Architecture Engineering- Aleppo University- Course Syllabus-2002

University of Aleppo Course SyllabusFaculty of Architectural Engineering 2001-2002

Syrian Arab Republic University of AleppoFaculty of Architectural Engineering

Course Syllabus at the Faculty of Architectural EngineeringUniversity of Aleppo

Issued: 2002-2003

Dean of the Faculty of Architectural Engineering

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The following list designs the assigned classes and weekly actual hours, necessary to obtain the "Bachelor of Architecture" based on: five academic years containing 10 semesters.FIRST YEAR

FIRST SEMESTER Sn Class Weekly Actual Hours

Theoretical Practical1 Basics of Architecture design & Geometrical Drawing (1) - 102 Free-hand drawing & Model making (1) - 43 Mathematics, Mechanics and Statics (1) 2 24 Descriptive Geometry 2 25 Foreign language (1) 4 -6 National Culture (1) 4 -

SECOND SEMESTERSn Class Weekly Actual Hours

Theoretical Practical1 Basics of Architecture design & Geometrical Drawing (1) - 102 Free-hand drawing & Model making (2) - 43 Mathematics, Mechanics and Statics (2) 2 24 Perspective and Shade (1). 2 25 History of architecture (1). 4 -6 Building Construction (1) 2 27 Arabic language (1) 4 -

SECOND YEAR

FIRST SEMESTERSn Class Weekly Actual Hours

Theoretical Practical1 Architectural Design Studio (1) - 102 Free-hand drawing & Model making (3) - 43 Construction Materials 2 24 Perspective and Shade (2). 2 25 History of Architecture (2). 4 -6 Building Construction (2) 2 27 Foreign language (2) 4 -


Theoretical Practical1 Architectural Design Studio (1) - 102 Free-hand drawing & Model making (4) - 43 Theories of Architecture (1) 4 -4 Surveying 2 25 Resistance of Materials 2 26 Arabic language (2) 4 -7 National Culture (2) 4 -

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THIRD YEAR


Theoretical Practical1 Architectural Design Studio (2) - 102 Working Design Studio (1) - 43 Structural Analysis (1) 2 24 Theories of Architecture (2) 4 -5 Theories & Methods of Construction 4 -6 Plumping principles & Municipal works 2 27 Foreign language (3) 4 -


Theoretical Practical1 Architectural Design Studio (2) - 102 Working Design Studio (2) - 43 Structural Analysis (2) 2 24 History of Architecture (3). 4 -5 Heating, Ventilation & Air Conditioning 2 26 Electrical Installation 2 27 Arabic language (3) 4 -

FOURTH YEAR


Theoretical Practical1 Architectural Design Studio (3) - 102 Working Design Studio (3) - 43 Urban planning Studio (1) - 44 Computer Aided Design - 45 Reinforced Concrete (1) 2 26 Theories of Urban planning 4 -7 Foreign language (4) 4 -


Theoretical Practical1 Architectural Design Studio (3) - 102 Working Design Studio (4) - 43 Urban planning Studio (2) - 44 Interior Design Studio - 45 Urban Sociology 4 -6 Reinforced Concrete (2) 2 27 Arabic language (4) 4 -8 Practical training (summer term) - -

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FIFTH YEAR


Theoretical

Practical

1 Architectural design Studio (4) - 102 Urban planning Studio (3) - 43 Environmental & Sustainable Development 2 24 Project Management, Quantities & Specifications 2 25 Real estate legislations and Urban Regulations 4 -6 Foreign language (5) 4 -7 Arabic language (5) 4 -


Theoretical Practical 1 Diploma Project (Graduation Project) - 18

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Detailed Course description of the assigned subjects for the program of Bachelor of Architectural Engineering at University of Aleppo as per academic year and semester.

FIRST YEAR

FIRST SEMESTER 1- Basics of Architecture design & Geometrical Drawing (1):

- Number of hours (weekly) 10 practical hours

- Weighting scoring system: 50 % (sessional work) 2 projects, 25 % 2 interim exams, 25 % final exam (class covers 2 semesters)

- Course description:

The course aims to provide the basic understanding of the of architecture design fundamentals and graphic expression tools & techniques in 2D & 3D environment.

Introduction to basic geometrical elements like point, line, plane, solid and void etc. Graphical expression for 2D environments elements such as: plan, section, elevation. orthographic projection of design elements to create 3D objects using: one point & 2 points

perspective, axonometric & isometric views Process of architectural drawings including site layout, plan, section & elevation, details Introduction to drafting systems (scale, dimensions, codes and symbols, lines, etc.) Understanding Design principles like Balance, Rhythm, Harmony, Contrast, Symmetry, Scale,

Proportions etc. leading to unity & creativity in design. Understanding the relationships between architectural spaces, forms & order in terms of function,

beauty & durability. The importance climatology consideration of the site location, the orientation, materials, etc. Sessional works include 4 interim exams, plus 4 projects (2 each semester), introduction the

elements of the habitat (Arabic House).

2- Free-hand drawing & Model making (1):

- Number of the weekly actual hours: 4 (practical)

- Weighting scoring system: 50 % sessional work, 50 % final exam.


The course aims to introduce the student to visual arts to understand the principles of design in abstract.

Techniques of Arts Drawing – architecture – sculpture – painting - models – Industrial art. Sessional work including sketch drawing every class plus assignment with (pencil, charcoal, ink,

china ink and coloring & model making as well).

3- Mathematics, Mechanics and Statics (1):

- Number of weekly actual hours: 2 (theoretical), 2 (practical)

- Weighting scoring system: 20 % interim exam, assignment, 80 % final exam.


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The determinate and their applications, limits and the polynomials the continuity of the functions. Series, number (e), derivative differential applications, definite increments, entire series, definite and the indefinite integrals, doubled integration, Tri-integration.

Essential notions in deferential equations of the second degree having different forms. Applications of the differential equations in the solution of some moving problems, the analytic in the space.

4- Descriptive geometry:




Definition, vertical projection on two perpendicular surfaces (Mauge Method) Changing of the level, rotation, application, Polly faces, shades, inclined surfaces, lines, planar

geometric projections.

5- Foreign language (1):

- Number of weekly actual hours :4 (theoretical)

- Weighting scoring system: 100 % final exam.

- Course description : English

Remedial Grammar skills: main verb form & tenses, negative question and answers, modal verbs, the passive, passives, modal verbs, nouns & articles, reported speech.

Usage of the oral skills to functional communication with all aspects of daily life through dialogues.

Improving Listening comprehension, understanding listening process, the barriers, via authentic materials and exercise on architectural engineering topics.

6- National Culture (1):

- Number of weekly actual hours: 4 (theoretical)



Lectures dealing with Arab National ideology

SECOND SEMESTER 1- Basics of Architecture design & Geometrical Drawing (1):

- Number of hours (weekly) 10 practical hours

- Weighting scoring system: 50 % (sessional work) 2 projects, 25 % 2 interim exams, 25 % final exam.


Continuation of the course from the previous semester.


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- Number of weekly actual hours: 4 (practical)

- Weighting scoring: 50 % sessional work, 50 % final exam.


Proportion, Chaos to order & coordinate scale, proximity, balance and rhythm rules (eye-mind-hand/perceptual)

Drawing and painting: drawing with both the freehand and geometrical technique shapes, nature and manmade objects.

3- Mathematics, Mechanics and Statics (2):




The fundamental study of the mechanical geometry, the definition of the kinds of vectors (their sum and their tension), the equilibrium of point and solid bodies, (smooth surfaces, and rough surfaces) the necessary directive quantities in the mechanics.

4- Perspective and Shade (1):

- Number of weekly actual hours :2 (theoretical), 2 (practical)



The course aims to understand the isometric & perspective view and Sociography. Basic skill of presentation & rendering techniques & rendering by understanding the Scale, 2D-

3D objects relationship Understanding object angles and views Projection theories, Orthographic projection: Projection of straight lines-traces, true length,

planes, solids. One and two point perspectives of interior and exterior views, isometric and oblique three

dimensional views, conical projections, Sociography principles of two-dimensional objects in plan and elevation. Sociography of three

dimensional objects (isometric, Axonometric & Perspective)

5- History of Architecture (1):

- Numbers of weekly actual hours: 4 (theoretical)

- Weighting scoring system: 20 % interim exam, Assignment, 80 % final exam.


Pre-historic architecture, old Egyptian architecture, Old oriental architecture.

6- Building Construction (1):



- Course description: 7


basic notion starting from simple building elements, components, materials and construction techniques, with exposure to construction sites.

Construction materials properties (clay, Masonry, concrete, metals, glass, wood, plastic, timber & allied products).

Brief explanation of temporary works: excavation, shoring, underpinning, scaffolding Substructure works: trenches. types of Foundation (Simple split, steeped, combined and

cantilevered footing, RCC footing and raft foundation etc.) types of soils and bearing capacity, waterproofing types & technology.

Super structure works types of slabs. types of roofs, types of R.C.C frame, scaffolding systems. Concrete technology, design mix, formwork types & technology for simple & complex structure.

7- Arabic language (1):




Improvement of the Arabic language skills and analytical report writing in Arabic

SECOND YEAR

FIRST SEMESTER 1- Architectural Design Studio (1):




Understanding design methodology processes & operations including: data collection, site analysis, climate & environment consideration, space program & end-user requirements, area analysis, bubble diagram, design matrix, evolution of plan, relationship between plan & exterior form & elevations, application of design theme and unity, application of design by-laws.

Application of the graphical skills and 3-dimensional presentation techniques to express the totality of design concept.

Sessional works includes 4 interim exams and 4 projects on actual sites (2 each semester), suggested building types are villa (old Arabic style, Modern style), dispensary, small administrational center, workshop, Gymnasium, student’s hostel, motel,etc.

Viva-voce by examiner at the end of each project





Models making techniques for architectural buildings or geometrical forms. Usage of clay, metal scrap, Jute fiber and similar materials to come up with organic forms

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Usage of card boards, plywood sheets, acrylic, to come up with geometric forms Understanding joinery in wooden construction and bonds in masonry

3- Construction Materials:




Various components of building and material from foundation up to roof. Classification & origin of building materials, natural materials, clay, brick, jointing and pointing Stone: Classification of rocks, types of test, preservations, cuts and finishes. Masonry: types of test cavity walls, flooring – copings, sills, lintels, corbels, Arches. Hybrid materials: Concrete, types & tests, reinforcing, ingredients, resistance. Construction

technology, Ceramic, Mortar. Ferrous materials: Metals types & tests, formation, Mild steel and tor steel reinforcement.

Aluminum, cooper Glass types & tests, ingredients and manufacture of Glass (tempered, laminated, etc.). Forms &

properties.

4- Perspective and Shade (2): - Number of weekly actual hours: 2 (theoretical), 2 (practical)



Architectural rendering of the facades and perspective, Study of shadow of 2D and 3D objects with different angles (shadow of line, circle, plain, cubic,

sphere, etc.) in sunlight and artificial light.

5- History of Architecture (2):




The Hellenic architecture and Greek art, the Roman architecture, the Christian architecture in Syria, the Etrusque architecture, the urban planning in Classical Eras.

6- Building Construction (2):




Masonry Works (walls types and construction technology): cavity panel walls, solid load bearing, light weight concrete blocks, glass block, Precast panel walls

Construction of Floors: Common types of floors (PCC, Mosaic, Terrazzo tiles, paving stones and marble tiles) method of laying and finishing

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Finishing work: ceilings, Wood works & joinery, doors & windows. Types of outer building skins. Architectural glass system & Structural glazing material (normal, curtain, spider, etc.). Types of thermal & moisture protection systems Metal casements for partitions & openings Plastics: properties & architectural usage





Remedial Grammar skills: Nouns & articles, pronouns, adjectives and adverbs, prepositions, phrasal verbs & idioms.

developing the Writing skills at the levels of words, phrases, clauses, sentences; using the logical relationships and the different types of paragraph developments

Developing student’s communicative skills in Speaking, via group discussion, group presentation, role-play, to gain the ability to ask and answer questions, express technical ideas with adequate flow, to open and close a presentation and to make an argument accordingly.Summarizing, note-making, Ability to answer factual, inference and personal response questions

SECOND SEMESTER 1- Architectural design Studio (1):









Comprehensive knowledge of aesthetic design rules– harmony character, negative and positive space, form – space inter relation, juxtaposition, and a contrast.

Co-ordination skills: (Eye-mind-hand/perpetual) drawing and painting: indoor and outdoor sketching. life drawing (Rapid sketching of man in action/motion old city)

Creative skills: Sculpture or optics, Media exploration, ideograms and art lettering.

3- Theories of Architecture (1):



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Introduction to Architecture Definition & elements Understanding of Design Principles, Design rules, Proportion, scale, balance, rhythm, symmetry,

hierarchy, pattern and axis, Integration of aesthetic and function Architectural space and Mass, effects of geometric forms – sphere, cube, pyramid, prism,

cylinder, cone etc. Application of colors in architecture Understanding the design methodology & processes:

Data collection, areas & site analysis, space program, Functional Design principles. Relationship types between spaces in the building, interior & exterior concepts.

4- Surveying:

- Number of weekly actual hours: 2 (theoretical) ,2 (practical)



Types & principles of surveying. Mapping concepts, Plan & Map, Shrinkage of maps, Map projections Measurement of angle, Scales (Plain & Diagonal), distance, directions: Traverse (open, closed

triangulation), meridians (magnetic, geographic), compass, calculation of coordination. Chain Surveying: Purpose, Chaining, ranging, error, Field book entry Levelling: Types & methods of levelling, Equipment, Adjustment &correction, Reciprocal

leveling. Contouring Definition, Methods of contour survey and Plotting. Plane Table Surveying: Methods, Equipment, error and adjustment, Two-point and three-point

problem Theodolites and Theodolite traversing: Scope, Types, adjustment, Measurement of horizontal

angles, Errors, Methods of traversing, Calculation of latitude and departure, Balancing of traverse: Gale’s traverse table, Bowditch’s method, Transit method, Graphical method and Axis method

Sessional work including practical training to use the surveying equipment namely levels, compass, theodolites, total stations, tachometer, and other instruments.

5- Resistance of Materials:


- Weighting scoring system: 20 % interim exam, Assignment, 80 % final exam.


Power static, the structure beams, (calculation of the reaction) in the assigned structures. The internal powers in the structures (cutting powers), the forces definition-low of elasticity- the distribution of forces in the section influenced by the (axial forces) bounding moment, the cutting force, the tensional moment.

Cable Structures: Basic principles &calculations, various forms, their merits and demerits


- Numbers of weekly actual hours: 4 (theoretical)11




- Improvement of the Arabic language skills and analytical report writing in Arabic

7- National Culture (2):




Lectures dealing with Arab National ideology

THE THIRD YEAR





Application of totality of design methodology processes & operations. Introducing elector-mechanical services into building design with suitable spaces & locations

(shafts, tanks, central heater, electric rooms, generator, A/C ducting, …) assigning appropriate structure system as part of architectural form design (concrete, steel, space

frame) innovative structure solutions based on architecture concepts. Sessional works includes 4 interim exams and 4 projects on actual sits (2 each semester),

suggested building types are school, recreation center, clinic, office building, library, bank etc. Viva-voce by examiner at the end of each project

2- Working Design Studio (1):




The course aims to understand the working details in construction (from foundations up to roof)for various types of buildings

Definition of basic principles of executive design & drafting systems in plans, sections and elevations: (codes, symbols, lettering, axis, levels, materials hatches, cross-referencing, etc.)

Cross sectional Details (transverse and longitudinal sections) Application of executive design elements on architectural projects. Sessional work includes working drawing & detailing for 2 projects based on student projects in

architecture design studio class

3- Structural Analysis (1): 12


- Number of weekly actual hours: 2(theoretical), 2 (practical)



Simple Beams, Fixed beams with concentrated load and uniformly distributed load (over complete span, Categliante theory (Maxwell low), loads theory.

Continuous beams (without settlement) with uniform sections by three moments. Only vertical load and uniformly distributed load over whole span by theorem of three moments.

4- Theories of Architecture (2):




Foundational theoretical knowledge about Design principles of different types of buildings including Housing, hospitals, touristic, recreation centers, transportations, Educational, Commercial and Administrational buildings.

Islamic architecture rules and principles Contemporary architecture types including: functionalism, organism, cubism, Bauhaus and

international style, Post-modern & deconstruction.

5- Theories & Methods of Construction:




Performance analysis and formal characteristics of building materials. Comparison of Structure systems (bearing walls, skeleton, box frame, space frame, special

Structures: Grids, Domes, shells, folded plates, tensile, concrete & steel structure) Foundation design and soil types &aspects. Load bearing and stress solution to design structure sections via different materials. Tension member’s compression and shear Theory of bending Distribution of shearing and bending stress on horizontal section. Theory of Columns – Euler’s theory for different support conditions – Rankin’s Formula,

eccentric loading on short column Analysis of three hinged arches of parabolic and circular shape, Eddy’s theorem

6- Plumping principles & Municipal works:




Introduction to plumbing, sanitation and its importance. Planning and layout, municipal works, sewage system in city design.

Water supply design for a residence and apartment block, standard calculation & requirements. Drainage system and calculations, environmental cycling functions, Sewers details, septic tanks.

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Wastewater drainage-traps of various types. Rainwater disposal and roof drain. toilet & kitchen fixtures, Pipes and fittings, materials, size and classification,





Improving Grammatical skills to use a variety of sentence models (positive, negative, interrogative), use of time expression, use of conjunctions in coordinate and subordinate sentences.

Strengthening Reading & Comprehension Skills including Skimming for general ideas, scanning, Contextual vocabulary, and summarizing, note-making, ability to answer factual questions about the text.

Improving the Writing skills, technical report, describe & explain a graph or table








- Weighting scoring system: 50 % 2 (sessional work) projects, 25 % 2 interim exams, 25 % final exam


Working details of building architecture elements including: Wet areas, Staircases, Doors and Window schedules & details, finishing schedule & details.

Walls sections details including: load bearing walls, paneling systems, structural glazing, composite metal sheets cladding, etc.

3- Structural Analysis (2):




Moment distribution method for symmetrical portal frames with symmetrical load. concentrated load and uniformly distributed load over whole span.

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Understanding and identification of location of forces, bending moment and bending stress in fixed beam, over hanging beams, continuous beams, Portal frames etc.

4- History of architecture (3):




Islamic Arab architecture, Islamic urban planning, Roman architecture in Europe, Gothic architecture, architecture in the Renaissance period, the architectural influences of Arab on the Modern European Architecture.

5- Heating, Ventilation & Air Conditioning:




Definition of basic terms used in air-conditioning system and plants Air-conditioning and Air-cooling principles & calculations (air-chiller, DX-system, Split

System), the implications on Architectural Forms and details. Systems & methods and Equipment of Air conditioning Hot water systems, central heating equipment, boilers systems & calculations.

6- Electrical Installation:




Light: unit of measure, light production and luminous sources, illumination of dwelling places, business centers, offices, hospitals, factories, gardens, statues and pools, streets, and important buildings facades.

Sound: Noise definition, protection against noise, sound insulation, measurement of the insulation, theories of sound conditioning, application of the theories on sound conditioning. Direct current circuits, alternative current cyclone. Tri phase cycles, voltage degree in cables, the electrical and technical installation in the buildings.






THE FOURTH YEAR

FIRST SEMESTER 15


1- Architectural design Studio (3):




Application of totality of design methodology processes & operations. Relationship between building design, and the surrounding zones such as: block, neighborhood,

quarter taking in consideration the data of urban planning, traffic system, socio-economic values & data.

Landscaping theories and elements, application of landscaping in different levels and scales. Selection of appropriate material and construction systems based on value engineering analysis. Sessional works includes 4 interim exams and 4 projects) on actual sites (2 each semester),

suggested building types are museum, multipurpose building (commercial & residential), hospital, transportation terminal, hotel, community centers etc.

Viva-voce by examiner at the end of each project



- Weighting scoring system: 50 % (sessional work) 2 projects, 25 % 2 interim exams, 25 % final exam


Working drawing for Site plan and details showing drainage layout, landscaping, internal roads, sewerage system, municipal layouts, etc.

Water supply & drainage systems drawing & details HVAC. layouts & schedules & details Electric (high & Low voltage) drawings, schedules & details.

3- Urban planning Studio (1):




Origin and development factors of cities (economics, social, special), selection criteria of the city site, the habitation factor and the study of the inhabitant groups and living services, the climate factor, topographical factor.

Residential areas planning on the level of blocks, neighborhoods and city quarters. Sessional work includes 2 interim exams and 2 urban projects to perform urban planning design

based on sites selected by instructor

4- Computer Aided Design



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Principals of computer aided design 2D & 3D understand the use of CAD tools for design preparation various commands used in Auto-Cad and 2D drawing preparation Use of solids & surfaces Graphic design using Photoshop software Sessional works include tutorial on AutoCAD software.

5- Reinforced concrete (1):




Mechanical specifications of concrete, steel used in reinforcing concrete, permitted stresses in concrete and steel, combination of steel and concrete, supposition and principles considered in study of reinforced concrete,

Concrete design: Rules of thumb, rules for beams, columns, slab for fixing & sectional properties. Understanding types of joints in steel structures, riveted, welded and bolted joints, types of steel

section and their properties. Design for Flexure: Introduction, assumption, flexure design of singly reinforced & doubly

reinforced and T- beams by Limit State Methods. IS-Coded provisions, Numerical Problems. Design for Shear, Bond: Shear failure of beams. Shear reinforcement, Curtailment of

reinforcement and Bond, Anchorage and Development length, IS-Code provisions, Design of a beam with flexural and shear consideration. Reinforcement Detailing, Numerical Problems.

Ultimate limit method & work stress method.

6- Theories of Urban Planning:




Urban planning history & evolution The foundation and evolution of the city, the planning periods and effects. Planning approaches of the city, common thoughts and theories.

Development of the master plan, zoning & land use planning: Downtown & suburbs, area allocations (Residential, Industrial, commercial, education, green, areas etc.) transportation systems & patterns.

Neighborhoods planning: scale & criteria Planning procedures: analytical techniques, surveying, problem shooting. New trends in planning

7- Foreign language (4)


- Weighting scoring system: 100 % final exam.17



Building effective academic Writing skills in terms of essay, research, reports. Writing in a discourse basis such as definition, description & narration, comparison, argument. Writing official business letter for (job application & sales promotion, business inquiry & replies,

corresponding with agencies) Providing a case studies training on different writing tasks like reports, proposals, e-mails, user

manuals and product data sheets etc. also the technicalities of writing like editing and proof reading, referencing and so on.










Choice of appropriate construction system & alternatives for architectural projects based on student projects in architecture design studio class.

Composite drawing principles and systems. Inter-coordination between civil & MEP disciplines. As built drawings methods and techniques. Steel structure systems& details: beams connections, grillage footings, stairways, plate girders,

trusses of various types, rafters & transoms.

3- Urban planning Studio (2):




Planning of different functional zones of a city and areas allocation.

4- Interior Design Studio:




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The course aims to create foundational knowledge of the interior design as an integral part of Architectural Design process and to study the different types of interior materials.

History of interior design and decoration Introduction to Interior Design processes, design of the space in terms of function, theme,

concept, and methods. interior materials, surface treatment, types of texture, usage on walls, floors, ceilings etc. Interiors design of Residential spaces Interior design of Public spaces Sessional work includes 2 projects based on student projects in architecture design studio class

5- Urban sociology.




Social and political philosophies in Greece, Roman social and politics philosophies, the Christian world social philosophy, the Arab and Muslims social philosophy,

New sciences in XVIII century, the industrial revolution and its influences on the social science. Long socialism and sociology, the stage of foundation of sociology, offset coast.

Definition & Classification of sciences, definition of sociology, types and schools, Era of experimentation inclinations (sociology, geography and ecology), human architecture (agglomeration), the civilization growth in the Arab countries in twenty centuries.

6- Reinforced concrete (2):




Design of Compression Members: Short and Long Columns, IS-Code Provisions, Design of Short Columns under Axial compression, Design of Columns under bi-axial bending, use of interaction diagram for design. Lateral ties. Reinforcement Detailing, Numerical Problems.

Design of Slabs & Stairs: Effective span, rectangular slabs, one way and two way slabs, ribbed slabs, mushroom slabs. Design of Slabs with various boundary conditions by IS-Code methods.

Design of stairs, Design of Dog Legged & Open Wall Stairs. Design of Footing: Isolated footings for rectangular and circular columns. Introduction to Pre-Stressed Concrete: Pre and Post tensioning systems, Advantages, concept of

Pre-stressed concrete beam, pre-stressed beams design, bending stress, Various losses of stresses, Resultant Stress, Thrust Line, Concept of Load balancing





Improvement of the Arabic language and analytical report writing in Arabic

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8- Practical Training:

The practical training is a compulsory requirement, where the student should attend at least 120 Hour of training either at a governmental body or a private sector consultant firm, including office training on design, and site supervision on an ongoing construction works

Full detailed report and authorized certificate of attendance should be submitted for a Viva-Voce where the student interviewed and questioned accordingly.

THE FIFTH YEAR



- Weighting scoring system: 50 % (sessional work) 2 projects, 25 %, 2 interim exams, 25 % final exam.


- Application of totality of design methodology processes & operations. Application of local municipal regulations. Application of climate data, passive solar system to enhance building performance. Exposure to post occupancy evaluation and end user satisfaction. Sessional works includes 4 interim exams and 4 projects on actual sites (2 each semester),

suggested building types are airport, university campus, residential complex, towers, etc. Viva-voce by examiner at the end of each project

2- Urban planning Studio (3).




Analysis and critic study of actual thematic urban problems in Aleppo city and planning solutions, in contribution to architect role in complex public environment

3- Environment and Sustainable Architecture:


- Weighting scoring system: 30 sessional work, 70 % final exam.


Climatology and its impact on buildingsClimate and weather, atmosphere, seasonal rotation, solar radiation, sun path diagram, Macro to Micro climate, Mediterranean climate characteristic

Urban planning & Environment–Orientation of streets, blocks. Sustainable Planning and Policies, Creation of Habitable Environment, Impact on built and un-built spaces.

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Conservation of Water, Land, Energy its methods. solid & Liquid Waste from Buildings, treatment of waste degradation of environment

Environmental building design: passive and active methods, Selection of building materials and orientation, Design of windows and shading devices. Heat flow. cavity walls, cross ventilations, stack effect, Green buildings

4- Project management, Quantities & specifications:




Introduction to Project management, project life cycle & process, project processes, organization chart, roles & responsibilities.

Project selection and evaluation process, mathematical methods & economic comparative methods.

Project scheduling, activities relationships, PERT & CPM methods, numerical problems, resources optimizing & levelling, reviewing, updating and monitoring.

Project documents, conditions of contract, tendering procedures (Syrian system), general requirement.

Introduction to Specification, Method of drafting specification, CSI, Syrian reference handbook MIF, numbering system, international & local standard, reference to contract document.

Explanation about Specs chapters including standards, products, manufacturers & execution for (site work, concrete, masonry, metal, wood, thermal & moisture protection, doors & windows, finishes, equipment, specialties, furnishing).

Quantity Surveying, definition and importance, contractual side, calculation methods for QS Types of Estimates (order of magnitude, budget, definite), contingencies, Current rates in Syria

5- Real estate legislations and Urban Regulations:




Basic principle of real-estate regulations, definition of the real-estate laws and its sub divisions in Syria, types of land property in Syria and property rights (Amiri, private, public), cooperative society neighborhoods planning, collusion agreement dependence, (register of real estate properties).

Basic principles of real-estate feasibility study, calculation of income, calculation of returns, ROI, IRR, discount rate.

6- Foreign language (5).




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The course will run as a seminar with an interactive approach. Getting the students effective contribution to group discussions, simulations and case studies.

Methods of academic verbal communication such as seminars, conferences, convention, congress, debates, panel discussions, extempore speeches etc.

Presenting simple, complex, architectural concepts and proposal with the help of text, drawings, transparencies, slides, video, photographs, models etc.

7- Arabic Language (5).





SECOND SEMESTER 1- Diploma Project/ Graduation project:

- Number of weekly actual hours:18 (practical)


The project should encompass the totality of the academic study in all years, to deal with an actual architecture problem or society need based on city or country plans.

The project is composed of following stages: data collection, schematic design, pre-final design, final design, and final presentation. The student work is to be followed by tutor of 3 doctors.

An approval is conducted at the beginning for the selected topic, and then an intermediate review after schematic design, final presentation is done in the presence of 7 doctors with at least 2 external examiners.

The presentation of Final design should have the following: a. Architecture proposal (presented in a sufficient number of sheets to explain the design) b. Construction details/working drawingsc. Urban planning approach in terms of site planning and surrounding zone.c. appropriate service details for HVAC, firefighting, drainage & water supply, electric light & power, installation systems.d. exterior & interior rendered Perspectives shots and Model(s) to explain the design

The student should submit a detailed report containing analysis of the existing problem and the approach of the design solution with necessary drawings, measurements records, log sheets, observations, surveying data.

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Documents

Architecture Engineering- Aleppo University- Course Syllabus-2002