Badiin G.M. HV-Petersburg

ISBN 978-5-9775-0590-1

Petersburg

2011 Reconstruction of

buildings

30. Economy of the enterprise

Babuk I. M. IVC MF ISBN 978-5-16-

Minsk 2013 Fundamentals of the

398

006555-7 market economy and production management

31. Economy of the enterprise: Lectures

Volkov O. I. INFRA-M

 ISBN 978-5-16-002978-8

Moscow

2007 Fundamentals of the market economy and production management

32. Enterprise economy. The 2 parts

GolovachevA. S.

Higher school

2nd ed., Rev.

 ISBN 978-985-06-1971-6

Minsk 2011 Fundamentals of the market economy and production management

33. The fundamentals of the economy. Student’s book.

Khodzhaniyazova Zh.T.

Foliant 978-6-017-56811-5

Astana 2014 The fundamentals

of market economy and

production management

34. The economy of the enterprise (practical work). Student’s book.

Tusupbekov T.T., Tenizbaeva G.S.

Foliant 978-6-012-92215-8

Astana 2010 The fundamentals

of market economy and

399

production management

35. Economy of the enterprise: Lectures

IliinA. I. New knowledge

ISBN: 978-985-475-317-1

Moscow

2007 Fundamentals of the market economy and production management

36. Project Management: a reference manual

SenikoA.N, KrumE. V.

Higher school

 ISBN 985-06-0733-5

Moscow

2005 Fundamentals of the market economy and production management

37. The competent look at project management

BuchuevS.D., BuchuevaN.S.

Iridium  ISBN: 978-966-96868-5-5

Kiev 2006 Project management

38. Analysis of project risks

Graceca М.V. ZAO Fin inform stat

 5-7866-0059-9

Moscow

1999 Project management

400

EDUCATIONAL EQUIPMENT LIST

No. Product Name Technicalspecification

Discipline, in which the

equipment is used

Req

uire

d am

ount

of

equi

pmen

t uni

ts /

on th

e

Tot

al r

equi

red

amou

nt

1. Demolition hammer CPB-15 (or CPB-20)

Demolition hammers are designed to destroy an average amount of floors, foundations, macadam, frozen ground and brickwork, roadway bridges, concrete or reinforced concrete, frozen earth, boulders, massive brickwork and natural stone.

1. Special technology2. Internship for working profession "Master Builder - generalist"

1/30 1

2. Concrete mixer МК 130

The material of the ring gear and the drive gear - cast ironEngine - monophase, 220-230V, 50HzPower - 700 WattsDrum speed - 26 rev / minOverall dimensions - 1150 x 650 x 1270Drum volume - 130 litersThe volume of ready mix - 80 liters

1. Special technology2. Internship «Plastering»3. Internship for working profession «Master Builder - generalist»

1/30 1

3. Metalwork workbench ВМС-9

Metalwork workbench used for the organization and setup of workplaces in production units, service centers and shops. The workbench has two

1. Special technology2. Internship for working profession «Master Builder -

1/1 30 шт.

401

stands with five drawers and a central lock. The metallic part of the workbench is made of sheet steel with powder coating, resistant to external mechanical action. The tabletop of the workbench is made of sturdy chipboard plywood 32 mm thick and clad with galvanized steel.Height: 863 mmWidth: 1600, 1800 mmDepth: 700 mm

generalist»

4. Internal vibrator

Designed for use in industrial, civil, road, energy construction, as well as in mechanical engineering, metallurgy, foundry and other areas.

1. Special technology2. Internship «Plastering»3. Internship for working profession «Master Builder - generalist»

1/30 1

5. Plate compactor PCLX320

Designed for compression of various kinds of granular and cohesive road surfaces such as sand, gravel, sand and gravel mix, bituminous concrete. Usable during road construction, repair and other works related to compression of surfaces in a limited space. Also such plate compactors are used for compressing the concrete mix during the concreting of roads, tunnels, floors, playgrounds, garden paths.

1. Special technology2. Internship for working profession «Master Builder - generalist»

1/30 1

402

6. Screed rail Easy Screed 200 220B

Designed for leveling concrete. Its application allows to increase the productivity and quality of work during construction several-fold

1. Special technology2. Internship «Plastering»3. Internship for working profession «Master Builder - generalist»

1/30 1

7. Vibrating tamper BeIIe RT74

Vibrating tamper BeIIe RT74 is used for compression of various types of soils in the preparation of foundations, backfilling trenches during installation and repair of underground utilities and pipelines, repair of roads, while reconstruction work around the road curbs

1. Special technology2. Internship for working profession «Master Builder - generalist»

1/30 1

8. Multiple-arc rectifier ВДМ – 6305

ВДМ-6305 is designed for simultaneous supply up to 4 posts of manual arc welding and cutting carbon, alloyed and corrosion-resistant steels by direct current (MMA-DC), stick electrodes with basic and cellulosic covering with diameter of 2-5mm.The rectifier can be used in construction, housing and communal services, mechanical engineering and other industries, stationary or in mobile welding applications.Adjust the welding current by means of a ballast rheostat.

1. Special technology2. Internship for working profession «Master Builder - generalist»

1/30 1

403

9. Plaster mixer С-588

The construction includes following equipment: matrix mixer “УМ-80” with the tray capacity of 80 l.; cylone-bunker with the capacity of 1 m3, in which the plaster is delivered along the hose from the warehouse with the help of feed-screw and compressor; foam maker for making foam; dosing tank for water; dosing vessel for the delay device; dosing vessel for the foam maker

1. Internship «Painting»2. Intership «Plastering»

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10. Welding torch MF-36

Wielding torch MF-36 is designed for semi-automatic arc welding with a consumable electrode (wire) with a diameter of 0.8-1.2 mm in inert gas CO2 at 60% duty cycle and a current of 360A and the gas mixture 82% Ar-18% CO2 at 60% duty cycle and a current of 320A . The burner has gas cooling.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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11. Eddy current flaw detector ВД-3-71

Designed for manual and mechanized testing via eddy current method for the presence of surface and subsurface defects such as discontinuity of materials (cracks, declines, shells, shatter cracks, etc..), Including:- Control of parts of aviation technology;

1. Special technology2. Internship for working profession «Master Builder - generalist»

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404

- Pipelines for various purposes, control of bars, rods, strips, etc;- Control of railway rolling stock;- Control of the metal parts of the bearing structure, etc.The flaw detector may be used for production control in its production and operation services of non-destructive testing laboratories and companies that provide quality control.

12. Invert circuit KITin-150 or ТДМ-250

High-frequency welding power generators - inverters are intended for manual arc welding with coated electrodes, as well as non-consumable gas-shielded electrodes.Due to its excellent welding properties, low weight, small size, reliability and retrofitting they are intended for professional use in all industry sectors.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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13. Power source for argon-arc welding Lincoln Electric Precision TIG 225

Suitable for general purpose welding, for training in vocational schools and for domestic use. Technology Micro-Start II ensures stable combustion arc throughout the full range of currents and provides a high quality process at all stages of the welding cycle: ignition arc start, welding, crater welding-up.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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405

14. Set for visual control

Designed for visual inspection and measurement of surface defects of welded joints and to determine the quality of welds in appearance. Control by exterior inspection in many cases is quite informative and is the most inexpensive and expeditious method of control

1. Special technology2. Internship for working profession «Master Builder - generalist»

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15. Pendulum caper

Designed for metal fatigue test to identify its ability to resist the action of repetitive variable loads that vary in time, in magnitude and in direction

1. Special technology2. Internship for working profession «Master Builder - generalist»

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16. Self-leveling linear laser

Measuring instruments for projecting horizontal and vertical lines (in any combination) at a distance of 15 meters

1. Special technology2. Internship «Painting works»3. Internship for working profession «Master Builder - generalist»

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17. Concrete finishing machine РRO 600 230V РП

Designed for smoothing down of concrete surfaces in cases of concrete floors placing

1. Special technology 2. Internship for working profession «Master Builder - generalist»

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18. Contact butt-seam welding machineМСС-1901

Designed for resistance butt welding of wire and wire rod made from low carbon and alloy steel with a diameter of 3-12 mm, as well as non-ferrous metals with a diameter of 3-10 mm.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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406

Contact butt-seam welding machineMCC-1901 - stationary, with a cutting device, spring gear deposition, manual spring clamping and charging drives, air-cooling system, there is a mode of annealing after welding

19. Breaking machine for mechanical tests УТС 110М - 100

Designed for mechanical tests of metals and welds to determine their mechanical properties. Mechanical tests determine the strength and reliability of welded joints.

1. Special technology2. Building materials and products

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20. Metal detector DMF 10 ZOOM

The measuring tool is intended for detection in walls, ceilings and floors of metals (ferrous and non-ferrous metals), wooden beams, as well as electric cables under tension

1. Special technology2. Internship «Painting works»3. Internship «Plastering» 4. Internship for working profession «Master Builder - generalist»

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21.1. Self-acting solution mixer PROMIX

2. Self-acting solution mixer for solutions PROMIXUsed for mixing high-viscosity materials: plaster, cement, lime, tile adhesives and plaster.

1. Special technology2. Internship «Plastering»3. Internship for working profession «Master Builder - generalist»

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407

22. Mini - station for plastering

Productivity from 30-60 square meters. Easy to use. The deposition rate will increase 4-5 times. Ability to work on 220V/380V. Three-cylinder compressor. Weight 90kg

1. Special technology2. Internship «Plastering»

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23. Set of mason's tools

Set of mason’s tools allows operation of medium difficulty in the process of repair of buildings, bridges, and various industrial facilities: to carry out blockwork of walls of brick and block, grouting masonry, foundation waterproofing, insulation of walls with roofing felt, bitumen or cement solution, perform laying of arch structures, to prepare special solutions for masonry and so on.Kit composition: flat pointing, keyed pointing for external joints, trapezoid trowel, trowel, mason's hammer 600 г, spatula, builder's plumb bob, level of 400 mm, square 300 mm, water level 10 m, gloves, yardstick 5 m, ground brush, flat brush, ball point pen, note pad, bag)

1. Special technology2. Internship for working profession «Master Builder - generalist»

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408

24. Levelling laser 504 (SKIL)

Specifications:1. Laser diode 650

nm, 1 mW; Laser Class 2; operating range (without receiver) of 10 meters; Accuracy 1 mm / m; protection against dust and water splashes ip54; Power supply 2 x 1,5-v-lr6 (aa); period of duty, max. 40 hours; Tripod screw 1/4 " and weigh 0.37 kg.

1. Geodesics2. Geodesic practice

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25. Texture gun for applying decorative plaster ХОППЕР

The size of the nozzle, mm 4,5-6,0-8,0Delivery of paint, nylon upper tank type 5 lConnection for air supply, inch M1 / 4Air consumption, l. / Min. 170-250Working pressure, atm. 3-4Weight 1.3 kgTexture gun used in the finishing works for the application of materials using "Bayramix" liquid wallpaper, heavy paint, plaster, putty.

1. Special technology2. Internship «Plastering»

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409

26. Paint-spraying gun

Operating pressure - 3.5 - 5 BarAir tube - 1/4 inchFitting tube - M16x1.5 mmAir flow - 396 liters / minThe capacity of the reservoir - 0.6 lApplicable nozzles - 1,2: 1,3: 1,5: 1,7: 1: 2,3: 2,5: 3 mmStandard nozzle - 1,4 mmDimensions – 170x325 mmWeight - 0.7 kg

1. Special technology2. Internship «Painting works»

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27. Electronic yardstick

Measuring instruments used for measuring length, width, height and surface area

1. Special technology2. Internship «Painting works»3. Internship «Plastering» 4. Internship for working profession «Master Builder - generalist»

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28. Welding rectifier ВДУ-506

Designed for manual arc welding of steel (MMA) on direct current with stick electrodes, as well as for mechanized welding in inert gas environment (MIG-MAG)

1. Special technology2. Internship for working profession «Master Builder - generalist»

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29. Semi-automatic welder ПДГ – 200

Suitable for welding of stainless steel, using stainless welding wire and argon shielding gas.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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410

30. Semi-automatic welder ПДГ-504

Semi-automatic welder ПДГ-504 is designed for semi-automatic welding in inert gas environment and utilizing self-protective (powder) wire Ø 0.8 to 3.2 mm of ferrous and nonferrous metals with direct current.It has a high degree of reliability. Multi-voltage regulation to avoid depending on a low-quality electrical supply (phase imbalance).Specifications:Supply voltage, V 3x380Supply frequency, Hz 50Rated welding current, A 490Rated operating voltage, 39Rated operating mode (MF) for 10 minutes cycle. 60The smallest welding current, A 30Maximum welding current 530 ARange of operating voltage, V 15-40Open circuit voltage, V, not more than 48Welding current regulation gradedNumber of degrees of regulation 28The steepness of the inclination of the external characteristics, B / A, not more than 0.04Power consumption, at rated current, kW 21.5

1. Special technology2. Internship for working profession «Master Builder - generalist»

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411

Power supply PPU-504 V ~ 24 (50 Hz)Control range of wire feeding speed, m / hour 80-960Coil wire capacity, kg, not more than 20The diameter of the welding wire of 0.8-2.0 mm

31. Welding transformer ТДМ - 305

Welding transformer is designed to power the manual arc-welding post with alternating current at 50 Hz.The transformer is designed to operate at an altitude of no more than 1000m above sea level, both indoors and outdoors (under cover) at -40 * C to 40 * C and a relative humidity of 80% (at a temperature of 20 * C).The transformer is not to be used an environment saturated with dust, in an explosive environment and in an environment containing corrosive vapors and gases which destroy metals and insulation.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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32. Mixer for mortar and concrete

Designed for the preparation of mortars with the mobility of at least 4 cm in accordance with GOST 5802. The maximum size of transported factions - not more than 5mm.Mixer mortar and concrete used in

1. Special technology2. Internship «Plastering»3. Internship for working profession «Master Builder - generalist»

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412

industrial and civil engineering.The work must be performed at an ambient temperature of +5 to +40 0C.

33. Welder’s table РМС – 2

Designed for welding on structures and products, the size and weight of which correspond to the specifications of the table, with manual or semi-automatic arc welding. Table of the welder is equipped with an air extractor device to clear the working area of polluted air and clean it from aerosol products, combustion products and dry dust generated in the course of welding. The cleaned air is fed back to the operating room. Table of the welder is designed for continuous operation in closed rooms

1. Special technology2. Internship for working profession «Master Builder - generalist»

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34. POWER FLOAT

1. Special process2. Practical training for the worker profession “Multiskilled proficient constructor”

1/30 1 Designed for smoothing down of concrete surfaces when arranging concrete floors

413

35. HARDOMETER ТКМ-459

Designed to measure the hardness of metals in the laboratory or workshop environment using contact-impedance method.It can also be used to measure the hardness of the product of finely granular materials of almost any shape and size, especially at the local study of properties of materials

1. Special technology2. Internship for working profession «Master Builder - generalist»

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2

36. Optical theodolite 4T30 П

Theodolite is used for measuring horizontal and vertical angles, determination of magnetic azimuth by prismatic compass angle, as well as the technical evening-ou twith the help of a level on the telescope. Mainly used in the manufacture of theodolite surveys and other studies that do not require high accuracy.Low weight and size of the theodolite makes it indispensable in the field, as well as for use in construction and agriculture.Theodolite readings are recorded using the dial microscope. Detachable stand (tribrach) with optical centering device(plummet) allows for using the device the three-tripod way.It comes with state verification.

1. Geodesics2. Geodesic practice

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Theodolite features:• The countdown using the dial microscope;• Detachable stand with built-in optical plummet, allowing using the device the three-tripod way;• Telescope live image;• Magnification: 20 X;• Low weight;• Measurement accuracy of horizontal angles: 20 ";• Measurement accuracy of vertical angles: 30 "; Optical plummet.

37. Hot air gun GHG660LCD

Universal device for removing paint and varnish, for shaping and shrink fit with the help of hot air. Also for soldering, welding and tinning works

1. Special technology2. Internship «Painting works»

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2

38. Arc-welding plant УДГУ – 351 АС/DC

The arc-welding plant is used for manual arc welding with coated electrodes and for argon-arc welding with non-consumable electrodes on the alternating current and direct current on all kinds of metals and alloys.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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2

39. Ultrasonic thickness gauge ТУ 3-2

Ultrasonic thickness gauge ТУ 3-2 used for:

1. - Measuring the thickness of product from a variety of materials with only one-sided access to them..The range of measurement of the thickness of steel ranges from 0.6 to 300 mm.

1. Special technology2. Internship for working profession «Master Builder - generalist»

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2

40. Concrete Tool for polishing 1. Special 1/3 1

415

polisher GBR 14 CA

concrete, seamless and mosaic floors, for stripping exposed concrete, eliminating irregularities, shuttering protrusions and seams, seamless coating, removing sprayed paint, cracked paint coatings, stripping concrete surfaces from contamination prior to the application of protective coatings

technology2. Internship for working profession «Master Builder - generalist»

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416