Course Outcomes For UG Programs - Vnrvjiet · 2018-01-23 · 5BS11 ADVANCED CALCULUS • Trace curves using basic characteristics. ... • Acquire the knowledge of efficiency of fuels

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VALLURUPALLI NAGESWARA RAO VIGNANA JYOTHI INSTITUTE OF ENGINEERING AND TECHNOLOGY An Autonomous Institute, NAAC Accredited with ‘A’ Grade NBA Accredited for CE, EEE, ME, ECE, CSE, EIE, IT B.Tech Courses, Approved by AICTE, New Delhi, Affiliated to JNTUH, Recognized as “College with Potential for Excellence” by UGC, Vignana Jyothi Nagar, Pragathi Nagar, Nizampet (S.O), Hyderabad – 500 090, TS, India. Telephone No: 040-2304 2758/59/60, Fax: 040-23042761 ,E-mail: [email protected], Website: www.vnrvjiet.ac.in

Course Outcomes For UG Programs

S.No Subject

Subject

After the completion of the course student should be able to Code

CIVIL ENGINEERING • Students will be able to

• Solve problems involving the maxima and minima of f(x,y).

1. 5BS11 ADVANCED CALCULUS • Trace curves using basic characteristics.

• Evaluate integrals using special functions and change of variables.

• Evaluate vector integrals.

• realize influence of diffraction and resolvability in optical elements.

• recognize importance of interference in thin films.

• distinguish LASER light from ordinary light and describe propagation of light through 2. 5BS21 ENGINEERING PHYSICS Optical fiber by Total Internal reflection.

• illustrate behavior of a particle in one dimensional potential box.

• understand behavior of electron in a periodic potential in real crystal and classify Solids

based on conduction.

• Formulate and infer the suitability of abrasives and adhesives in different industries.

• Understand benefits of refractories and ceramics as heat resistant materials in

CHEMISTRY OF

industries.

3. 5BS31 • Assess the quality of lubricants and their appropriate usage in machinery. ENGINEERING MATERIALS

• Interpret the setting and hardening process of cement.

• Acquire the knowledge of efficiency of fuels and identify a better fuel source of less

pollution.

• Apply knowledge of mathematics, science engineering and technology in problems

C PROGRAMMING AND

solving using C programming Language

4. 5IT01 • Analyze structured programming methods, techniques and standard library functions DATA STRUCTURES

• Understand and relate different derived data types and able to choose the loops and

decision making statements to solve the given problem

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• Identify trade-offs involved in choosing static versus dynamic data structures and also

implementation of stacks, queues and linked lists and different searching and sorting

techniques for a given application

• State and explain fundamental laws and concepts of Engineering mechanics for statics

5. 5CE01 ENGINEERING • Apply concepts of Mechanics to Engineering Applications

MECHANICS - I • Analyse the systems which are at rest for equilibrium conditions

• Solve the numerical problems related to friction, centroid and moment of Inertia

• Draw two dimensional drawings using Auto Cad.

6. 5CE51 GEOMETRICAL DRAWING- • Apply the principles of engineering drawing.

I • Use various engineering scales, various curves in drawings.

• Generate orthographic projections of planes and solids.

• Apply mathematics, science, engineering and technology in problem solving using C

programming language.

C PROGRAMMING AND • Design c programs using different c tokens .

7. 5IT51 DATA STRUCTURES • Experiment appropriate decision making statements and derived data types to solve a

LABORATORY given problem.

• Analyze and implement linear data structures, and differentiate the various searching

and sorting techniques.

ENGINEERING PHYSICS • Demonstrate the optical phenomena with formation of Newton Rings, and formation of

AND ENGINEERING spectra with a grating and a prism.

8. 5BS25 CHEMISTRY LABORATORY • Illustrate periodic motion by measuring rigidity modulus of a material and formation of

ENGINEERING PHYSICS standing waves by Melde’s apparatus and also discharging of a capacitor.

LAB LABORATORY • Correlate the experimental results with the class room learning.

ORDINARY DIFFERENTIAL • Solve the problems in first order differential equations.

9. 5BS12 EQUATIONS AND LAPLACE • Solve the problems in second order differential equations.

TRANSFORMS • Obtain the series solutions of second order ordinary differential equations.

• Learn Laplace Transform as a tool.

• Identify different types of crystals, their defects and importance of X-ray studies in

10. 5BS22 PHYSICS OF MATERIALS crystals.

• recognize materials’ magnetic, dielectric and size dependent behavior.

• show case some applications of crystals and different kinds of materials in engineering.

• Comprehend technical writing produced in the engineering profession

11. 5BS01

ENGLISH • Understand the writing process and create logical paragraphs

• Use infrastructural patterns in writing and speaking

• Students communicate coherently orally and in writing.

• Interpret the chemical applications of the various types of batteries used in the present

day world.

• Acquire the knowledge of corrosion for protecting structures and safeguarding the

12. 5BS32

ENGINEERING CHEMISTRY economy.

• Evaluate the suitability of various polymers for different applications.

• Analyze and compare the different softening techniques of water.

• Summarize the applications of carbon nanotubes, composites and self- healing

materials.

• State and explain concepts of Engineering mechanics for Dynamics

13. 5CE02 ENGINEERING • Apply concepts of dynamics to Engineering Applications

MECHANICS - II • Analyse the systems which are in motion for equilibrium conditions

• Solve the numerical problems related to dynamics problems

• Acquire the knowledge about importance of environment & ecosystem

14. 5CE03 ENVIRONMENTAL • Develop skills in understanding of various environmental problems

STUDIES • Find the solution and strategies to protect the Environment

• List & Distinguish various organizations, regulations for environment protection

• Draw Sectional views of different solids.

15. 5CE52 GEOMETRICAL DRAWING- • Practice transformation of Orthographic projections to Isometric Projections.

II • Generate Perspective projections of planes & solids.

• Identify different sign conventions of materials.

16. 5ME53 IT AND ENGINEERING • Identify, assemble and dissemble the given configuration of a computer.

WORKSHOP • Install the operating system in the given configuration of a computer and execute

commands for LINUX Operating System

• To develop components using the techniques of carpentry, tin smithy, forging, etc. listed in trades for exercises.

• To work out the given models in machine shop and CNC lathe.

• Comprehend spoken and written discourse.

ENGLISH LANGUAGE • Speak fluently with neutral pronunciation and exhibit interpersonal skills.

17. 5BS02 COMMUNICATION SKILLS • Write accurately, coherently and lucidly making appropriate use of words depending on

LABORATORY context and present data clearly.

• Introduce oneself to people and be able to speak extempore.

• Comprehend the concepts of sample spaces and Discrete and Continuous distributions.

PROBABILITY AND • Apply the concepts of Sampling distributions, Point and interval estimation and

18. 5BS16 Hypothesis Testing to solve problems in engineering. STATISTICS

• Analyze Paired data, Linear regression models and Correlation .

• Use Least squares method to compute time series

• Select the suitable form of business organization which meets the requirement of

selected business also perform decision – making function effectively in an uncertain frame work by applying concepts of Managerial Economics. Meet and manipulate the demand efficiently and plan the future course of action.

• Apply right kind cost to reduce cost by paying attention towards the costs which can be

reduced. Take decision whether to buy or produce? Reduce the cost of capital by

19. 5BS41 BUSINESS ECONOMICS selecting best source of fund mobilization and select best investment opportunity AND FINANCIAL ANALYSIS which yields higher rate of return.

• Fix the right price which can best meets the predetermined objectives of the business

firm under different market conditions. Able to select best combination of inputs to produce required quantity of output.

• Prepare books of accounts and know over all financial position of the business

enterprise which enables the concerned to take appropriate measures to improve the

situation. Also interpret the financial position from difference angles and initiates the

measures/ efforts in that direction.

BUILDING MATERIALS,

• Define the Basic terminology that is used in the industry

• Categorize different building materials , properties and their uses 20. 5CE04 CONSTRUCTION AND

• Understand the Prevention of damage measures and good workmanship PLANNING

• Explain different building service.

• Define fundamental concepts of fluid mechanics as applied to civil engineering and

environmental problems.

• Discuss and derive the fundamental mathematical equations of fluid mechanics

21. 5CE05 FLUID MECHANICS • Solve the fluid mechanics problems as related to practical civil engineering problems of water conveyance in pipes, orifices, mouth pieces, notches and weirs.

• Evaluate the various assumptions made in the application of equations to avoid the

common pitfalls

• List the types of straining actions that occur due to different types of loading.

• articulate the geometry of the structure to avoid development of undesirable straining

STRENGTH OF actions against which the material is weak.

22. 5CE06 • economize the structure by proper modification like making it composite member or MATERIALS-I

pre-stressing it to introduce stresses of opposite nature.

• judge the suitability of a particular material for a particular situation, such as ductile

materials for withstanding dynamic loads.

• appreciate the importance of preparation of Map and Plan for required site with suitable scale.

• prepare contour Map and Estimate the Quantity of earthwork required for formation 23. 5CE07 SURVEYING level for Road and Railway Alignment.

• judge on which type of instrument to be used for carrying out survey for a setting out

curves and vertical elevations and horizontal distances.

• describe different modern instruments used in surveying.

SURVERYING FIELD WORK • prepare Map and Plan for required site with suitable scale.

24. 5CE53 • performs area determination for accessible and inaccessible points. -I

• judge which type of instrument should be used for carrying out survey for an area and it

suitability.

• attempt in construct profile of given ground locations and develop contour maps.

• clearly understands the concepts of deciding the shape or type of specimen for

assessing different strengths against various straining actions.

• design the specimens for assessing a particular property of the material with the

25. 5CE54 MATERIAL TESTING available machines.

LABORATORY • decide the suitability of the material to the particular situation e.g., dynamic loads,

vibrations, impacts, fatigue, etc.,

• design the experiments making use of various techniques of load measuring or

deformation measuring instruments.

• Apply the numerical methods to find a root of algebraic and transcendental equations.

26. 5BS13 COMPUTATIONAL • Apply the numerical methods to find the solutions of ordinary differential equations.

METHODS • Find the rank using Echelon form, Normal form and compute eigen values.

• Solve linear equations using Jacobi method and Gauss-Seidal method

• Identify fundamental principles of fluid mechanics in solving problems and making

design of open-channel hydraulics under different flow conditions in Civil and

Environmental Engineering.

HYDRAULICS AND

• Interpret and apply dimensional analysis and similarity to develop hydraulic models and 27. 5CE08 testing.

HYDRAULIC MACHINES

• Solve problems related to operation characteristics, specifications and efficiencies of

hydraulic machines (pumps and turbines).

• Compare and categorize the design of appropriate hydraulic pumps and design of

hydraulic turbines and their application in Hydro Electric Power plants.

• define Principal stresses and strains, solve the problems on an inclined section of a bar under axial load; understand why material fractures on planes other than the plane

28. 5CE09 STRENGTH OF over which the tensile force is applied etc.

MATERIALS-II • define pure torsion, torsion equation, Polar Moment of Inertia , and they will be able to

derive the Torsional moment of resistance for shafts and equations for open and close

coiled helical springs; realize the advantage of hollow shafts in communicating power.

• define Columns and struts, Analyze columns and struts with different end conditions by

using different theories; distinguish the failures by crushing and crippling.

• determine stresses for different masonry structures and avoid development of tension

in masonry structures

• Classify working principles of IC engines and refrigeration

29. 5ME20 MECHANICAL AND • define and explain different types of welding techniques

ELECTRICAL TECHNOLOGY • apply principles of DC machines and transformers

• understand and apply principles of AC Machines & Instruments

• Determine the properties of concrete ingredients i.e. cement, sand, coarse aggregate

by conducting different tests. Recognize the effects of the rheology and early age

properties of concrete on its long-term behaviour.

30. 5CE10 CONCRETE TECHNOLOGY • Apply the use of various chemical admixtures and mineral additives to design cement

based materials with tailor-made properties

• Use advanced laboratory techniques to characterize cement-based materials.

• Perform mix design and engineering properties of special concretes such as high-

performance concrete, self-compacting concrete, and fibre reinforced concrete.

• Understand the advantage of statically indeterminate structure over the statically determinate structure.

31. 5CE11 STRUCTURAL ANALYSIS - I • Sketch the SF and BM diagrams for determinate and indeterminate beams.

• Calculate the deflections in beams and pin jointed trusses.

• Evaluate the maximum SF and BM due to various types of moving loads.

• Describe the basic measurement techniques of fluid mechanics and its appropriate

application.

FLUID MECHANICS AND • Interpret the results obtained in the laboratory for various experiments.

32. 5CE55 HYDRAULIC MACHINES • Discover the practical working of Hydraulic machines- different types of Turbines,

LABORATORY Pumps, and other miscellaneous hydraulics machines.

• Compare the results of analytical models introduced in lecture to the actual behaviour

of real fluid flows and draw correct and sustainable conclusions.

33. 5BS04 GENDER SENSITIZATION • Students will have developed a better understanding of important issues related to

gender in contemporary India.

• Students will be sensitized to basic dimensions of the biological, sociological,

psychological and legal aspects of gender. This will be achieved through discussion of

materials derived from research, facts, everyday life, literature and film.

• Students will attain a finer grasp of how gender discrimination works in our society and how to counter it.

• Students will acquire insight into the gendered division of labour and its relation to

politics and economics.

• Men and women students and professionals will be better equipped to work and live

together as equals.

• Students will develop a sense of appreciation of women in all walks of life.

• Through providing accounts of students and movements as well as the new laws that

provide protection and relief to women, the textbook will empower students to

understand and respond to gender violence.

• At the end of the course student should be able to describe different concepts and

terms used in engineering hydrology

ENGINEERING

• At the end of the course student should be able to discuss and explain various common 34. 5CE12 formulae used

HYDROLOGY

• At the end of the course student should be able to relate and explain fundamental

principles and theories as applied to engineering hydrology

• Students will be able solve analytical problems applying appropriate formulae.

• Compare and Design the singly reinforced, doubly reinforced and flanged sections.

35. 5CE13 DESIGN OF REINFORCED • Design the axially loaded, uniaxial and biaxial bending columns.

CONCRETE STRUCTURES • Classify the footings and Design the isolated square, rectangular and circular footings

• Distinguish and Design the one-way and two-way slabs.

• Describe different concepts and terms used in Engineering Geology

36. 5CE14 ENGINEERING GEOLOGY • Identify and explain various types of minerals and rocks

• Apply the various concepts of Engineering Geology to civil engineering field

• Examine and select the sites related to dams, roads, tunnels and slopes

• Analyze the two hinged arches.

37. 5CE15 STRUCTURAL ANALYSIS – • Solve statically indeterminate beams and portal frames using classical methods

II • Sketch the shear force and bending moment diagrams for indeterminate structures.

• Formulate the stiffness matrix and analyze the beams by matrix methods.

• Acquire the knowledge disaster Management

38. 5CE71 DISASTER MANAGEMENT • Understand the vulnerability of ecosystem and infrastructure due to a disaster

• Acquire the knowledge of Disaster Management Phases

• Understand the hazard and vulnerability profile of India

RENEWABLE ENERGY • Model, analyze and design various photovoltaic systems

39. 5EE71 • Know the feasibility of PV systems as an alternative to the fossil fuels TECHNOLGIES

• Design efficient stand alone and grid connected PV and WEC power systems

• Understand the importance of digital fabrication

• Identify different techniques involved in two dimensional layering

40. 5ME71 DIGITAL FABRICATION • Analyze the software issues involved in digital fabrication and know about extrusion based systems and post processing

• Apply the knowledge gained in the digital fabrication

PRINCIPLES OF • Analyze the techniques used for signal modulation and demodulation.

41. 5EC71 ELECTRONIC • Distinguish the need for PPM, PWM, Multiplexing.

COMMUNICATIONS • Understand the fundamental concepts of Cellular & Mobile communications

OBJECT ORIENTED

• Write Java programs using various programming constructs using java.

• Solve different mathematical problems using OOP Paradigm 42. 5CS71 PROGRAMMING

• Design and analyze the solutions for Thread and I/O management Concepts. THROUGH JAVA

• Implement the Applications involving GUI models and Events.

• Able to identify suitable sensors and transducers for real time applications.

PRINCIPLES OF • Able to translate theoretical concepts into working models.

43. 5EI71 MEASUREMENTS AND • Able to understand the basic of measuring device and use them in relevant situation.

INSTRUMENTATION • Able to estimate the errors in measurement by means of calibrating the different

instruments against the standards.

44. 5IT71 CYBER SECURITY • Develop an understanding of the legal issues associated with cyber security

• Demonstrate Service Delivery and Storage Management process

• Document an appropriate procedure of Risk Management and Security Standards

• Perform Computer Forensic analysis

PRINCIPLES OF

• Explain the functionalities of automotive systems and subsystems

• Give an overview on engine and engine subsystems. 45. 5AE71 AUTOMOBILE

• Describe working of automotive driveline and running systems ENGINEERING

• Discuss the concepts of automotive starting, ignition and charging systems

• Learn the moral issues and problems in engineering; find the solution to those

problems

46. 5BS71 PROFESSIONAL ETHICS • Learn the need for professional ethics, codes of ethics and roles, concept of safety, risk AND HUMAN VALUES assessment

• Gain exposure to Environment Ethics & computer ethics; know their responsibilities and

rights

• Describe and identify various Minerals

ENGINEERING GEOLOGY • Distinguish and identify the rocks

47. 5CE57 • Recognize various types of folds ,faults and joints LABORATORY

• Interpret and draw the sections from geological maps showing horizontal beds, vertical

beds, inclined beds, folds, faults, unconformities.

COMPUTER AIDED

• Use different AutoCAD Commands to develop Plan, Section and elevation of Buildings.

• Draw and detail different Components of different types of doors and windows. 48. 5CE58 DRAFTING OF BUILDINGS

• Develop Working Drawings of Residential Buildings. LABORATORY

• Prepare structural drawings with details of Beam, Slab and Footing.

• Test Fineness, Specific Gravity, Setting Time, Soundness and Compressive Strength of

Cement

49. 5CE59 CONCRETE LABORATORY • Test Specific Gravity of Coarse Aggregate and Fine Aggregate, Bulking of Fine Aggregate.

• Design Concrete Mix Proportioning by Using Indian Standard Method.

• Test Workability of Fresh Concrete and Compressive strength, Split Tensile Strength of

Hardened Concrete.

50. 5CE16 DESIGN OF STEEL • Analyze the tension members, compression members.

STRUCTURES • Design the tension members, compression members and column bases

• Analyze and Design the beams including built-up sections.

• Identify and Design the various components of welded plate girder including stiffeners.

• Students will be able enumerate the fundamental principles and concepts of Irrigation Engineering.

• At the end of the course student should be able to identify and explain different

51. 5CE17 IRRIGATION components of a irrigation system.

ENGINEERING • At the end of the course student should be able to practically apply the Engineering

Hydrology knowledge in the design of a irrigation system.

• At the end of the course student should be able to design main components of a

Irrigation system.

• The student should classify the roads based on functional classification, describe design

elements as sight distance, horizontal curvature, super elevation, grades, visibility on

vertical curves, cross section elements

• The student should use fundamental of physics and mathematical knowledge in

52. 5CE18 HIGHWAY ENGINEERING deriving geometric design equations; Plan surveys, preparation of survey forms and data collection from field for highway geometrical design

• The Student shall be able to estimate the basic characteristics of traffic stream conduct traffic studies and analyze traffic data for improvement of intersections.

• The student should explain factors considered for design of pavements and materials

used.

• Identify the type of soil and check the suitability for civil Engineering applications.

53. 5CE19 GEO-TECHNICAL • Solve and formulate Geotechnical Engineering problems

ENGINEERING-I • Predict probable problems that may be encountered and take precautionary measures.

• Examine the classical concepts of Soil Mechanics and its necessity.

INTRODUCTION TO

• At the end of the course student should be able todescribe different concepts and terms used in GIS

54. 5CE72 GEOGRAPHICAL

• At the end of the course student should be able tocompare and process different data INFORMATION SYSTEM sets

• At the end of the course student should be able toevaluate the accuracy and decide

whether a data set can be used or not.

• Students will be able demonstrate various applications GIS.

• To conduct Energy Audit of industries.

ENERGY AUDITING • To manage energy Systems

55. 5EE72 CONSERVATION AND • To specify the methods of improving efficiency of electric motor.

MANAGEMENT • To improve power factor and to design a good illumination system

• To calculate pay back periods for energy saving equipment.

• Apply the different types of optimization techniques for different purposes.

• Formulates and solve the problems by using one dimensional unconstrained

OPTIMIZATION minimization methods.

56. 5ME72 • Formulates and solve the problems (industrial/research) by using the geometric TECHNIQUES

programming.

• Formulate and solve the industrial problems by using the dynamic programming

methods.

INTRODUCTION TO

• Understand basic computing concepts

• Know architecture of 8085 microprocessors and 8051 Microcontrollers 57. 5EC72 MICRO PROCESSORS AND

• Interface peripherals to microprocessor CONTROLLERS

• Program internal resources of 8051 microcontroller

• Apply regular expressions to tokenize and validate data in a variety of languages

OPEN SOURCE

• Utilize Ruby to solve a wide range of text processing problems

58. 5CS72 • Understand the nuances and differences in a web based environment as compared to

TECHNOLOGIES more traditional environments

• Distinguish variety of languages to develop interactive web applications

• Develop a Virtual Instrument using LabVIEW to communicate with real world.

• Identify salient traits of a virtual instrument and incorporate these traits in their 59. 5EI72 LABVIEW PROGRAMMING projects.

• Experiment, analyze and document in the laboratory prototype measurement

• Develop program for application like networking, Digital image processing ,control

system, etc

• Describe the fundamental concepts of database management. These concepts

include aspects of database design, database languages, and database-system

RELATIONAL DATABASE implementation.

60. 5IT72 • Employ the Relational Database Model to understand the Logical and Physical aspects MANAGEMENT SYSTEMS of the DBMS architecture.

• Analyse and apply normal forms for real time database applications.

• Evaluation of transaction properties and file organization methods

• Apply advanced engine control system concepts in engineering

61. 5AE72 MODERN AUTOMOTIVE • Discuss electric and hybrid electric drivetrain technologies and drivetrain components

TECHNOLOGIES • Describe automotive applications of fuel cell and solar technology

• Appreciate the technological advancements driver assistance systems

• To identify business opportunities and equip themselves in preparing business plans

• To analyze and evaluate different proposals and its requirements for start-up’s.

62. 5BS72 ENTERPRENEURESHIP • To pitch the ideas to launch their own venture.

• To assess the impact of competition and find methods to overcome the problems in

business.

• Identify the various types of soils existing at the site.

GEO-TECHNICAL

• Decide the soil stabilization techniques if required to make the soil suitable for particular project.

63. 5CE60 ENGINEERING

• Predict probable problems that may be encountered in any project. LABORATORY

• Suggest the remedial measures to solve the problems encountered in existing

problems.

• summarize and synthesize information and produce technical writing that is required

ADVANCED ENGLISH in academics as well as in the engineering profession

• write covering letters, resume, SOP, Project Proposals and Technical Reports 64. 5BS03 COMMUNICATION SKILLS

• speak fluently and address a large group of audience and participate in debates and LABORATORY discussions.

• negotiate terms, manage complex situations through interpersonal skills, persuade

people and make quick decisions.

• At the end of the course student should be able to describe different concepts and

terms used in Remote Sensing and GIS

GEOGRAPHICAL

• At the end of the course student should be able to compare and process different 65. 5CE20 data sets

INFORMATION SYSTEM

• At the end of the course student should be able to evaluate the accuracy and decide


• Students will be able demonstrate various applications in RS and GIS.

• Correlate the mechanics of soil and apply them in solving the problems related to

foundation engineering.

66. 5CE21 GEO-TECHNICAL • Determine the stability of the slopes.

ENGINEERING-II • Design an effective foundation system for economic and safe aspects.

• Develop and apply the knowledge on various problems related to the different types

of foundations and their adoption to site conditions.

• The student should explain railway track components, its importance and

requirements.

• The student should design elements of track geometry, points and crossings and

67. 5CE22 TRANSPORTATION concepts of railway signalling

ENGINEERING • The student is expected to elaborate on air–craft characteristics, site selection and

perform corrections in runway length design.

• The student should predict the importance and necessity of harbours and docks in

transportation.

• Acquire the knowledge of the water borne diseases and water sources

68. 5CE23 ENVIRONMENTAL • Develop skills in designing the water treatment plant.

ENGINEERING • Acquire the knowledge of the estimation of sewage and storm water

• Develop skills in design of sewers, waste water treatment units

GROUND WATER • Identify different fundamental equations and concepts as applied in the Groundwater 69. 5CE73 DEVELOPMENT AND studies

MANAGEMENT • Discuss and derive differential equation governing groundwater flow in three

dimensions

• To solve groundwater mathematical equations and analyze pumping tests in steady

and non-steady flow cases

• Distinguish and understand the saline water intrusion problem in groundwater

• An ability to solve multi-disciplinary problems

FINITE ELEMENT • Ability to derive equations in finite element methods for 1-D and 2-D problems.

70. 5CE74 • Ability to formulate and solve basic problems in structural mechanics using different METHODS

elements.

• Ability to apply knowledge of mathematics and Engineering.

• Explain basic characteristics of traffic engineering like speed, flow and density.

71. 5CE75 TRAFFIC ENGINEERING • Analyze and calculate the capacity and level of service of any given highway.

• Formulate the parking demand and design a parking facility.

• Design the signals at the intersection.

• Understand and classify the necessity of solid waste management

72. 5CE76 SOLID WASTE • Explain the solid waste disposal techniques

MANAGEMENT • Acquire the knowledge of Bio medical waste disposal techniques

• Choose different strategies for the disposal of solid waste

• Identify appropriate hydraulic structures under different conditions.

DESIGN AND DRAWING • Analyse, design and draw different kinds of hydraulic structures.

73. 5CE77 OF HYDRAULIC • Prepare engineering drawing and design reports

STRUCTURES • Select an appropriate design for a given engineering, environmental, social and

economic consideration.

• Explain and derive fundamental equations in structural dynamics

EARTHQUAKE RESISTANT

• Discuss and explain causes and Theories on earthquake,seismic waves, measurement 74. 5CE78 of earthquakes

DESIGN OF BUILDINGS

• Evaluate base shear using IS methods

• Design and Detail the reinforcement for earthquake forces

75. 5CE79 AIR POLLUTION AND • Understands Air pollution Concepts

CONTROL TECHNOLOGY • Acquire the knowledge of Effects of air pollution

• Explain Air pollution Control devices

• Explain Air quality monitoring devices

• The student Should illustrate on the design of runway length and estimate the

corrections for runway length

AIRPORT PLANNING AND

• The student should explain the planning and designing the terminal area in airport 76. 5CE80 locations.

DESIGN

• The student should recall importance of marking runway and taxiway areas.

• The student should explain the importance of structural design of airport pavements

& visual aids

• Model the geometry of real world structure Represent the physical model of structural element/structure

77. 5CE62 CAD/GIS LABORATORY • Perform analysis

• Interpret from the Post processing results

• Design the Concrete & Steel structural elements as per IS Codes

• Understand about the importance of environmental engineering laboratory

ENVIRONMENTAL

• Perform the experiments in the lab

• Examine and Estimate water, waste water, air and soil Quality 78. 5CE63 ENGINEERING

• Compare the water, air quality standards with prescribed standards set by the local LABORATORY

governments

• Develop a report on the water quality and air quality.

• Evaluate the detailed estimate of RC building

79. 5CE24 ESTIMATING AND • Evaluate the detailed estimate of roads, irrigation works

COSTING • Assess the value of a property.

• Recommend the type of contract for a specific Work

CONSTRUCTION

• Differentiate between different construction equipment.

• Prepare Plan and control resources of projects. 80. 5CE81 TECHNOLOGY AND

• Prepare Construction Schedule by using different methods. PROJECT MANAGEMENT

• Understand and apply ISO 9000 Standards to projects

81. 5CE82 ADVANCED STRUCTURAL • Analyze the multi-storey building frames by various approximate methods.

ANALYSIS • Determine the Stresses in beams, deflections of beams subjected to unsymmetrical

bending

• Solve the continuous beams, portal frames by matrix methods of analysis.

• Understand the plastic analysis of structures and can Draw the ILD’s for

indeterminate structures

• Select the ground improvement technique which is suitable and economical for soil

GROUND IMPROVEMENT strengthening.

82. 5CE83 • List different techniques based on the various types of soils in-situ. TECHNIQUES

• Design reinforced earth structures.

• Apply the knowledge of geo-synthetic material for usage.

• Acquire the knowledge of Environmental impacts

83. 5CE84 ENVIRONMENTAL IMPACT • Understand and analyze environmental clearances and guidelines

ASSESSMENT • prepare an audit report

• memorize and reproduce environment laws and regulations

• Enumerate the physical, biological and environmental aspects and their interrelations

within a watershed; choose and apply available system tools for system intervention.

• Explain the participatory decision making processes; comprehend the

interdependencies between natural resources and management at different locations

WATERSHED in land and water management.

84. 5CE85 • Solve watershed related problems by formulating a vision and design a sustainable MANAGEMENT

watershed management plan that shows an integrated approach towards multiple

uses of land- and water resources and social equity and economic viability.

• Correlate different aspects of Watershed management so as to work in

multidisciplinary and multicultural groups (with respect for different views, expertise

and culture); reflect on own contribution to group work and on group processes.

• Acquire the knowledge of evolution of process of prestressing.

85. 5CE86 PRESTRESSED CONCRETE • Acquire the knowledge of various prestressing techniques.

• Develop skills in analysis of prestressed concrete beams, and slabs.

• Develop skills to satisfy the serviceability and strength provisions of the Indian

Standards (IS: 1343-2012).

• The student should understand the design factors for flexible and rigid pavements

• The student should explain the assumptions in pavement layers and carryout design

86. 5CE87 PAVEMENT ANALYSIS of flexible and rigid pavement.

AND DESIGN • The student should discriminate methods of highway constructions used in pavement

layers.

• The student should carryout evaluation pavement design

• Describe different concepts and terms used in Civil Engineering.

GEO-SYNTHETICS AND • Identify the critical awareness of current issues in Geotechnical Engineering

87. 5CE88 • Interpret various techniques, skills, and modern engineering tools for successful SOIL REINFORCEMENT

carrier in geotechnical engineering practices.

• Solve various Geotechnical Engineering problems using geo-synthetics.

AUTOMOBILE ENGINEERING 5BS11 ADVANCED CALCULUS • Solve problems involving the maxima and minima of f(x,y)

88. • Trace curves using basic characteristics

• Evaluate integrals using special functions and change of variables

• Evaluate vector integrals

5BS21 ENGINEERING PHYSICS • Realize influence of diffraction and resolvability in optical elements

• Recognize importance of interference in thin films

• Distinguish LASER light from ordinary light and describe propagation of light 89. through optical fibre by total internal reflection.

• Illustrate behaviour of a particle in one dimensional potential box

• Understand behaviour of electron in a periodic potential in real crystal and classify

solids based on conduction.

5BS31 CHEMISTRY OF • Formulate and infer the suitability of abrasives and adhesives in different industries

ENGINEERING MATERIALS • Understand benefits of refractories and ceramics as heat resistant materials in 90. industries

• Assess the quality of lubricants and their appropriate usage in machinery

• Interpret the setting and hardening process of cement


pollution.

5IT01 C PROGRAMMING AND • Apply knowledge of mathematics, science engineering and technology in problems DATA STRUCTURES solving using C programming Language

• Analyze structured programming methods, techniques and standard library functions

91. • Understand and relate different derived data types and able to choose the loops and decision making statements to solve the given problem




5CE01 ENGINEERING • Determine the resultant of coplanar concurrent and non-concurrent force systems and MECHANICS – I analyse the bodies for equilibrium to find the unknown forces

92. • Analyze the bodies on rough horizontal and inclined planes and connected bodies

• Determine the centroid of composite areas, centre of gravity of composite bodies

• Determine the moment of inertia of simple areas and mass MI of simple bodies

5ME51 ENGINEERING GRAPHICS • Interpret the concepts of scales and curves and Solve the problems as per the drawing

– I conventions by using Auto CAD

93. • Solve the problems on Projections of points, lines and their traces by using Auto CAD

• Solve the problems on positions of planes and the auxiliary views by using Auto CAD

• Apply the knowledge of orientations of solids and solve the problems on solids and its

auxiliary views by using Auto CAD

5BS25 ENGINEERING PHYSICS • Demonstrate the optical phenomena with formation of Newton Rings, and formation AND CHEMISTRY of spectra with a grating and a prism

94. LABORATORY • Illustrate periodic motion by measuring rigidity modulus of a material and formation

of standing waves by Melde’s apparatus and also discharging of a capacitor

• Correlate the experimental results with the class room learning

95. 5IT51 C PROGRAMMING AND • Apply mathematics, science, engineering and technology in problem solving using C

DATA STRUCTURES programming language

LABORATORY • Design c programs using different c tokens

• Experiment appropriate decision making statements and derived data types to solve a given problem



5CE03 ENVIRONMENTAL • Acquire the knowledge about importance of environment & ecosystem

96. STUDIES • Develop skills in understanding of various environmental problems

• Find the solution and strategies to protect the Environment


5BS12 ORDINARY DIFFERENTIAL • Solve the problems in first order differential equations.

97. EQUATIONS AND LAPLACE • Solve the problems in second order differential equations

TRANSFORMS • Obtain the series solutions of second order ordinary differential equations

• Learn Laplace Transform as a tool

5BS22 PHYSICS OF MATERIALS • Identify different types of crystals, their defects and importance of X-ray studies in

crystals

98. • Recognize materials’ magnetic, dielectric and size dependent behavior

• Showcase some applications of crystals and different kinds of materials in

engineering

5BS32 ENGINEERING CHEMISTRY • Interpret the chemical applications of the various types of batteries used in the

present day world


99. economy

• Evaluate the suitability of various polymers for different applications

• Analyze and compare the different softening techniques of water


materials

5BS01 ENGLISH • Comprehend technical communication produced in the engineering profession

100. • Understand the writing process and create logical paragraphs


• Communicate coherently orally and in writing

5CE02 ENGINEERING • Determine the member forces in trusses using method of joints and method of sections

MECHANICS – II • Apply virtual work principle to beams, ladder and rod problems to determine the 101. unknown forces

• Solve the kinematics and kinetics problems

• Apply work-energy principle to solve the rigid body problems

5ME52 ENGINEERING GRAPHICS • Apply the concepts of sections and solve the problems on attaining true shape of

– II section and obtain the development of surfaces of various solids using AutoCAD

102. • Solve the problems on intersection of solids like prism vs prism, cylinder vs cylinder and cylinder vs cone, using AutoCAD

• Apply the concepts of isometric projections and solve the problems in Auto CAD

• Apply the concepts of perspective projections and solve the problems in Auto CAD

5ME53 IT AND ENGINEERING • Identify, assemble and dissemble the given configuration of a computer.


103. commands for LINUX Operating System

• To develop components using the techniques of carpentry, tin smithy, forging, etc.

listed in trades for exercises.


104. 5BS02 ENGLISH LANGUAGE • Comprehend spoken and written discourse

COMMUNICATION SKILLS • Speak fluently with neutral pronunciation and exhibit interpersonal skills

LABORATORY • Write accurately, coherently and lucidly making appropriate use of words depending

on context and present data clearly

• Introduce oneself to people and be able to speak extempore

105. 5BS14 PARTIAL DIFFERENTIAL • Solve problems using Fourier series.

EQUATIONS WITH • Evaluate problems involving Fourier and Inverse Fourier transforms.

APPLICATIONS AND • Solve the second order linear partial differential equations by Method of Separation COMPLEX ANALYSIS of Variables and Fourier series.

• Evaluate line and Contour integrals.

106. 5ME01 MECHANICS OF SOLIDS • Show basic stress strain equations with appropriate assumptions

• Interpret model and analyze solid mechanics problems on bars,beams and shafts

• Apply the concepts of principal stresses in real life design issues

• Analyse and develop beams, shats for various applications

107. 5ME02 THERMODYNAMICS • Apply the basic concepts of thermodynamics and Thermodynamic Laws for various

thermodynamic systems

• Evaluate the properties of pure substance and to analyse the concept of

irreversibility and availability

• Apply the basic concept of power cycles for External combustion engines and internal

combustion engines

• Evaluate the behaviour of ideal gas mixtures and Thermodynamic properties of the

given mixture of gases

108. 5ME03 METALLURGY AND • Distinguish different types of metals and alloys.

MATERIAL SCIENCE • Design a heat treatment process to change the properties-hardness, ductility, etc.

• Analyze the failure of metals and alloys.

• Explain&justify the usage of Titanium & its alloys.

109. 5ME04 FLUID MECHANICS AND • Analyzing the fluid properties to solve flow, force and velocity problems

HYDRAULIC MACHINES • Evaluating the flow characterizing in static and dynamic nature of flow

• Applying fluid flow and dynamics in solving problems in hydraulic machines

• Understanding the model analysis of hydraulic machinery and select appropriate

machines for hydro power plant

110. 5ME54 METALLURGY AND • Identify materials for micro structure

MATERIAL SCIENCE • Test microstructure of any given material and predict properties

LABORATORY • Prepare appropriate heat treatment for a given material by checking its

microstructure

• Examine the microstructure of cutting tool

111. 5ME55 MECHANICS OF SOLIDS • Apply the theoretical concepts by conducting the tests on different materials

LABORATORY • Evaluate the result of test and comment on the mechanical properties of materials

• Decide a material and an appropriate test suitable for given application

• Analyze the significance of the tests in different fields of engineering

112. 5ME56 FLUID MECHANICS AND • Apply fundamental equations of fluid mechanics for turbines and pumps

HYDRAULIC MACHINES • Model and analyse fluid flow problems in mechanical engineering

LABORATORY • Create a model of fluid flow equipments

• Evaluate the experimental results with theoretical concepts

113. 5BS13 COMPUTATIONAL • Apply the numerical methods to find a root of algebraic and transcendental

METHODS equations.

• Apply the numerical methods to find the solutions of ordinary differential equations.

• Find the rank using Echelon form, Normal form and compute eigen values.


114. 5AE01 APPLIED • Apply first and second laws of thermodynamics to various systems

THERMODYNAMICS • Evaluate the performance parameters of different thermodynamic systems

• Identify and analyse sub-systems of thermodynamic systems

• Design and synthesize the study flow thermodynamic systems

115. 5AE02 AUTOMOTIVE ENGINES • Know the fundamental concepts and functions of an automotive engine and sub- AND SYSTEMS systems

• Describe the constructional features of internal combustion engines

• Analyze testing and performance characteristics of an engine

• Summarize engine emissions and regulations

116. 5AE03 THEORY OF MACHINES • Identify mechanisms and predict their motion

• Analyse kinematic and dynamic characteristics of different mechanisms

• Apply suitable drives and mechanisms

• Evaluate balancing of masses and gyroscope

117. 5EE23 BASIC ELECTRICAL AND • Analyze the electro-mechanical energy conversion using electrical machines

ELECTRONICS • Analyze the different electrical machines used for propulsion of vehicles.

ENGINEERING • Analyze different control circuits which involve different circuits parameters

• Analyze the operation of transistor and CRT

118. 5ME57 MACHINE DRAWING • Apply the knowledge of machine drawing conventions

• Analyze and draw the machine elements like screw threads, nuts, bolts, keys and

riveted joins

• Analyze and draw the machine elements and simple parts like shaft couplings, journal, pivot and collar bearings

• Analyze all the parts and assemble them in AutoCAD with section views

119. 5AE51 AUTOMOTIVE ENGINES • Demonstrate valve and port timing diagrams

LABORATORY • Evaluate performance characteristics of IC engine and compressor

• Practice measurements of emission testing

• Perform heat balancing of an engine

120. 5EE63 BASIC ELECTRICAL AND • Find the application of electrical machines with the experimental determination of

ELECTRONICS the performance of the machines

ENGINEERING • Find the application of Induction motor with the experimental determination of the LABORATORY performance of the machines

• Find the application of single phase transformer

• Identify the characteristics of all solid state devices

121. 5BS04 GENDER SENSITIZATION • Students will have developed a better understanding of important issues related to gender in contemporary India.




• Students will attain a finer grasp of how gender discrimination works in our society and

how to counter it.

• Students will acquire insight into the gendered division of labour and its relation to politics and economics.


together as equals.





122. 5AE04 AUTOMOTIVE CHASSIS • Appreciate the concepts and technologies available in automobiles

• Explain automotive lay-out and functionality of chassis systems

• Present working of drive line systems like clutch, gear box and differential

• Explain constructional features and working of automotive steering, braking and

suspension systems

123. 5AE05 AUTOMOTIVE ELECTRICAL • Explain the fundamentals, working and advanced concepts of automotive battery,

AND ELECTRONICS ignition and starting systems

• Discuss the working of basic and advanced concepts of automotive charging and

lighting systems

• Present basics of automotive electronics and working principle of sensors and

actuators

• Apply control system concepts in engine control

124. 5AE06 AUTOMOBILE • Choose the materials based on design considerations

ENGINEERING DESIGN – I • Analyse the behavior of structural members under fluctuating loads

• Select and design different types of fasteners

• Design power transmitting elements in automobiles .

125. 5ME07 PRODUCTION • Analyze and select the suitable casting technique for making the components

TECHNOLOGY • Analyze the different types of welding processes are needed for various materials and

importance of welding

• Know the methods involved in sheet metal operations, rolling, forging, etc.

• Know the various manufacturing methods in processing of plastics

126. 5ME10 HEAT AND MASS • Derive the general conduction equation in Cartesian, cylindrical and spherical

TRANSFER coordinates

• Derive and apply equations in problems related to heat transfer through

homogeneous slabs, hollow cylinders ,sphere, extended surfaces and fins

• Derive and apply the convective heat transfer equations to natural and forced flow

• Design the devices that transfers heat and measure their effectiveness

127. 5CE71 DISASTER MANAGEMENT • Acquire the knowledge disaster Management

• Understand the vulnerability of ecosystem and infrastructure due to a disaster



128. 5EE71 RENEWABLE ENERGY • Model, analyze and design various photovoltaic systems

TECHNOLOGIES • Know the feasibility of PV systems as an alternative to the fossil fuels


129. 5ME71 DIGITAL FABRICATION • Understand the importance of digital fabrication


• Analyze the software issues involved in digital fabrication and know about extrusion

based systems and post processing


130. 5EC71 PRINCIPLES OF • Analyze the techniques used for signal modulation and demodulation

ELECTRONIC • Distinguish the need for PPM, PWM, Multiplexing

COMMUNICATIONS • Learn basics of wireless networks

• Understand the fundamental concepts of Cellular & Mobile communications

131. 5CS71 OBJECT ORIENTED • Write Java programs using various programming constructs using java

PROGRAMMING • Solve different mathematical problems using OOP Paradigm

THROUGH JAVA • Design and analyze the solutions for Thread and I/O management Concepts

• Implement the Applications involving GUI models and Events

132. 5EI71 PRINCIPLES OF • Identify suitable sensors and transducers for real time applications

MEASUREMENTS AND • Translate theoretical concepts into working models

INSTRUMENTATION • Understand the basic of measuring device and use them in relevant situation

• Estimate the errors in measurement by means of calibrating the different






134. 5AE71 PRINCIPLES OF • Explain the functionalities of automotive systems and subsystems

AUTOMOBILE • Give an overview on engine and engine subsystems.

ENGINEERING • Describe working of automotive driveline and running systems


135. 5BS71 PROFESSIONAL ETHICS • Learn the moral issues and problems in engineering; find the solution to those AND HUMAN VALUES problems

• Learn the need for professional ethics, codes of ethics and roles, concept of safety,

risk assessment

• Gain exposure to Environment Ethics & computer ethics; know their responsibilities

and rights

136. 5ME59 PRODUCTION • Apply the knowledge involved in casting techniques

TECHNOLOGY • Decide the selection of various welding techniques applicable for different materials

LABORATORY • Integrate the knowledge involved in press working operations

• Analyze the techniques involved in processing of plastics

137. 5ME60 HEAT AND MASS • Identify and analyse the mode of heat transfer

TRANSFER LABORATORY • Evaluate thermal conductivity of lagged pipe , metal bar and insulating powder

• Evaluate Heat transfer coefficient for natural and forced convection

• Evaluate emissivity of the given metal

138. 5BS41 BUSINESS ECONOMICS • Select the suitable form of business organization which meets the requirement of

AND FINANCIAL ANALYSIS selected business also perform decision – making function effectively in an uncertain

frame work by applying concepts of Managerial Economics. Meet and manipulate the

demand efficiently and plan the future course of action

• Apply right kind cost to reduce cost by paying attention towards the costs which can

be reduced. Take decision whether to buy or produce? Reduce the cost of capital by

selecting best source of fund mobilization and select best investment opportunity

which yields higher rate of return


firm under different market conditions. Able to select best combination of inputs to

produce required quantity of output




measures/ efforts in that direction

139. 5AE07 AUTOMOBILE • Select bearings, identify materials and design

ENGINEERING DESIGN – II • Analyse engine components and beams

• Analyse power transmission elements and system

• Assess the design considerations for clutchs and brakes

140. 5AE08 VEHICLE DYNAMICS • Calculate static loads and dynamic loads on vehicle

• Evaluate different braking and acceleration forces

• Estimate different road loads of a vehicle

• Identify difference between ride and handling of a vehicle

141. 5AE09 MACHINE TOOLS AND • Apply elementary knowledge of metal cutting to modeling and analysis of cutting METROLOGY forces, power in machining process

• Work on various machine tools to produce components

• Use limits, fits and tolerances

• Work with various measuring devices to measure linear, angular, surface texture

measurements

142. 5CE72 INTRODUCTION TO • Describe different concepts and terms used in GIS

GEOGRAPHICAL • Compare and process different data sets

INFORMATION SYSTEM • Evaluate the accuracy and decide whether a data set can be used or not

• Demonstrate various applications GIS

143. 5EE72 ENERGY AUDITING • Conduct Energy Audit of industries

CONSERVATION AND • Manage energy Systems

MANAGEMENT • Specify the methods of improving efficiency of electric motor

• Improve power factor and to design a good illumination system

• Calculate pay back periods for energy saving equipment

144. 5ME72 OPTIMIZATION • Apply the different types of optimization techniques for different purposes

TECHNIQUES • Formulate and solve the problems by using one dimensional unconstrained

minimization methods

• Formulate and solve the problems (industrial/research) by using the geometric

programming


methods

145. 5EC72 INTRODUCTION TO • Understand basic computing concepts

MICRO PROCESSORS AND • Know architecture of 8085 micro processors and 8051 Microcontrollers

CONTROLLERS • Interface peripherals to microprocessor


146. 5CS72 OPEN SOURCE • Apply regular expressions to tokenize and validate data in a variety of languages

TECHNOLOGIES • Utilize Ruby to solve a wide range of text processing problems

• Understand the nuances and differences in a web based environment as compared to more traditional environments


147. 5EI72 LABVIEW PROGRAMMING • Develop a Virtual Instrument using LabVIEW to communicate with real world

• Identify salient traits of a virtual instrument and incorporate these traits in their

projects


• Develop program for application like networking, Digital image processing, control

system, etc.

148. 5IT72 RELATIONAL DATABASE • Describe the fundamental concepts of database management. These concepts

MANAGEMENT SYSTEMS include aspects of database design, database languages, and database-system

implementation

• Employ the Relational Database Model to understand the Logical and Physical aspects

of the DBMS architecture



149. 5AE72 MODERN AUTOMOTIVE • Apply advanced engine control system concepts in engineering

TECHNOLOGIES • Discuss electric and hybrid electric drivetrain technologies and drivetrain components

• Describe automotive applications of fuel cell and solar technology


150. 5BS72 ENTREPRENEURSHIP • Identify business opportunities and equip themselves in preparing business plans

• Analyze and evaluate different proposals and its requirements for start-ups

• Pitch the ideas to launch their own venture

• Assess the impact of competition and find methods to overcome the problems in

business

151. 5ME61 MACHINE TOOLSAND • Perform various operations on various machine tools

METROLOGY • Choose the appropriate cutting tools for various machining operations

LABORATORY • Measure the tolerances attained in different machining operations

• Perform analysis on the data attained from measuring instruments

152. 5BS03 ADVANCED ENGLISH • Summarize and synthesize information and produce technical writing that is required

COMMUNICATION SKILLS in academics as well as in the engineering profession

LABORATORY • Write covering letters, resume, SOP, Project Proposals and Technical Reports

• Speak fluently and address a large group of audience and participate in debates and

discussions

• Negotiate terms, manage complex situations through interpersonal skills, persuade

people and make quick decisions

153. 5AE52 AUTOMOBILE • Explain about automotive systems and subsystems

ENGINEERING • Assemble and dismantle petrol and diesel engine and other subsystems

LABORATORY • Discuss the principle and functionality of automotive subsystems

• Identify the faults and measurement of different parameters

154. 5AE10 ELECTRIC AND HYBRID • Understand the concepts and drivetrain configurations of electric drive vehicles

VEHICLES • Present different electric propulsion systems and energy storage devices

• Discuss the technology, design methodologies and control strategy of electric drive

vehicles

• Appreciate the solar and fuel cell applications in automobiles

155. 5AE11 INDUSTRIAL • Analyselinear programming models in practical and their practical use.

ENGINEERING AND • Evaluate transportation, sequencing, replacement and queuing problems and their

OPERATIONS RESEARCH solution methodology

• Appreciate the role and application of industrial engineering

• Apply theory of games, replacement and inventory models for solving problems

156. 5ME16 CAD/CAM • Select the types of computer devices and solve the problems on transformations and

use them in CAD software

• Compare the different types of models and perform drafting

• Prepare part programs involving various operations for the manufacturing of simple and complex products

• Integrate the knowledge learnt in CAD and CAM

157. 5AE73 VEHICLE BODY • Choose the materials for automotive structures and body panels

ENGINEERING AND • Apply aesthetics and ergonomic considerations for automobiles

SAFETY • Categorize vehicle bodies, construction details and safety measures

• Use noise, vibration and harshness control and measuring techniques

158. 5AE74 FUEL CELL TECHNOLOGY • Understand the concepts, principle and working of fuel cell

• Describe the components and automotive applications of fuel cell

• Assess the fueling techniques for fuel cell

• Analyze the performance of fuel cell

159. 5ME74 AUTOMATION AND • Evaluate the positions, angles of the manipulators given the required motion analysis,

ROBOTICS kinematics, dynamics and trajectory planning concepts

• Analyze the different types of feedback components and sensors used in robots

• Create and analyse the program for a robot using the programming languages

• Analyze the applications of robots in manufacturing by studying different work cells of

the robots

160. 5ME76 QUALITY ENGINEERING IN • Value the concept of quality, use quality tools and obtain the quality loss

MANUFACTURING • Utilize the analytical techniques to find out the variation in the data and obtain optimal results

• Select and use the proper orthogonal arrays in designing, conducting and analyzing the

experiments

• Formulate parameter and tolerance design strategies

161. 5ME15 FINITE ELEMENT • Name and tabulate various approaches leads to FEM to solve a given problem

METHODS • Describe the given problem for finding solution using finite element technique

• Apply the concept of FEM to solve different field problems

• Assess real life problems using dynamic analysis

162. 5AE75 AUTOMOTIVE • Discuss the need of implementing intelligent vehicle technologies

INFOTRONICS • Address the key technologies that behind the communication systems

• Describe the basic concepts of control systems

• Present the constructional features of various growing technologies like adaptive cruise

control systems, safety systems, security systems and comfort systems

163. 5ME77 COMPUTATIONAL FLUID • Solve fluid flow and heat transfer problems using numerical methods and Programming

DYNAMICS • criticallyanalyze different mathematical models and computational methods for flow simulations

• Write algorithms to solve the complex non linear equations numerically and able to do a

project demonstrating your understanding

• Conduct the stability analysis and check the applicability of different schemes

164. 5ME80 PRODUCT LIFE CYCLE • Forecast the demand of the product

MANAGEMENT • Develop a new product strategy

• Predict the life cycle of product

• Interpret the life cycle process of individual items

165. 5AE53 VEHICLE MAINTENANCE • Identify different systems of a vehicle and their functionality

AND TESTING • Inspect the vehicle and identify the faults

LABORATORY • Perform fault diagnosis and detection using suitable test equipment

• Execute maintenance and repair/replacement operations

166. 5ME62 CAD/CAM LABORATORY • Summarize the skills learnt in sketching and modeling using CAD packages

• Design product assemblies and obtain drafted views from it

• Produce components with different features using CNC machines and machining centers

• Analyze the stress and strain in various structures

167. 5AE54 VEHICLE DYNAMICS AND • Calculate the natural frequency of Undamped and damped free vibration system

AUTOTRONICS • Balance the static and dynamic forces and the gyroscopic effects

LABORATORY • Troubleshoot different electrical faults in a vehicle

• Test automotive batteries, starting, and charging systems

168. 5AE12 REFRIGERATION AND • Apply refrigeration cycles in conventional and unconventional refrigeration systems

AUTO AIR CONDITIONING • Evaluate vehicle cooling loads and capacity of refrigeration and air conditioning

systems

• Describe heating ventilation and air conditioning systems and components

• Examine and servicing of air conditioners and heating systems

169. 5AE76 ALTERNATIVE FUELS AND • Select alternative fuels for using on SI and CI engines

TECHNOLOGIES • Explain the benefits and engine modifications required for using alternative fuels

• Recognisequality standards, regulations and third-party inspection for alternative fuel

vehicles

• Discuss the electric, hybrid, fuel cell and solar vehicle technologies

170. 5AE77 FLUID POWER SYSTEMS • Apply fundamental knowledge of hydraulic systems in automation

• Apply fundamental knowledge of pneumatic systems in automation

• Apply fundamental knowledge to fluid power circuits designing in automation

171. 5ME82 DESIGN FOR • Apply the rules and methods for the design of machine component and products

MANUFACTURING • Apply appropriate methods for selecting the materials and the processes involved in manufacture of various components and systems

• Process metals by cold working, sheet metal and joining operations by applying relevant rules

• Design and develop manual and automatic assembly processes using various tools

172. 5ME84 PRINCIPLES OF • Identify the key steps required for exploiting an innovative idea or opportunity to

ENTREPRENEURSHIP develop an existing business, launch a new venture, or initiate a social enterprise

• Recognize and evaluate business opportunities under dynamic economic settings

• Identify and create opportunities to solve entrepreneurial issues while starting an

enterprise

• Master the relevance of Entrepreneurship and Entrepreneurs to the economic

development of the nation especially regarding job creation and poverty alleviation in

general

173. 5AE78 AUTOMOTIVE POLLUTION • Analyze the sources of automotive emissions and their ill effects on environment and

AND CONTROL human beings

• Explain the formation of pollutants from SI and CI and the operating parameters

influences emission

• Apply techniques used to control emission from SI and CI engine vehicles

• Identify various pollution measurement techniques, standards and control of emissions

174. 5AE79 PLANT LAYOUT AND • Evaluate an appropriate plant layout for a plant

MATERIAL HANDLING • Create flexible plant layout to accommodate changes in product volume or product type

SYSTEMS • Analyze an appropriate material handling system

• Evaluate the systems and equipment’s used for material storage

175. 5AE80 COMPOSITE MATERIALS • Apply fundamental knowledge of mathematics to modeling and analysis of composite

materials

• Analyze the the manufacturing methods of various composite materials

• Analyse the failure of composites

• Synthesize and use right composite materials for the right component

176. 5ME88 NANO SCIENCE AND • Create solutions in engineering, biotechnology and manufacturing by identifying

TECHNOLOGY current nanotechnology

• Apply the fundamental knowledge of science to characterize the nanomaterial’s

• Synthesize carbon Nanotubes and Nano materials

• Evaluate tools in Nano science for applications in various sectors

MECHANICAL ENGINEERING 177. 5BS11 ADVANCED CALCULUS • Solve problems involving the maxima and minima of f(x,y).

• Trace curves using basic characteristics.



178. 5BS21 ENGINEERING PHYSICS • Realize influence of diffraction and resolvability in optical elements.

• Recognize importance of interference in thin films.

• Distinguish LASER light from ordinary light and describe propagation of light through

Optical fiber by Total Internal reflection.

• Illustrate behavior of a particle in one dimensional potential box.

• Understand behavior of electron in a periodic potential in real crystal and classify

• Solids based on conduction

179. 5BS31 CHEMISTRY OF • Formulate and infer the suitability of abrasives and adhesives in different industries.

ENGINEERING MATERIALS • Understand benefits of refractories and ceramics as heat resistant materials in

industries.

• Assess the quality of lubricants and their appropriate usage in machinery.

• Interpret the setting and hardening process of cement.


pollution.

180. 5IT01 C PROGRAMMING AND • Apply knowledge of mathematics, science engineering and technology in problems

DATA STRUCTURES solving using C programming Language

• Analyze structured programming methods, techniques and standard library functions

• Understand and relate different derived data types and able to choose the loops and

decision making statements to solve the given problem




181. 5CE01 ENGINEERING • Determine the resultant of coplanar concurrent and non-concurrent force systems MECHANICS – I and analyse the bodies for equilibrium to find the unknown forces

• Analyze the bodies on rough horizontal and inclined planes and connected bodies

• Determine the centroid of composite areas, centre of gravity of composite bodies

• Determine the moment of inertia of simple areas and mass MI of simple bodies

182. 5ME51 ENGINEERING GRAPHICS- • Interpret the concepts of scales and curves and Solve the problems as per the

I drawing conventions by using Auto Cad

• Solve the problems on Projections of points, lines and their traces by using Auto Cad

• Solve the problems on positions of planes and the auxiliary views by using Auto Cad

• Apply the knowledge of orientations of solids and solve the problems on solids and

its auxiliary views by using Auto Cad

183. 5BS25 ENGINEERING PHYSICS • Demonstrate the optical phenomena with formation of Newton Rings, and formation AND ENGINEERING of spectra with a grating and a prism.

CHEMISTRY LABORATORY • Illustrate periodic motion by measuring rigidity modulus of a material and formation ENGINEERING PHYSICS of standing waves by Melde’s apparatus and also discharging of a capacitor.

LAB • Correlate the experimental results with the class room learning.

184. 5IT51 C PROGRAMMING AND • Apply mathematics, science, engineering and technology in problem solving using C

DATA STRUCTURES programming language. LABORATORY

• Design c programs using different c tokens .

• Experiment appropriate decision making statements and derived data types to solve

a given problem.



185. 5CE03 ENVIRONMENTAL • Acquire the knowledge about importance of environment & ecosystem

STUDIES • Develop skills in understanding of various environmental problems



186. 5BS12 ORDINARY DIFFERENTIAL • Solve the problems in first order differential equations.

EQUATIONS AND LAPLACE • Solve the problems in second order differential equations.



187. 5BS22 PHYSICS OF MATERIALS • Identify different types of crystals, their defects and importance of X-ray studies in

• crystals.

• recognize materials’ magnetic, dielectric and size dependent behavior.

• show case some applications of crystals and different kinds of materials in

engineering.

188. 5BS32 ENGINEERING CHEMISTRY • Interpret the chemical applications of the various types of batteries used in the present day world.


economy.




materials

189. 5BS01 ENGLISH • Comprehend technical writing produced in the engineering profession

• Understand the writing process and create logical paragraphs



190. 5CE02 ENGINEERING • Determine the member forces in trusses using method of joints and method of

MECHANICS – II sections.

• Apply virtual work principle to beams, ladder and rod problems to determine the

unknown forces

• Solve the kinematics and kinetics problems.

• Apply work-energy principle to solve the rigid body problems

191. 5ME52 ENGINEERING GRAPHICS • Apply the concepts of sections and solve the problems on attaining true shape of – II section and obtain the development of surfaces of various solids using AutoCAD

• Solve the problems on intersection of solids like prismvsprism,cylindervs cylinder

and cylinder vs cone, using AutoCAD

• Apply the concepts of isometric projections and solve the problems in Auto CAD

• Apply the concepts of perspective projections and solve the problems in Auto CAD

192. 5ME53 IT AND ENGINEERING • Identify, assemble and dissemble the given configuration of a computer. WORKSHOP

• Install the operating system in the given configuration of a computer and execute




• To work out the given models in machine shop and CNC lathe

193. 5BS02 ENGLISH LANGUAGE • Comprehend spoken and written discourse.

COMMUNICATION SKILLS • Speak fluently with neutral pronunciation and exhibit interpersonal skills.


on context and present data clearly.


194. 5BS14 PARTIAL DIFFERENTIAL • Solve problems using Fourier series.

EQUATIONS WITH • Evaluate problems involving Fourier and Inverse Fourier transforms.

APPLICATIONS AND • Solve the second order linear partial differential equations by Method of Separation

COMPLEX ANALYSIS of Variables and Fourier series.


195. 5ME01 MECHANICS OF SOLIDS • Show basic stress strain equations with appropriate assumptions.

• Interpret model and analyze solid mechanics problems on bars,beams and shafts.

• Apply the concepts of principal stresses in real life design issues

• Analyse and develop beams, shats for various applications

196. 5ME02 THERMODYNAMICS • T o apply the basic concepts of thermodynamics and Thermodynamic Laws for various thermodynamic systems

• To evaluate the properties of pure substance and to analyse the concept of

irreversibility and availability.

• To apply the basic concept of power cycles for External combustion engines and

internal combustion engines.

• Evaluate the behaviour of ideal gas mixtures and Thermodynamic properties of the

given mixture of gases.

197. 5ME03 METALLURGY AND • Distinguish different types of metals and alloys.

MATERIAL SCIENCE • Design a heat treatment process to change the properties-hardness, ductility, etc.

• Analyze the failure of metals and alloys.

• Explain & justify the usage of Titanium & its alloys.

198. 5ME04 FLUID MECHANICS & • Analyzing the fluid properties to solve flow, force and velocity problems.

HYDRAULIC MACHINES • Evaluating the flow characterizing in static and dynamic nature of flow

• Applying fluid flow and dynamics in solving problems in hydraulic machines.

• Understanding the model analysis of hydraulic machinery and select appropriate

machines for hydro power plant.

199. 5ME54 METALLURGY AND • Identify materials for micro structure.

MATERIAL SCIENCE • Test microstructure of any given material and predict properties.

LABORATORY • Prepare appropriate heat treatment for a given material by checking its

microstructure.

• Examine the microstructure of cutting tool.

200. 5ME55 MECHANICS OF SOLIDS • Applying the theoretical concepts by conducting the tests on different materials.

LABORATORY • Evaluate the result of test and comment on the mechanical properties of materials.

• Decide a material and an appropriate test suitable for given application.

• Analyze the significance of the tests in different fields of engineering.

201. 5ME56 FLUID MECHANICS AND • To apply fundamental equations of fluid mechanics for turbines and pumps

HYDRAULIC MACHINES • Model and analyse fluid flow problems in mechanical engineering.

LABORATORY • To create a model of fluid flow equipments.

• Evaluate the experimental results with theoretical concepts.

202. 5BS13 COMPUTATIONAL • Apply the numerical methods to find a root of algebraic and transcendental METHODS equations.







demand efficiently and plan the future course of action.

• Apply right kind cost to reduce cost by paying attention towards the costs which can be reduced. Take decision whether to buy or produce? Reduce the cost of capital by selecting best source of fund mobilization and select best investment opportunity which yields higher rate of return.







204. 5ME05 KINEMATICS OF • Draw velocity and acceleration diagrams of various parts of a machine along with the MACHINERY transmission Mechanisms.

• Design components of machine parts, structures, gears, cams, belts, pulleys, etc. for

kinematic analysis.

• Understand the straight line motion mechanisms, Hooke’s joint and steering

mechanisms.

• Design the mechanisms after analysis for safety and efficient working.

205. 5ME06 THERMAL ENGINEERING • T o Analyse the Actual cycles and compare it with the air standard cycle of the given engine.

• To Analyse the combustion phenomena in Spark Ignition and Compression ignition

Engines.

• To Evaluate the performance parameters (Brake power, Friction power, Torque,

Efficiencies ). of internal combustion engines and (Isothermal efficiency ,volumetric

efficiency ) reciprocating compressor

• To Evaluate the COP of different refrigeration cycles and to measure the

psychrometric properties of air

206. 5EE23 BASIC ELECTRICAL AND • Analyze the electro-mechanical energy conversion using electrical machines.

ELECTRONICS • Analyze the different electrical machines used for propulsion of vehicles.

ENGINEERING • Analyze different control circuits which involve different circuits’ parameters.

• Analyze the operation of transistor and CRT

207. 5ME57 MACHINE DRAWING • Apply the Knowledge of Machine Drawing Conventions.

• Analyze and draw the Machine Elements like Screw Threads, Nuts, Bolts, Keys and riveted joins.

• Analyze and draw the Machine Elements and simple parts like Shaft couplings,

Journal, pivot, and collar bearings.

• Analyze all the parts & assemble them in AutoCAD with section views.

208. 5ME58 THERMAL ENGINEERING • To measure the Performance parameters like Brake Power, Indicated Power,friction LABORATORY power ,specific fuel consumption ,volume flow rate of air into the engine cylinder and

specific heat of the exhaust gases.They will also be able to calculate the various heat

losses in the engine.

• To measure the Performance parameters like Brake Power, Indicated Power, friction

power ,specific fuel consumption ,volume flow rate of air into the cylinder and specific

heat of the exhaust gases and draw its characteristic curve for a petrol engine.

• To measure the Performance parameters of reciprocating compressor like mass flow

rate of air in the compressor, power consumed by the compressor, volumetric efficiency

and Isothermal efficiency.

• To evaluate the COP of refrigeration system based on the experimental value as well as the P-H chart. They will be able to evaluate COP Air conditioning system based on

the experimental value and by using the Psychrometric chart for air.

209. 5EE63 BASIC ELECTRICAL AND • Find the application of electrical machines with the experimental determination of

ELECTRONICS the performance of the machines.

ENGINEERING • Find the application of Induction motor with the experimental determination of the LABORATORY performance of the machines.

• Find the application of single phase transformer.

• Identify the characteristics of all solid state devices.






• Students will attain a finer grasp of how gender discrimination works in our society

and how to counter it.



• Men and women students and professionals will be better equipped to work and live together as equals.




understand and respond to gender violence

211. 5ME07 PRODUCTION • Analyze and select the suitable casting technique for making the components.

TECHNOLOGY • Analyze the different types of welding processes are needed for various materials

and importance of welding.

• Know the methods involved in sheet metal operations, rolling ,forging etc.

• Know the various manufacturing methods in processing of plastics

212. 5ME08 DYNAMICS OF • Show the engineering applications involving the selection and design of machine

MACHINERY components with respect to the forces developed.

• Check whether the proposed design is satisfactory.

• Analyze and design flywheels, governors and gyroscopes to withstand forces.

• Analyze the different vibration system using equilibrium, energy, Rayleigh’s

dunker’s, etc method.

213. 5ME09 MECHANICAL • Model andanalyze design problems in Mechanicalandstructuralengineering.

ENGINEERING DESIGN – I • Apply knowledge of standard elements and their technical information available in

the data bases and in designing machine elements.

• Predictmodes of failure in materials or machine elements causedby different types

of loads under operation.

• Apply knowledge of design procedures to design the shafts, keys and springs

214. 5ME10 HEAT AND MASS • Derive the general conduction equation in Cartesian, cylindrical and spherical

TRANSFER coordinates.

• Derive and apply equations in problems related to heat transfer through

Homogeneous slabs, hollow cylinders ,sphere, extended surfaces and fins

• Derive and apply the convective heat transfer equations to natural and forced flow

• Design the devices that transfers heat and measure their effectiveness.

215. 5ME11 TURBO MACHINERY • Model and analyze problems in turbo machines.

• Create a simple energy producing or effort reducing device using basic thermodynamics concepts.

• Evaluate the problems in turbomachines

• To apply fundamental equations of steam generators ,condensers and nozzles













219. 5EC71 PRINCIPLES OF • Analyze the techniques used for signal modulation and demodulation.

ELECTRONIC • Distinguish the need for PPM, PWM, Multiplexing.

COMMUNICATIONS • Learn basics of wireless networks.


220. 5CS71 OBJECT ORIENTED • Write Java programs using various programming constructs using java.


THROUGH JAVA • Design and analyze the solutions for Thread and I/O management Concepts.


221. 5EI71 PRINCIPLES OF • Able to identify suitable sensors and transducers for real time applications.

MEASUREMENTS AND • Able to translate theoretical concepts into working models.

INSTRUMENTATION • Able to understand the basic of measuring device and use them in relevant situation.

• Able to estimate the errors in measurement by means of calibrating the different










224. 5BS71 PROFESSIONAL ETHICS • Learn the moral issues and problems in engineering; find the solution to those

AND HUMAN VALUES problems


risk assessment


and rights

225. 5ME59 PRODUCTION • Apply the knowledge involved in casting techniques..

TECHNOLOGY • Decide the selection of various welding techniques applicable for different materials.

LABORATORY • Integrate the knowledge involved in press working operations.

• Analyze the techniques involved in processing of plastics.

226. 5ME60 HEAT AND MASS • Identify and analyse the mode of heat transfer.

TRANSFER LABORATORY • Evaluate thermal conductivity of lagged pipe , metal bar and insulating powder

• Evaluate Heat transfer coefficient for natural and forced convection

• Evaluate emissivity of the given metal

227. 5ME12 MACHINE TOOLS • Understand the knowledge on metal cutting and be in a position to adopt the suitable

machining process that are suitable for different materials

• Identify various cutting tools and Decide the sequence of operations for Lathe and

it’s types ,shaper, planer, slotting, milling and hole making and other machine tools operations

• Know the various types of grinding and super finishing operations

• Know the importance of jigs and fixtures for locating and clamping purpose

228. 5ME13 MECHANICAL • Analyze different types of bearings.

ENGINEERING DESIGN – II • Apply the knowledge for the design of cranes and engine parts.

• Analyze power transmission drives and evaluate spur and helical gears.

• Apply the design concepts for the design of gear drives.

229. 5ME14 METROLOGY AND • Understand about limits and fits.

QUALITY CONTROL • Understand about various measuring instruments

• Understand quality, quality control and SQC

• Apply SQC Techniques for problem solving

230. 5EI80 INSTRUMENTATION AND • Able to know instrumentation system used in the industry.

CONTROL SYSTEMS • Able to appreciate the automation with the help of instrumentation.

• Able to understand the experimental applications and selecting appropriate

engineering modules.

• Able to develop aptitude for self-learning and modern technical skills beyond the

curriculum

231. 5CE72 INTRODUCTION TO • Students will be able to describe different concepts and terms used in GIS GEOGRAPHICAL

• Students will be able to compare and process different data sets INFORMATION SYSTEMS

• Students will be able to evaluate the accuracy and decide whether a data set can be

used or not.


232. 5EE72 ENERGY AUDITING • To conduct Energy Audit of industries.

CONSERVATION AND • To manage energy Systems

MANAGEMENT • To specify the methods of improving efficiency of electric motor.

• To improve power factor and to design a good illumination system


233. 5ME72 OPTIMIZATION • Apply the different types of optimization techniques for different purposes.

TECHNIQUES • Formulates and solve the problems by using one dimensional unconstrained

minimization methods.

• Formulates and solve the problems (industrial/research) by using the geometric

programming.


methods.


MICRO PROCESSORS AND • Know architecture of 8085 microprocessors and 8051 Microcontrollers CONTROLLERS

• Interface peripherals to microprocessor




• Understand the nuances and differences in a web based environment as compared to

more traditional environments


236. 5EI72 LABVIEW PROGRAMMING • Develop a Virtual Instrument using LabVIEW to communicate with real world.


projects.



system, etc



implementation.


of the DBMS architecture.







239. 5BS72 ENTREPRENEURSHIP • To identify business opportunities and equip themselves in preparing business plans


• To pitch the ideas to launch their own venture.


business.

240. 5ME61 MACHINE TOOLSAND • Perform various operations on various Machine tools

METROLOGY • Choose the appropriate cutting tools for various machining operations

LABORATORY • Measure the tolerances attained in different machining operations

• Perform analysis on the data attained from measuring instruments

241. 5BS03 ADVANCED ENGLISH • summarize and synthesize information and produce technical writing that is required COMMUNICATION SKILLS in academics as well as in the engineering profession

LABORATORY • write covering letters, resume, SOP, Project Proposals and Technical Reports

• speak fluently and address a large group of audience and participate in debates and discussions.



242. 5EI58 INSTRUMENTATION AND • Appreciate the use of sensors.

CONTROL SYSTEMS • Suggest the type of sensors required for any operation.

LABORATORY • Design and develop a simple measuring devices.

• Design and develop a control unit for Francis turbine.

243. 5ME15 FINITE ELEMENT METHOD • Name and tabulate various approaches leads to FEM to solve a given problem.

• Describe the given problem for finding solution using finite element technique.

• Apply the concept of FEM to solve different field problems.

• Assess real life problems using dynamic analysis.

244. 5ME16 CAD/CAM • Select the types of computer devices and solve the problems on transformations and

use them in CAD software.

• Compare the different types of models and perform drafting.

• Prepare part programs involving various operations for the manufacturing of simple and complex products.

• Integrate the knowledge learnt in CAD and CAM.

245. 5ME17 OPERATIONS RESEARCH • Analyze Assignment, Transportation, Sequencing, Replacement, Inventory and

Queuing problems.

• Apply Theory of games in various applications.

• Evaluate the Problems using Linear Programming.

• Apply dynamic programming problem solving and simulation models.

246. 5ME74 REFRIGERATION AND AIR • Develop and analyze a system which totally based on the refrigeration concept.

CONDITIONING • Apply the basic principles on the Thermodynamics to solve an engineering problem

related to Refrigeration and Air conditioning.

• Select suitable Refrigeration cycle and apply the concept of Heat and Mass Transfer

and obtain the result.

• Develop and Evaluate the performance of air conditioning system

247. 5ME74 AUTOMATION & • Evaluate the positions, angles of the manipulators given the required motion analysis,

ROBOTICS kinematics, dynamics and trajectory planning concepts.

• Analyze the different types of feedback components and sensors used in robots.

• Create and analyse the program for a robot using the programming languages.

• Analyze the applications of robots in manufacturing by studying different work cells of

the robots.

248. 5ME75 THEORY OF METAL • Analyze a cutting tool, its geometry and arrive at the cutting process.

CUTTING • Create a cutting tool material and appropriate material to be cut.

• Apply the methods of measuring the cutting forces, temperature and their

significance

• Apply a cutting tool with optimal tool life to maximize material removal rate.

249. 5ME76 QUALITY ENGINEERING IN • Value the concept of quality, use quality tools andobtain the quality loss.

MANUFACTURING • Utilize the analytical techniques to find out the variation in the data and obtain

optimal results.

▪ Select and use the proper orthogonal arrays in designing, conducting and analyzing

the experiments.

▪ Formulate parameter and tolerance design strategies.

250. 5ME77 COMPUTATIONAL FLUID • Solve fluid flow and heat transfer problems using numerical methods &

DYNAMICS Programming.

• critically analyze different mathematical models and computational methods for flow

simulations

• Write algorithms to solve the complex non-linear equations numerically and able to

do a project demonstrating your understanding

• Conduct the stability analysis and check the applicability of different schemes.

251. 5ME78 MECHANICAL VIBRATIONS • Apply vibration analysis in mechanical design of machine parts that operate in vibratory conditions.

• Evaluate at linear mathematical models of real life engineering systems.

• Analyze the mathematical model of linear vibratory system to determine its

response.

• Analyze vibration of continuous system under various conditions

252. 5ME79 ADDITIVE • Compare different method and discuss the effects of the Additive Manufacturing

MANUFACTURING technologies and analyse the characteristics of the different materials in Additive Manufacturing.

• Understanding the application of Rapid Prototyping and Additive Manufacturing

systems.

• Able to produce a component on a Rapid Prototyping/ Additive Manufacturing

systems.

• Selection of appropriate Additive Manufacturing process for advance components.

253. 5ME80 PRODUCT LIFE CYCLE • Forecast the demand of the product.

MANAGEMENT • Develop a new product strategy.

• Predict the life cycle of product.

• Interpret the life cycle process of individual items.

254. 5ME62 CAD/CAM LABORATORY ▪ Summarize the skills learnt in sketching and modeling using CAD packages ▪ Design product assemblies and obtain drafted views from it.

▪ Produce components with different features using CNC machines and machining

centers.

▪ Analyze the stress and strain in various structures.

255. 5ME63 PRODUCTION DRAWING • Represent various materials and machine components on part drawings

PRACTICE LABORATORY • Use limits fits and tolerances on drawings along with dimensions.

• Produce part and detailed drawings of various assemblies using cad.

• To represent Heat treatment and surface treatment symbols used on drawings.

256. 5ME64 AUTOMATION & • Analyze the working of different controls used in automation.

ROBOTICS LABORATORY • Create and analyze the hydraulic/pneumatic circuits.

• Analyzing the concepts of instrumentation to the automation processes.

• Creating a robot program.

257. 5ME18 INDUSTRIAL • Apply knowledge of Management, mathematics, science, and engineering.

ENGINEERING AND • Design a system, component, or process to meet desired needs within realistic

MANAGEMENT constraints such as economic, environmental, social, political, ethical, health and

safety, manufacturability and sustainability.

• Communicate effectively.

• Function on multidisciplinary teams.

• Acquire knowledge on contemporary & emerging issues important to professional

practice.

258. 5ME81 POWER PLANT • Analyzing the working principal of the power plant, scope for future expansion.

ENGINEERING • Understanding the concept on various equipments used in the plant.

• Evaluating the power plant economics and environmental consideration.

• Applying the Knowledge to the power distribution and load factor importance.

259. 5ME82 DESIGN FOR • Apply the rules and methods for the design of machine component and products.

MANUFACTURING • Apply appropriate methods for selecting the materials and the processes

involved in manufacture of various components and systems.

• Process metals by cold working, sheet metal and joining operations by applying

relevant rules.

• Design and develop manual and automatic assembly processes using various tools

260. 5ME83 UNCONVENTIONAL • Summarize various Non-Traditional machining methods which are applicable for MACHINING PROCESSES difficult-to-cut materials, defense and aerospace sectors

• Analyze and decide the process parameters to be adopted and applicability of

various materials that are suitable for mechanical energy and spark energy based

machining processes

• Analyze and decide the process parameters to be adopted and applicability of various materials that are suitable for chemical and electro-chemical energy based machining processes

• Analyze and decide the process parameters to be adopted and applicability of

various materials that are suitable for thermal based machining processes

261. 5ME84 PRINCIPLES OF • Identify the key steps required for exploiting an innovative idea or opportunity to

ENTREPRENEURSHIP develop an existing business, launch a new venture, or initiate a social enterprise.

• Recognize and evaluate business opportunities under dynamic economic settings.

• Identify and create opportunities to solve entrepreneurial issues while starting an enterprise.

• Master the relevance of Entrepreneurship and Entrepreneurs to the economic

development of the nation especially regarding job creation and poverty alleviation

in general.

262. 5ME85 AUTOMOBILE • Learn the concepts, functions and working of automotive systems and subsystems

ENGINEERING • Gain knowledge on constructional details and functionality of automotive cooling,

lubrication and fuel systems

• Able to explain the constructional details and functionality of automotive electrical,

driveline and transmission systems

• Aware of latest IC engine technologies, alternative fuels and alternative electric

powertrain systems

263. 5ME86 TOOL DESIGN • Evaluate single and multi point cutting tools for various methods.

• Analyze design for jigs and fixtures for several components depending on quantity

requirement.

• Analyze the sheet metal tools for blanking, piercing, bending, forming and drawing.

• Apply an appropriate heat treatment for the tools.

264. 5ME87 METAL CASTING • Select appropriate casting process for a component meeting design specifications and TECHNOLOGY identify the correct type of pattern.

• Design a casting - gating and risering system for a specific part.

• Distinguish the various type of melting furnaces for different materials.

• Assess the castings for defects and apply remedies to the defects found through

inspection.

265. 5ME88 NANO SCIENCE AND • Create solutions in engineering, biotechnology and manufacturing by identifying

TECHNOLOGY current nanotechnology.

• Apply the fundamental knowledge of science to characterize the Nano Materials.

• Synthesize carbon Nano tubes and nano materials.

• Evaluate tools in nanoscience for applications in various sectors.

INFORMATION TECHNOLOGY 266. 5BS11 ADVANCED CALCULUS • Solve problems involving the maxima and minima of f(x,y).










Solids based on conduction.

268. 5BS32 ENGINEERING CHEMISTRY • Interpret the chemical applications of the various types of batteries used in the

present day world.


economy.




materials.





270. 5CS01 COMPUTER • Develop algorithm, flow chart and pseudo code for a given mathematical problems PROGRAMMING

• Write, compile and debug programs using different programming constructs in C

language.

• Usage of different basic and derived data types in C.

• Design programs using modular structures











273. 5CS51 COMPUTER • Apply and practice logical ability to solve the problems using C

PROGRAMMING • Understand C programming development environment. LABORATORY

• Analyzing the complexity of problems , modularize the problems into small modules

and convert

• them into programs

• Document and present the algorithms flow charts and programs .

274. 5BS25 ENGINEERING PHYSICS • Demonstrate the optical phenomena with formation of Newton Rings, and formation

AND ENGINEERING of spectra with a grating and a prism.

CHEMISTRY LAB • Illustrate periodic motion by measuring rigidity modulus of a material and formation

of standing waves by Melde’s apparatus and also discharging of a capacitor.

• correlate the experimental results with the class room learning






METHODS equations.




277. 5BS24 APPLIED PHYSICS • Identify different types of Operators and expectation values in Quantum mechanics.

• Recognize materials’ magnetic, dielectric and conducting behavior.

• Show case some applications of crystals and different kinds of materials in

engineering.

278. 5CS11 CODE OF ETHICS • Connect to the moral anatomy and infer different ethical theories.

• Identify the social responsibilities as an engineer keeping in view the safety , risk and

rights.

• Exemplify some global issues related to code of ethics.

• Recognize and correlate to sample code of ethics disseminated by different

professional bodies

279. 5IT02 DATA STRUCTURES • Explore and analyze the working of linear data structures like list, stack and variations

of queue in both static and dynamic implementation.

• Relate and demonstrate the application of linear data structures.

• Illustrate and implement basic non linear data structures like trees, graphs and their

operations.

• Identify and implement basic and advanced comparison based sorting and searching

techniques.

280. 5ME19 ENGINEERING DRAWING • Apply Auto Cad Commands to Construct Engineering Curves.

• Draw the Projections of Lines, Planes and Solids with different Positions.

• Construct different positions of Lines, Planes and Solids in Auto Cad Software.

• Visualize the Objects in the Conversion Process of Isometric Projections to

Orthographic projections and Vice-Versa.

281. 5IT52 DATA STRUCTURES • Implement storage mechanism and to implement related programs

LABORATORY • Design and analyze the time and space efficiency of the data structure

• Identity the appropriate data structure for given problem

• Gain practical knowledge on the application of data structures


COMMUNICATIONS • Speak fluently with neutral pronunciation and exhibit interpersonal skills.

SKILLS LABORATORY • Write accurately, coherently and lucidly making appropriate use of words depending



283. 5BS17 PROBABILITY, STATISTICS • Solve problems involving basic probability.

AND QUEUING THEORY • Apply the knowledge of different probability distributions to Test of Hypothesis.

• Calculate correlation, regression coefficients.

• Apply the knowledge of different probability distributions to solve problems in

queuing theory.

284. 5EE22 ELEMENTS OF ELECTRICAL • Apply various network reduction techniques for electrical circuit analysis

AND ELECTRONICS • Analyze electrical circuits using network theorems

ENGINEERING • Use devices in real life applications

• Analyze and Design applications using these devices

285. 5CS03 DIGITAL LOGIC DESIGN • Simplify the complex logic functions using k-maps and tabulation methods

• Build any type of combinational circuits that help in further designing memory

elements

• Design Synchronous and Asynchronous sequential circuits using memory elements.

• Apply the concepts of HDL for simulating the logic functions, combinational and

sequential circuits.

286. 5CS02 MATHEMATICAL • Analyze the theory and techniques of mathematical logic, graphs.

FOUNDATIONS FOR • Apply the knowledge and skills obtained to investigate and solve a variety of discrete

COMPUTER SCIENCE mathematical problems.

• Illustrate the basic applications of set theory and relations.

• Define the various methods for solving recurrence relations.


AND FINANCIAL ANALYSIS selected business also perform decision – making function effectively in an uncertain frame work by applying concepts of Managerial Economics. Meet and manipulate the demand efficiently and plan the future course of action.



selecting best source of fund mobilization and select best investment opportunity which yields higher rate of return.







288. 5IT03 ADVANCED DATA • Design Applications Using Object Oriented Features.

STRUCTURES THROUGH • Understand the difference between worst, best, and average case run time of a C++ method.

• Apply the knowledge of Advanced Data Structures in computer science applications.

• Select the appropriate data structure for a given situation.

289. 5EE62 ELEMENTS OF ELECTRICAL • Apply the basic network theorems for solving electrical networks.

AND ELECTRONICS • Analyze various Electrical networks using Kirchhoff’s laws.

ENGINEERING • Use the electronic devices in real time applications

LABORATORY • Calculate h-parameters of BJT under various configurations.

290. 5IT53 ADVANCED DATA • Design applications using object oriented features.

STRUCTURES THROUGH • Design and implement data structures in application development

C++ LABORATORY • Analyse the time complexity of the algorithms.

• Implement hashing techniques in application development.

291. 5CS04 FORMAL LANGUAGES • List computational devices according to their computational power, and tools which

AND AUTOMATA THEORY will allow us to tell if a device is powerful enough to solve a given computational problem.

• Relate the concept of the grammar with the concept of programming language.

• Design Solutions for problems related to Finite Automata, RE, CFG, PDA and Turing Machine.

• Analyze various problems and categorize them into P, NP, NP-Complete and NP-Hard

problems.

292. 5IT04 COMPUTER • Describe the structure and functioning of a digital computer, including its overall

ORGANIZATION system architecture, operating system, and digital components.

• Understand the impact of instruction set architecture on cost-performance of computer design

• Differentiate the applicability of single-cycle (MIPS), multi-cycle (MIPS), parallel,

pipelined, superscalar, and RISC/CISC architectures

• Analyze cost performance and design trade-offs in designing and constructing a

computer processor including memory

293. 5CS05 DATA BASE • Appreciate and effectively explain the underlying concepts of database system

MANAGEMENT SYSTEMS architecture and technologies

• Design and develop database schema for a given scenario using ER model and normalization.

• Devise queries using relational algebra, Relational Calculus and SQL

• Summarize the concepts of transaction processing, concurrency control, recovery and

data storage techniques.

294. 5CS06 DESIGN AND ANALYSIS OF • Describe and use major algorithmic techniques (divide-and-conquer, dynamic

ALGORITHMS programming, linear programming, greedy paradigm, graph algorithms) and cite

problems for which each technique is suitable.

• Understand asymptotic notation, its properties and use in measuring algorithm

behavior

• Determine asymptotic expressions for the worst-case execution time and space

requirements of algorithms and data structures.

• Evaluate and compare different algorithms using worst-, average-, and best-case

analysis. Identify the complexity of problems.

295. 5CS15 JAVA PROGRAMMING • Write Java programs using various programming constructs using java.

• Solve different mathematical problems using OOP Paradigm

• Design and analyze the solutions for Thread and I/O management Concepts.


296. 5CS07 SOFTWARE ENGINEERING • Analyze the customer business requirements and choose the appropriate Process model for the given project

• Develop different system Models

• Development test cases for given use case

• An ability to identify the risks and analyze how to manage the risks.

297. 5CS52 DATABASE • Understand the given scenario, design it through ER model and normalize the

MANAGEMENT SYSTEMS schema.

LABORATORY • Create, maintain and manipulate the Database by enforcing the state-of-the-art of

RDBMS

• Populate and query a database using SQL features

• Write and develop PL/SQL programming features for the state of art of RDBMS

298. 5CS53 JAVA PROGRAMMING • Analyze and design a computer program to solve real world problems based on

AND DESIGN AND object-oriented principles.

ANALYSIS OF • Write and document the computer programs to solve real world problems in Java

ALGORITHMS • Implement simple GUI interfaces for a computer program to interact with users, and

the event-based GUI handling principles.

• Develop Efficient Algorithms for new problems with suitable designing techniques.







• Students will acquire insight into the gendered division of labour and its relation to politics and economics.


together as equals.





300. 5IT08 OPERATING SYSTEMS • Identify System calls and evaluate process scheduling criteria of OS.

• Develop procedures for process synchronization and scheduling services of an OS.

• Distinguish disk access, file systems supported by an OS.

• Extend operating systems virtual memory, protection and security aspects.

301. 5IT06 COMPUTER NETWORKS • Demonstrate the Layered Architecture (OSI and TCP-IP reference models) of

Computer Networks.

• Apply all the error correction and detection mechanisms.

• Implement the Addressing mechanisms to assign IP addresses to network efficiently.

• Design and formulate new protocols or reproduce the existing protocols for efficient

working of computer networks.

302. 5CS09 COMPILER DESIGN • Analyze phases of compilation, particularly lexical analysis, parsing, semantic analysis

and code generation.

• Construct parsing tables for different types of parsing techniques and syntax directed

translations.

• Apply code optimization techniques to different programming languages.

• Generate object code for natural language representations.

303. 5IT10 LINUX INTERNALS • Understand how to work with Linux commands and how to write Shell Scripts.

• Apply fundamental knowledge of Linux Internals in Real time scenarios.

• Demonstrate tools and interfaces to successfully develop new features of the kernel.

• Design client server application to support communication interfaces.

304. 5CE71 DISASTER MANAGEMENT • Acquire the knowledge of disaster Management













ELECTRONIC • Distinguish the need for PPM, PWM, Multiplexing. COMMUNICATIONS

• Learn basics of wireless networks.



PROGRAMMING • Solve different mathematical problems using OOP Paradigm THROUGH JAVA













AUTOMOBILE • Give an overview on engine and engine subsystems. ENGINEERING

• Describe working of automotive driveline and running systems


312. 5BS71 PROFESSIONAL ETHICS • To create an awareness on Engineering Ethics and Human Values.

AND HUMAN VALUES • To study the moral issues and decisions confronting individuals and organizations engaged in engineering profession.

• To study the related issues about the moral ideals, character, policies, and

relationships of people and corporations involved in technological activity.

313. 5IT56 LINUX INTERNALS AND • Understand Linux commands and to write Shell Scripts. COMPILER DESIGN

• Apply fundamental knowledge and various System Calls in Real time scenarios.

LABORATORY

• Build the parsers to implement simple programming language constructs.

• Apply various code optimization techniques

314. 5IT59 OPERATING SYSTEMS • Implement error correction and error detection mechanisms.

AND COMPUTER • Acquire the required skill to design simple computer networks. NETWORKS LABORATORY • Implement various processor and memory scheduling algorithms.

• Design and implement disk access, file systems facilities of OS.

315. 5BS03 ADVANCED ENGLISH • Summarize and synthesize information and produce technical writing that is required

LANGUAGE in academics as well as in the engineering profession

COMMUNICATION SKILLS • Write covering letters, resume, SOP, Project Proposals and Technical Reports

LABORATORY • Speak fluently and address a large group of audience and participate in debates and

discussions.



316. 5CS12 INTRODUCTION TO • Analyse main statistical features of complex datasets.

ANALYTICS • Know how to analyse, characterize empirically complex data

• Know how to compute relevant statistical quantities and quantify their confidence

intervals

• Know how to build sensible models and how to parameterize and validate these

models

• Know how to quantify inter-dependency/causality structure between different

variables

• Know how to use the outcome of data-analytics to develop better tools for

forecasting

317. 5IT81 INFORMATION SECURITY • have an understanding of the key themes and principles of information security MANAGEMENT management and be able to apply these principles in designing solutions to managing security risks effectively;

• understand how to apply the principles of information security management in a

variety of contexts;

• have an appreciation of the interrelationship between the various elements of

information security management and its role in protecting organisations.

•

318. 5CS13 DATA MINING • Assess raw input data, and process it to provide suitable input for a range of data

mining algorithms.

• Discover and measure interesting patterns from different kinds of databases

• Evaluate and select appropriate data-mining algorithms and apply, interpret and

report the output appropriately

• Design and implement data-mining applications using sample, realistic data sets and

modern tools.

319. 5CS08 OBJECT ORIENTED • Correlate object oriented concepts representation through artifacts of UML.

ANALYSIS AND DESIGN • Build classes, their relationships and collaborations (CRC) (for any given case study).

• Generate the list and order of activities carried out for each behavior exhibited by the

system(for any given case study)

• Apply and analyse various diagrams and advanced behavioral concepts to deploy the

model(for any given case study)

320. 5IT12 WEB TECHNOLOGIES • Understand the concepts, analyse and design static and dynamic web pages with

HTML, DHTML, java script and Cascading Styles sheets.

• Understand, analyse and create XML documents and XML Schema.

• Understand the concepts, analyse and build interactive web applications using

servlets, jsps and JDBC.

• Understand the concepts and optimize the applications by using various frameworks

of web technologies.

321. 5CE72 INTRODUCTION TO • Students will be able to describe different concepts and terms used in GIS

GEOGRAPHICAL • Students will be able to compare and process different data sets INFORMATION SYSTEM • Students will be able to evaluate the accuracy and decide whether a data set can be

used or not.











programming.


methods


MICRO PROCESSORS AND • Know architecture of 8085 micro processors and 8051 Microcontrollers CONTROLLERS








326. 5EI72 LAB VIEW • Develop a Virtual Instrument using LabVIEW to communicate with real world.

PROGRAMMING • Identify salient traits of a virtual instrument and incorporate these traits in their

projects.



system, etc



implementation.













business.

330. 5IT55 OBJECT ORIENTED • Exploring the real time case studies to construct the architecture of the diagrams.

ANALYSIS • Develop a design i:e structural & behavioral diagrams using UML. ANDDESIGNLABORATORY

331. 5IT54 DATA MINING • Understand the basic concepts of data warehouse and data mining algorithms from

LABORATORY multiple perspectives.

• Apply the data mining algorithms for solving practical problems.

• Analyze the text mining algorithms for text documents.

• Summarize the data mining and machine learning algorithms for predictive analytics.

332. 5IT58 WEB TECHNOLOGIES • Understand the concepts, analyze and design static and dynamic web pages with

LABORATORY HTML, DHTML, java script and Cascading Styles sheets.

• Create, validate and display XML documents.

• Analyze and Build dynamic and interactive web applications using servlets, jsps and

JDBC.

• Design and develop web applications with JSP concepts.

333. 5EC15 EMBEDDED SYSTEMS • Understand the concepts of microcontrollers and embedded systems

• Differentiate microprocessors and microcontrollers.

• To interface various peripherals to 8051.

• To develop simple embedded applications using 8051.

334. 5BS42 MANAGEMENT SCIENCE • Function effectively in multidisciplinary teams to accomplish a common goal of

organizations.

• Apply theories to improve the practice of management.

• Appreciatethe management challenges associated with high levels of change in the

organizations.

• Develop global vision and management skills at both a strategic level and

interpersonal level

335. 5IT11 ANDROID APPLICATION • Describe the Mobility landscape

DEVELOPMENT • Identify Mobile apps development aspects

• Design and develop mobile apps, using Android as development platform, with key

focus on user experience design, native data handling and background tasks and

notifications.

• Summarize and Compose Testing, Signing, Packaging and Distribution of mobile apps

336. 5IT22 INFORMATION SECURITY • Apply symmetric, asymmetric encryptions to message exchanges.

• Design mechanisms for authentication and identify the possible threats to each mechanism to protect against these threats.

• Use real-time communication security, email security for the security of web services.

• Assess vulnerabilities and attacks, defense mechanisms against network attacks.

337. 5CS82 SOFTWARE PROJECT • Describe the conventional s/w management and explain how to improve s/w

MANAGEMENT economics.

• Identify and discuss the key phases of project management and the key skills associated with each.

• Relate an appropriate project management approach through an evaluation of

context and project scope and knowledge of agile and traditional and Global project

management approaches, risk and quality management

• Apply the knowledge of the key project management skills, such as product and work

break-down structure, schedule; governance, progress reporting and People Focused

Process Models.

338. 5CS17 BIG DATA ANALYTICS • Know the fundamental concepts of Big Data management and analytics

• will become competent in recognizing challenges faced by applications dealing with

very large volumes of data as well as in proposing scalable solutions for them

• will be able to understand how Big Data impacts business intelligence, scientific

discovery, and our day-to-day life.

339. 5CS75 COMPUTER GRAPHICS • Demonstrate the various basic algorithms to draw the object

AND ANIMATION • Differentiate 2D and 3D Transformations and Viewing.

• Apply the various techniques to eliminate hidden surfaces of an object

• Create animation sequences of an object.

340. 5IT76 INFORMATION RETRIEVAL • Recognize the Boolean Model, Vector Space Model, and Probabilistic Model.

SYSTEMS • Summarize Retrieval Utilities

• Differentiate formatting tags and Cross-Language Information Retrieval

• Analyse Clustering Techniques and determine the efficiency.

341. 5IT77 CLOUD COMPUTING • Understand the main concepts, key technologies, strengths, and limitations of

virtualization and cloud computing and the possible applications for state-of-the-art

cloud computing.

• Describe the architecture and infrastructure of cloud computing, including SaaS,

PaaS, IaaS, public cloud, private cloud, hybrid cloud, etc.

• Analyze the core issues of cloud computing such as security, privacy, and interoperability.

• Identify problems, analyze, and evaluate various cloud computing solutions.

342. 5IT75 MOBILE COMPUTING • Describe the different wireless communication technologies and understand the

protocols used in the layered architecture of GSM.

• Evaluate different wireless MAC Protocols.

• Design WLAN using IEEE802.11 & Bluetooth.

• Compare wired and wireless networks network and transport layer protocols and

issues related to database management in mobile computing.

343. 5IT82 INFORMATION SECURITY • Provide management with an assessment of the effectiveness of the information ASSESSMENT & AUDITS

security management function

• Evaluate the scope of the information security management organization and

determine whether essential security functions are being addressed effectively

344. 5EC60 EMBEDDED SYSTEMS • Enhance programming skills for simple and complex tasks used in various engineering

LABORATORY disciplines.

• Analyse and compare the utility and effectiveness of various debugging tools and techniques.

• Involve in verification of functionality, speed and power of microcontroller based

system.

• Gain the knowledge about the concepts and various methods of embedded system

design techniques

345. 5IT57 ANDROID APPLICATION • Understand user interfaces of mobile apps with android

DEVELOPMENT • Design and develop mobile apps, using Android as development platform

LABORATORY • Learn to secure, tune, package, and deploy Android applications

• Solve real world problems using Android as development platform

346. 5CS14 DATA ANALYTICS • Work with big data platform and its analysis techniques by using analytical

framework.

• Design efficient algorithms for mining the data from large volumes.

• Learn to use various techniques for mining data stream.

• Able to visualize the data in different forms using different techniques.

347. 5EC73 DIGITAL IMAGE • Acquire, represent the digital image and transforms

PROCESSING • Apply various intensity based image processing techniques

• Apply various pixel position based image processing techniques

348. 5CS18 PREDICTIVE ANALYTICS • Understand how organisations use predictive analytics to forecast uncertain quantities and events. • Understand the stages of the data science process. • Understand how to use time series, regression, and ensembling techniques to develop business forecasts. • Characterise and critically assess the quality of data sets and their limitations in the

context of data-driven decision-making.

• Understand how to source, cleanse and manage data sets.

Use selected data analytics tools to manipulate and visualise data.

349. 5IT78 SOFT COMPUTING • Understand the soft computing techniques, neural networks, fuzzy logics and

optimization methods.

• Analyze and apply the neural networks to solve classification and functions

approximation.

• Apply fuzzy logic and reasoning to handle uncertain data to solve engineering problems.

• Develop optimal classifiers using genetic algorithms.

350. 5CS76 INTRODUCTION TO • Establish knowledge in a concise manner how the Internet of things work.

INTERNET OF THINGS • Identify and interpret design methodology of IoT platform.

• Exhibit the knowledge of interfacing Python with embedded board- Raspberry Pi.

• Illustrate the Networking model of IoT

351. 5IT74 NETWORK MANAGEMENT • underlay the network hardware, network topologies, and protocols

SYSTEMS • Implement, manage and configure the network components from the centralized

system.

• Design considerations of the network

• Expertise Web based management

352. 5IT83 INFORMATION SECURITY • Understand how important security principles must be adhered to when securing the

INCIDENT RESPONSE & infrastructures.

MANAGEMENT • Understand the importance of balancing security, operational effectiveness and cost

• Be able to analyze and to aptly secure the cyber perimeter of the infrastructures against cyber attacks Be able to aid an organization in its response and recovery from cyber attacks and to

further enhance its security implementation

353. 5IT80 MOBILE-COMMERCE • Summarize the underlying economic mechanisms and driving forces of E-Commerce;

• Analyze the critical building blocks of E-Commerce and M-Commerce and different

types of prevailing business models employed by leading industrial leaders;

• Discuss the opportunities and potential to apply and synthesize a variety of M-

Commerce concepts and solutions to create business value for organizations,

customers, and business partners;

• Illustrate M-Commerce strategies that lever firm’s core competencies, facilitate organizational transformation, and foster innovation, undertake planning, organizing, and implementing of M-Commerce initiatives to effectively respond to of dynamic

market environments.

354. 5CS78 ADVANCED DATABASES • Analyze issues related to Distributed database Design

• Apply Partitioning techniques to databases

• Design and develop query processing strategies

• Describe transaction processing and concurrency control in distributed databases

ELECTRICAL AND ELECTRONICS ENGINEERING 355. 5BS11 ADVANCED CALCULUS • Solve problems involving the maxima and minima of f(x,y).















358. 5CS01 COMPUTER • Develop algorithm, flow chart and pseudo code for a given mathematical problems

PROGRAMMING • Write, compile and debug programs using different programming constructs in C language.

• Usage of different basic and derived data types in C.

















PROGRAMMING • Understand C programming development environment.

LABORATORY • Analyzing the complexity of problems , modularize the problems into small modules

and convert them into programs













METHODS equations.




366. 5EE01 CIRCUIT THEORY • Apply basic network reduction techniques for analysis of electrical circuits.

• Analyze ac circuits along with resonance and locus diagrams.

• Appreciate the application of network theorems

• Analyze graph theory and apply topology solutions.

367. 5BS23 ADVANCED ENGINEERING • Identify different types of crystals, their defects and importance of X-ray studies in

PHYSICS crystals.

• recognize materials’ magnetic, dielectric and conducting behavior.

• show case some applications of crystals and different kinds of materials in

engineering.

368. 5BS32 ENGINEERING CHEMISTRY • Interpret the chemical applications of the various types of batteries used in the present day world.


economy.




materials.





operations.


techniques.

370. 5BS25 ENGINEERING PHYSICS/ • demonstrate the optical phenomena with formation of Newton Rings, and formation

ENGINEERING CHEMISTRY of spectra with a grating and a prism.

LAB • illustrate periodic motion by measuring rigidity modulus of a material and formation







372. 5BS14 PDE WITH APPLICATIONS • Solve problems using Fourier series.

& COMPLEX ANALYSIS • Evaluate problems involving Fourier and Inverse Fourier transforms.

• Solve the second order linear partial differential equations by Method of Separation

of Variables and Fourier series.


373. 5EC01 ELECTRONIC DEVICES AND • Understand the operation and characteristics of various electronic devices.

CIRCUITS • Develop few applications using electronic devices.

• Analyze small signal model for BJT and FETamplifiers.

374. 5EE02 NETWORK ANAYSIS • Describe The importance of three phase circuit for balanced and unbalanced conditions

• Analyze the transient behavior of electrical networks in time domain and frequency

domain.

• Illustrate the concept of complex frequency, transform impedance, significance of

poles and zeros of a given transfer function and network synthesis.

• Describe The properties of Fourier transforms and their applications to Electrical

Systems.

375. 5EE03 ELECTROMAGNETIC FIELD • Apply concepts of Electrostatics and electro magnetic fields

THEORY • Compute the force, fields and energy for different charge and current configurations

and also evaluate capacitance and inductance.

• Appreciate Maxwell’s equations in electro static, magnetic and time varying fields.

376. 5EE04 ELECTRICAL MACHINES-I • Identify the different parts of a dc machine and their roles in its operation.

• Carry out different testing methods to predetermine the efficiency of DC machines

• Select a DC machine for particular practical application

• Start and to control voltage and speed of DC machines

377. 5EC03 WITCHING THEORY AND • Represent Digital data in various formats

OGIC DESIGN • Design and implement combinational and sequential circuits with minimized logic

• Design ASM charts for digital systems

378. 5EE51 ELECTRICAL CIRCUITS AND • Analyze complex DC and AC linear circuits

SIMULATION • Apply concepts of electrical circuits across engineering

LABORATORY • Evaluate response in a given network by using theorems

• Simulate the electrical circuits using suitable software

379. 5EC51 ELECTRONIC DEVICES AND • Apply various devices to real time problems.

CIRCUITS LABORATORY • Compute frequency response of various amplifiers






• Students will attain a finer grasp of how gender discrimination works in our society and how to counter it.




together as equals.





381. 5EE05 ELECTRICAL MACHINES – • Identify different parts of transformers and induction motors and to specify their

II functions

• Understand the operation of transformers and induction motors

• Carry out different testing methods and to assess the performance of transformers

and induction motors

• Start and control an induction motor

382. 5EC16 ELECTRONIC CIRCUITS • Apply the knowledge of BJT to design practical amplifier circuits.

• Design electronic sub systems such as feedback amplifiers, oscillators and power

amplifiers to meet the required specifications.

• Design linear and non-linear wave shaping circuits with different inputs.

• Analyze multi vibrators using transistors.







selecting best source of fund mobilization and select best investment opportunity

which yields higher rate of return.

• Fix the right price which can best meets the predetermined objectives of the business firm under different market conditions. Able to select best combination of inputs to produce required quantity of output.





384. 5EE06 POWER SYSTEMS-I • Draw and explain the layouts of Hydro Power Plant, Thermal Power station, Nuclear

Power Plant and Gas Power plant

• Derive the equations for voltage drops in DC and AC distribution systems

• Define Load, diversity, demand and Plant use factors

• Describe various Tariff methods and various Power factor improvement methods.

385. 5ME25 FLUID MECHANICS & • Apply the knowledge of fluids and properties to solve flow, force and velocity

HYDRAULIC MACHINES problems.

• Apply the knowledge to find the head loss due to friction inpipe and other losses

• Apply the knowledge of fluid flow and dynamics in solving problems in hydraulic

machines.

• Perform model analysis of hydraulic machinery and select appropriate machines for

hydro power plant.

386. 5EE52 ELECTRICAL MACHINES-I • Start and control the different DC Machines.

LABORATORY • Assess the performance of different machines using different testing methods

• Identify different conditions required to be satisfied for self-excitation of DC

• Generators

• Separate iron losses of DC machine into different components.

387. 5EC61 ELECTRONIC CIRCUITS • Apply the concepts of amplifiers in the design of Public Addressing System

LABORATORY • Generate Sinusoidal wave forms

• Design stable system using feedback concepts.

• Design multi vibrator using transistor

388. 5EE07 ELECTRICAL MACHINES – • Identify the different parts and their functions of synchronous machines

III • Control the both active and reactive power flows in a synchronous machines

• Assess the performance of synchronous machine using different methods and to

understand the operation

• Understand the operation of fractional HP machines and to select them as control

system components.

389. 5EE08 CONTROL SYSTEMS • How to improve the system performance by selecting a suitable controller and/or a compensator for a specific application

• Apply various time domain and frequency domain techniques to assess the system

performance

• Apply various control strategies to different applications (example: Power systems,

electrical drives etc…)

• Test system Controllability and Observability using state space representation and

applications of state space representation to various systems.

390. 5EE09 POWER SYSTEMS-II • Derive L and C expressions for various configurations and analyze different types of

Transmission lines

• Describe Traveling wave theory and derive expressions for reflection and refraction

coefficients with various terminations of the lines

• Derive expressions for sag with equal and unequal height towers and describe various types of Insulators and also explain various string efficiency improvement methods

• Illustrate different types of cables and derive capacitance expressions and describe

grading of cables

391. 5EE10 POWER ELECTRONICS • understand the operating characteristics of various power electronic devices and their protection.

• Analyze operating principles of different converters and find their applications.

• Understand the control range/ control methodologies for various power electronic

converters.

392. 5CE71 DISASTER MANAGEMENT • Acquire the knowledge of disaster Management









• Analyze the software issues involved in digital fabrication and know

about extrusion based systems and post processing



ELECTRONIC • Distinguish the need for PPM, PWM, Multiplexing.

COMMUNICATIONS • Understand the fundamental concepts of Cellular & Mobile communications



















AND HUMAN VALUES problems


risk assessment


and rights

401. 5EE53 ELECTRICAL MACHINES- II • Assess the performance of different machines using different testing methods

LABORATORY • Convert the phase from 3 phase to 2 phase and vice-versa

• Compensate the changes in terminal voltages of synchronous generator after

estimating the change by different methods

• Control the active and reactive power flows in synchronous machines

• Start different machines and control the speed and power factor

402. 5EE54 CONTROL SYSTEMS AND • Solve electrical engineering problems using suitable software

SIMULATION • Design various controllers and compensators to improve system performance and LABORATORY test them in the laboratory

• Choose various devices (Magnetic amplifiers, Servo motors and stepper motors etc.)

for different applications in Electrical Systems

• Design the state space model of DC motor.

403. 5EE55 POWER ELECTRONICS • Understand the operating principles of various power electronic converters.

AND SIMULATION • Use power electronic simulation packages& hardware to develop the power

LABORATORY • converters.

• Analyze and choose the appropriate converters for various applications.

404. 5EE11 POWER SEMICONDUCTOR • Identify the drawbacks of speed control of motor by conventional methods.

DRIVES • Understand Phase controlled and chopper controlled DC drives speed-torque

characteristics merits and demerits

• Understand Ac motor drive speed–torque characteristics using different control

strategies its merits and demerits

• Describe Slip power recovery schemes

405. 5EE12 POWER SYSTEM ANALYSIS • To describe load flow methods

• To analyze symmetrical and unsymmetrical faults

• To describe stability types

• To learn different methods of stability analysis.

406. 5EI06 LINEAR AND DIGITAL IC • Analyze the characteristics of analog ICs and logic families.

APPLICATIONS • Design applications using analog ICs.

• Design applications using digital ICs

407. 5EC09 MICROPROCESSORS AND • Understand the architecture of microprocessor/ microcontroller and their operation

MICROCONTROLLERS • Demonstrate programming skills in assembly language for processors and Controllers

• Analyze various interfacing techniques and apply them for the design of processor/

controller based systems

408. 5CE72 INTRODUCTION TO • describe different concepts and terms used in GIS

GEOGRAPHICAL • compare and process different data sets

INFORMATION SYSTEM • evaluatethe accuracy and decide whether a data set can be used or not.

• demonstratevarious applications GIS.










programming.


methods.


MICRO PROCESSORS AND • Know architecture of 8085 microprocessors and 8051 Microcontrollers










projects.



system, etc



implementation.



• Analyze and apply normal forms for real time database applications.

• Evaluation of transaction properties and file organization methods.


TECHNOLOGIES • Discuss electric and hybrid electric drive train technologies and drive train

components




DEVELOPMENT • To analyze and evaluate different proposals and its requirements for start-up’s.



business.

417. 5EE56 POWER SYSTEMS • Perform load flow solution by using various methods

LABORATORY • Analyze different relays

• Test CT and PT’s, insulator strings.

• Determine sequence impedance and fault currents of Generator, transformer and

transmission line models.

418. 5EC56 MICROPROCESSORS AND • Enhance programming skills for simple and complex tasks used in various engineering MICROCONTROLLERS disciplines.

LABORATORY • Apply the knowledge of interfacing techniques to design processor/ controller based

systems

419. 5BS03 ADVANCED ENGLISH • summarize and synthesize information and produce technical writing that is required

COMMUNICATION SKILLS in academics as well as in the engineering profession


• speak fluently and address a large group of audience and participate in debates and

discussions.



420. 5EE13 ELECTRICAL • Apply the knowledge about the instruments to use them more effectively

MEASUREMENTS & • Suggest the kind of instrument suitable for typical measurements

INSTRUMENTATION • Apply the knowledge about transducers to use them effectively.

• Apply the knowledge about instrument transformers to use them more effectively in

distribution systems.

421. 5EE14 POWER SYSTEM • Analyze the optimal scheduling of power plants

OPERATION AND • Analyze the steady state behavior of the power system for voltage and frequency

CONTROL fluctuations

• Describe reactive power control of a power system

• Should be able to design suitable controller to dampen the frequency and voltage

steady state oscillations.

422. 5EC17 PRINCIPLES OF DIGITAL • Analyze and process signals in the discrete domain

SIGNAL PROCESSING • Design filters to suit specific requirements for specific applications

• Perform statistical analysis and inferences on various types of signals

• Design and control the electrical drive using different 24xx processors.

423. 5EE15 SWITCH GEAR AND • Students are knowledgeable in the field of power system protection and

PROTECTION circuitbreakers.

• Students are knowledgeable in the field of relays

• Students will demonstrate and ability to design the relevant protection systems for

the main elements of power systems

• Students are knowledgeable in the field of over voltage protection and the basics of

insulation coordination.

424. 5EE73 ADVANCED CONTROL • Apply the knowledge of basic and modern control system for the real time analysis

SYSTEMS and design of control systems.

• Understand the concepts of state variables analysis.

• Analyze the concept of stability of nonlinear systems and optimal control.

• Analyze the concepts of optimal control and modern control

425. 5EE74 MODERN POWER • Comprehend the semiconductor device switch characteristics

ELECTRONICS • Analyze and assess multilevel inverters and resonant pulse converters

• Design switch mode power supplies

• Analyze and assess resonant pulse converter.

426. 5EE75 RENEWABLE POWER • Model, analyze and design various photovoltaic systems

GENERATION • Design appropriate power conditioning system for WECS system

TECHNOLOGIES • Design efficient storage systems for stand alone Renewable Energy systems

427. 5EC86 BASICS OF NANO SCIENCE • Appreciate the importance of nano dimensional materials and their applications.

AND TECHNOLOGY • Realize and explain that the properties of nano materials are size dependent and

vary from corresponding bulk materials

• Demonstrate the skills required to prepare some of the nano materials in the laboratory

• Appreciate the applications of nano electronic devices and understand their basic

principles.

428. 5EE76 HIGH VOLTAGE • Know how conduction and breakdown will occur in gases, liquids and solids

ENGINEERING dielectrics and different applications of these insulating materials in electrical power

apparatus.

• Know the insulation testing of various components in power systems for different

types of voltages, namely power frequency A.C, high frequency, switching or lightning

impulses, for which generation of high voltages in laboratories is essential.

• Appreciate the necessity to measure the voltages and currents accurately, ensuring perfect safety to the personnel and equipment.

• Analyze the necessary condition for all the electrical equipment which are capable of

withstanding the over voltages which met in service like natural causes lightning or

system originated ones switching or power frequency transient voltages.

429. 5EE77 ELECTRICAL • Analyze the Electrical Distribution system for voltage drop and power loss DISTRIBUTION calculations in lines.

SYSTEMSAND • Analyze optimal conductor selection for distribution systems.

AUTOMATION • Describe Distribution Automation objectives and SCADA

• Analyze the effect of series capacitor for voltage control.

430. 5EE80 ARTIFICIAL NEURAL • The concepts of feed forward neural networks and learning and understanding of

NETWORKS AND FUZZY feedback neural networks.

LOGIC • Concept of fuzziness involved in various systems and fuzzy set theory.

• Comprehensive knowledge of fuzzy logic control and adaptive fuzzy logic.

• Adequate knowledge of application of fuzzy logic control to real time systems.

431. 5EC79 INTERNET OF THINGS • Identify and design the new models for market strategic interaction

• Design business intelligence and information security for Web

• Analyze various protocols for IoT and Design different models for network dynamics.

432. 5EE57 ELECTRICAL • get the ability to choose instruments

MEASUREMENTS AND • can test any instrument

INSTRUMENTATION • can find the accuracy of any instrument by performing experiment

LABORATORY • can calibrate PMMC instrument using D.C potentiometer

433. 5EC62 PRINCIPLES OF DIGITAL • To apply knowledge of digital filter design for various applications.

SIGNAL PROCESSING • To analyze various signals in transform domain.

LABORATORY • Design digital filters using different transformation techniques.

• To perform real time experiments on processors such as motor control.

434. 5EE91 INDUSTRY ORIENTED MINI • Carry out literature study and define problem statement

PROJECT • Select control strategy, design methodology and develop a suitable model for chosen

problem

• Execute, validate and communicate the model

435. 5BS42 MANAGEMENT SCIENCE • Function effectively in multidisciplinary teams to accomplish a common goal of organizations.



organizations.


interpersonal level.

436. 5EE81 HVDC TRANSMISSION • Compare EHV AC and HVDC system and to describe various types of DC links

• Analyze Graetz circuit and also explain 6 and 12 pulse converters

• Describe various methods for the control of HVDC systems and to perform power

flow analysis in AC/DC systems

• Describe various protection methods for HVDC systems and classify Harmonics and

design different types of filters

437. 5EC12 VLSI DESIGN • Understand IC Fabrication process steps required for various MOS circuits

• Analyze electrical properties and layout flow for circuit level and gate level models

• Design and test VLSI circuits.

438. 5EI81 PROGRAMMABLE LOGIC • Describe the main functional units in a PLC and be able to explain how they interact.

CONTROLLERS • Know different bus types used in automation industries.

• Develop ladder logic programming for simple process.

439. 5EE82 RELIABILITY ENGINEERING • Define Reliability and unreliability and describe Rules for combining probabilities of AND APPLICATIONS TO events

POWER SYSTEMS • Define Hazard rate function and derive the expressions for different reliability functions

• Explain Discrete Markov chains and Continuous Markov process

• Apply Reliability concepts for Generation, composite and Distribution systems

440. 5EE83 UTILIZATION OF • Know types of electric drives, choice of motor, starting and running characteristics, ELECTRICAL ENERGY speed control, temperature rise, particular applications of electric drives, types of industrial loads.

• Describe advantages and methods of electric heating and Electric welding

• Describe existing electric traction systems in India, special features of traction motor

and various operating techniques, Speed-time curves for different services and

various calculations regarding traction systems.

• Applications of electric drives in traction systems.

441. 5EE84 FLEXIBLE A.C. • Choose proper controller for the specific application based on system requirements

TRANSMISSION SYSTEMS • Understand various systems thoroughly and their requirements

• Understand the control circuits of Shunt Controllers SVC & STATCOM for various

functions viz. Transient stability Enhancement, voltage instability prevention and

power oscillation damping

• Understand the Power and control circuits of Series Controllers GCSC, TSSC and TCSC

442. 5EC14 EMBEDDED REAL TIME • Understand and design real time and non-real time embedded systems

OPERATING SYSTEMS • Define the unique design challenges of real-time systems and program them.

• Understand unique characteristics of RTOS and use RTOS to build an embedded real-

time system

443. 5EE85 SMART ELECTRIC GRID • Recite the structure of an electricity market in either regulated or deregulated

market conditions.

• Understand the advantages of DC distribution and developing technologies in

distribution

• Discriminate the trade-off between economics and reliability of an electric power system, ddifferentiate various investment options (e.g. generation capacities, transmission, renewable, demand-side resources, etc) in electricity markets

• Analyze the development of smart and intelligent domestic systems.

444. 5EE92 TECHNICAL SEMINAR • Carryout the literature study on a specific technical advancement related to electrical

engineering thoroughly.

• Analyze and comprehend the technicalities involved.

• Communicate effectively

445. 5EE93 COMPREHENSIVE VIVA • Comprehend the fundamentals and technical knowledge in electrical and electronics

and its allied fields.

• Apply and analyze electrical and electronics engineering concepts in its allied fields

• Communicate effectively. 446. 5EE94 PROJECT WORK • Carry out literature study and define problem statement

• Select control strategy, design methodology and develop a suitable model for chosen

problem

• Execute, validate and communicate the model

COMPUTER SCIENCE AND ENGINEERING 447. 5BS21 ENGINEERING PHYSICS • Realize influence of diffraction and resolvability in optical elements.








present day world.


economy.




materials.







• Usage of different Basic and derived data types in C.









• To develop components using the techniques of carpentry, tin smithy, forging, etc. listed in trades for exercises.




LABORATORY • Analyzing the complexity of problems , modularize the problems into small modules



454. 5BS25 ENGINEERING PHYSICS • Demonstrate the optical phenomena with formation of Newton Rings, and formation

AND ENGINEERING of spectra with a grating and a prism.

CHEMISTRY LABORATORY • Illustrate periodic motion by measuring rigidity modulus of a material and formation


• Correlate the experimental results with the class room learning.






METHODS equations.



• Solve linear equations using Jacobi method and Gauss-Seidal method.

457. 5BS24 APPLIED PHYSICS • Identify different types of Operators and expectation values in Quantum mechanics.



engineering.

458. 5CS11 CODE OF ETHICS • Connect to the moral anatomy and infer different ethical theories.

• Identify the social responsibilities as an engineer keeping in view the safety , risk and

rights.

• Exemplify some global issues related to code of ethics.

• Recognize and correlate to sample code of ethics disseminated by different

professional bodies





operations.


techniques.






461. 5IT52 DATA STRUCTURES • implement storage mechanism and to implement related programs









463. 5BS17 PROBABILITY STATISTICS • Solve problems involving basic probability.

AND QUEUING THEORY • Apply the knowledge of different probability distributions to Test of Hypothesis.

• Calculate correlation, regression coefficients.

• Apply the knowledge of different probability distributions to solve problems in

queuing theory.

464. 5EE22 ELEMENTS OF ELECTRICAL • Analyze electrical circuits using network theorems

AND ELECTRONICS • Use devices in real life applications

ENGINEERING • Analyze and Design applications using these devices

465. 5IT03 ADVANCED DATA • Design Applications Using Object Oriented Features.

STRUCTURES THROUGH • Understand the difference between worst, best, and average case run time of a C++

method.

• Apply the knowledge of Advanced Data Structures in computer science applications.

• Select the appropriate data structure for a given situation.

466. 5CS02 MATHEMATICAL • Analyse the theory and techniques of mathematical logic, graphs.

FOUNDATIONS FOR • Apply the knowledge and skills obtained to investigate and solve a variety of discrete

COMPUTER SCIENCE mathematical problems.

• Illustrate the basic applications of set theory and relations.

• Define the various methods for solving recurrence relations.

467. 5BS41 BUSINESS ECONOMICS • Apply right kind cost to reduce cost by paying attention towards the costs which can

AND FINANCIAL ANALYSIS be reduced. Take decision whether to buy or produce? Reduce the cost of capital by selecting best source of fund mobilization and select best investment opportunity


• Fix the right price which can best meets the predetermined objectives of the business firm under different market conditions. Able to select best combination of inputs to produce required quantity of output.


enterprise which enables the concerned to take appropriate measures to improve the situation. Also interpret the financial position from difference angles and initiates the


468. 5CS03 DIGITAL LOGIC DESIGN • Simplify the complex logic functions using k-maps and tabulation methods

• Build any type of combinational circuits that help in further designing memory

elements

• Design Synchronous and Asynchronous sequential circuits using memory elements.

• Apply the concepts of HDL for simulating the logic functions, combinational and

sequential circuits.

469. 5EE62 ELEMENTS OF ELECTRICAL • apply basic network theorems for solving electrical networks.

AND ELECTRONICS • Analyze various Electrical networks using Kirchhoff’s laws.

LABORATORY • use the electronic devices in real time applications

• Calculate h-parameters of BJT under various configurations.

470. 5IT53 ADVANCED DATA • Design applications using object oriented features.

STRUCTURES THROUGH • Design and Implement data structures in application development.

C++ LABORATORY • Analyze the time complexity of the algorithms.

• Implement hashing techniques in application development

471. 5CS04 FORMAL LANGUAGES • List computational devices according to their computational power, and tools

AND AUTOMATA THEORY whichwill allow us to tell if a device is powerful enough to solve a given

computational problem.

• Relate the concept of the grammar with the concept of programming language.

• Design Solutions for problems related to Finite Automata, RE, CFG, PDA and Turing

Machine.

• Analyze various problems and categorize them into P, NP, NP-Complete and NP-Hard

problems.

472. 5CS05 DATA BASE • Appreciate and effectively explain the underlying concepts of database system MANAGEMENT SYSTEMS architecture and technologies

• Design and develop database schema for a given scenario using ER model and

normalization.

• Devise queries using relational algebra, Relational Calculus and SQL

• Summarize the concepts of transaction processing, concurrency control, recovery and

data storage techniques.

473. 5IT04 COMPUTER • Describe the structure and functioning of a digital computer, including its overall

ORGANIZATION system architecture, operating system, and digital components.

• Understand the impact of instruction set architecture on cost-performance of

computer design




computer processor including memory.

474. 5CS06 DESIGN AND ANALYSIS OF • Describe and use major algorithmic techniques (divide-and-conquer, dynamic

ALGORITHMS programming, linear programming, greedy paradigm, graph algorithms) and cite

problems for which each technique is suitable.

• Understand asymptotic notation, its properties and use in measuring algorithm

behavior

• Determine asymptotic expressions for the worst-case execution time and space requirements of algorithms and data structures.

• Evaluate and compare different algorithms using worst-, average-, and best-case

analysis. Identify the complexity of problems.

475. 5CS07 SOFTWARE ENGINEERING • Analyze the customer business requirements and choose the appropriate Process

model for the given project

• Develop different system Models

• Develop test cases for a given use case

• An ability to identify the risks and analyze how to manage the risks.

476. 5CS15 JAVA PROGRAMMING • Write Java programs using various programming constructs using java.

• Solve different mathematical problems using OOP Paradigm



477. 5CS52 DATA BASE • Understand the given scenario, design it through ER model and normalize the

MANAGEMENT SYSTEMS schema.

LABORATORY • Create, maintain and manipulate the Database by enforcing the state-of-the-art of

RDBMS

• Populate and query a database using SQL features

• Write and develop PL/SQL programming features for the state of art of RDBMS

478. 5CS53 JAVA PROGRAMMING • Analyze and design a computer program to solve real world problems based on

AND DESIGN AND object-oriented principles.

ANALYSIS OF • Write and document the computer programs to solve real world problems in Java

ALGORITHMS • Implement simple GUI interfaces for a computer program to interact with users, and

LABORATORY the event-based GUI handling principles.

• Develop Efficient Algorithms for new problems with suitable designing techniques.



• Students will be sensitized to basic dimensions of the biological, sociological, psychological and legal aspects of gender. This will be achieved through discussion of materials derived from research, facts, everyday life, literature and film.














481. 5CS08 OBJECT ORIENTED • Correlate object oriented concepts representation through artifacts of UML.

ANALYSIS AND DESIGN • Build classes, their relationships and collaborations (CRC) (for any given case study).

• Generate the list and order of activities carried out for each behavior exhibited by the

system(for any given case study)

• Apply and analyse various diagrams and advanced behavioral concepts to deploy the

model(for any given case study)


Computer Networks.





483. 5CS09 COMPILER DESIGN • Analyze phases of compilation, particularly lexical analysis, parsing, semantic analysis and code generation.

• Construct parsing tables for different types of parsing techniques and syntax directed

translations.

• Apply code optimization techniques to different programming languages.

• Generate object code for natural language representations.






TECHNOLGIES • Know the feasibility of PV systems as an alternative to the fossil fuels








COMMUNICATIONS • Distinguish the need for PPM, PWM, Multiplexing.









INSTRUMENTATION • Able to understand the basic of measuring device and use them in relevant situation








• Discuss the concepts of automotive starting, ignition and charging systems.


AND HUMAN VALUES problems. .

• Learn the need for professional ethics, codes of ethics and roles, concept of safety, risk assessment.


and rights

493. 5BS03 ADVANCED ENGLISH • Summarize and synthesize information and produce technical writing that is required COMMUNICATION SKILLS in academics as well as in the engineering profession



discussions.



494. 5IT59 OPERATING SYSTEMS • Implement error correction and error detection mechanisms.

AND COMPUTER • Acquire the required skill to design simple computer networks. NETWORKS LABORATORY

• Implement various processor and memory scheduling algorithms.

• Design and implement disk access, file systems facilities of OS.

495. 5CS54 COMPILER DESIGN & • Represent users requirements using the artifacts of UML (use case, interaction OOAD LABORATORY diagrams) and design the activity diagram and state diagram for a given case study

• Develop the class and the component diagrams and finally summarizes all the above

artefacts to deploy the model using the deployment diagram for a given case study

• Design and implement language processors in C

• Develop various phases of compiler using lex, yacc or C.

496. 5IT12 WEB TECHNOLOGIES • Understand the concepts, analyse and design static and dynamic web pages with

HTML, DHTML, java script and Cascading Styles sheets.

• Understand, analyse and create XML documents and XML Schema.

• Understand the concepts, analyse and build interactive web applications using

servlets, jsps and JDBC.

• Understandthe concepts and optimize the applications by using various frameworks

of web technologies.

497. 5CS12 INTRODUCTION TO • Analyse main statistical features of complex datasets.

ANALYTICS • Know how to analyse, characterize empirically complex data

• Know how to compute relevant statistical quantities and quantify their confidence intervals

• Know how to build sensible models and how to parameterize and validate these

models

• Know how to quantify inter-dependency/causality structure between different

variables

• Know how to use the outcome of data-analytics to develop better tools for

forecasting.

498. 5IT10 LINUX INTERNALS • Understand how to work with Linux commands and how to write Shell Scripts.

• Apply fundamental knowledge of Linux Internals in Real time scenarios.

• Demonstrate tools and interfaces to successfully develop new features of the kernel.


499. 5CS13 DATA MINING • Assess raw input data, and process it to provide suitable input for a range of data mining algorithms.

• Discover and measure interesting patterns from different kinds of databases

• Evaluate and select appropriate data-mining algorithms and apply, interpret and

report the output appropriately


modern tools.


GEOGRAPHICAL • Students will be able to compare and process different data sets

INFORMATION SYSTEM • Students will be able to evaluate the accuracy and decide whether a data set can be

used or not.








TECHNIQUES • Formulate and solve the problems by using one dimensional unconstrained


• Formulate and solve the problems (industrial/research) by using the geometric

programming.


method.


MICRO PROCESSORS AND • Know architecture of 8085 microprocessors and 8051 Microcontrollers CONTROLLERS








505. 5EI72 LAB VIEW • Develop a Virtual Instrument using LabVIEW to communicate with real world.

PROGRAMMING • Identify salient traits of a virtual instrument and incorporate these traits in their

projects.



system, etc



implementation.



• Analyze and Apply normal forms for real time database applications.






508. 5BS72 ENTERPRENEURESHIP • To identify business opportunities and equip themselves in preparing business plans




business.

509. 5CS55 DATA MINING AND • Evaluate and implement a wide range of emerging and newly-adopted

ANALYTICS LABORATORY methodologies and technologies to facilitate the knowledge discovery.

• Assess raw input data, and process it to provide suitable input for a range of data mining algorithms.

• Acquire skills to effectively apply data mining techniques to solve real business

problems.


modern tools.

510. 5IT58 WEB TECHNOLOGIES • Understand the concepts, analyze and design static and dynamic web pages with

LABORATORY HTML, DHTML, java script and Cascading Styles sheets.

• Create, validate and display XML documents.

• Analyze and Build dynamic and interactive web applications using servlets, jsps and

JDBC.

• Design and develop web applications with JSP concepts.

511. 5CS56 LINUX INTERNALS • Write and use the Shell Scripts in managing Linux Environment

LABORATORY • Construct C Scripts to handle the File system in Linux.

• Implement the IPC Mechanisms in Linux operating system using C language

• Build and Analyze the Client-Server Environment using various protocols.

512. 5CS17 BIG DATA ANALYTICS • Know the fundamental concepts of Big Data management and analytics

• will become competent in recognizing challenges faced by applications dealing with

very large volumes of data as well as in proposing scalable solutions for them will be able to understand how Big Data impacts business intelligence, scientific

discovery, and our day-to-day life.


organizations.



organizations.



514. 5CS16 NETWORK SECURITY • Illustrate security issues, services, goals and mechanism of security.

• Develop a security model to prevent, detect the attacks, using various mechanisms.

• Examine the authenticity of the messages, communicate securely and investigate

non repudiation.

• Operate IP Security, SET, firewalls and establish trusted system.

515. 5CS10 ARTIFICIAL INTELLIGENCE • To apply the basic concepts of artificial intelligence and the use of agents into the real

& NEURAL NETWORKS world scenario.

• Toformulate and solve complex problems by using various search techniques.

• To design, construct and evaluate a neural network based system, with various learning process models.

• To use moderate techniques necessary for implementing and evaluating neural

network algorithms.

516. 5IT75 MOBILE COMPUTING • Describe the different wireless communication technologies and understand the

protocols used in the layered architecture of GSM.

• Evaluate different wireless MAC Protocols.

• Design WLAN using IEEE802.11 and Bluetooth

• Compare wired and wireless networks network and transport layer protocols and

issues related to database management in mobile computing.

517. 5IT81 INFORMATION SECURITY • have an understanding of the key themes and principles of information security MANAGEMENT management and be able to apply these principles in designing solutions to managing security risks effectively; • understand how to apply the principles of information security management in a variety of contexts; • have an appreciation of the interrelationship between the various elements of information security management and its role in protecting organisations.

518. 5CS74 GAMING ENGINEERING • Understand all game development problems and issues, such as story creation,

character control, scene management, selection of programming language,

mathematical analysis, physical analysis, graphics, multimedia, artificial intelligence,

and others.

• Describe the hardware and software components of a gaming system.

• Design and model a single-user 2D and 3D game and also model a multi-user PC or

Mobile game

• Evaluate complex logic problems using the tools and techniques found in Computer

Science, Software Engineering, and Game Programming.

519. 5CS75 COMPUTER GRAPHICS • Demonstrate the various basic algorithms to draw the object

AND ANIMATION • Differentiate 2D and 3D Transformations and Viewing.

• Apply the various techniques to eliminate hidden surfaces of an object

• Create animation sequences of an object.

520. 5CS76 INTRODUCTION TO • Establish knowledge in a concise manner how the Internet of things work.

INTERNET OF THINGS • Identify and interpret design methodology of IoT platform.


• Illustrate the Networking model of IoT.

521. 5CS77 BUILDING ENTERPRISE • Students get expose of different strategies and technologies for developing cross APPLICATIONS platform, distributed, object-oriented applications in Java

• Student should discuss issues involved in building robust e-business systems in Java

• Students should understand about the Enterprise Java applications developed using

the architecture as a guideline can accommodate rapid change and growth and

understand the technical context of the Java EE and relevant technologies.

• Student should explain about various security threats and mechanisms.

522. 5IT77 CLOUD COMPUTING • Understand the main concepts, key technologies, strengths, and limitations of

virtualization and cloud computing and the possible applications for state-of-the-art

cloud computing.

• Describe the architecture and infrastructure of cloud computing, including SaaS,

PaaS, IaaS, public cloud, private cloud, hybrid cloud, etc.

• Analyze the core issues of cloud computing such as security, privacy, and

interoperability.

• Identify problems, analyze, and evaluate various cloud computing solutions

523. 5CS57 NETWORK SECURITY • Employ Various Cryptographic Algorithms

LABORATORY • Evaluate the performance of various Cryptographic Algorithms

• Model various types of attacks.

• Operate proxy based security protocols

524. 5CS58 BIG DATA ANALYTICS • Handle file transfers using Hadoop cluster

LABORATORY • Develop map-reduce programs to interact with Hadoop clusters

• Create programs using HIVE nosql based query

• Exploring Pig command line tool for running batch jobs in the system

525. 5CS18 PREDICTIVE ANALYTICS • Understand how organisations use predictive analytics to forecast uncertain quantities and events.

• Understand the stages of the data science process.

• Understand how to use time series, regression, and ensembling techniques to

develop business forecasts.

• Characterise and critically assess the quality of data sets and their limitations in the context of data-driven decision-making.

• Understand how to source, cleanse and manage data sets.

• Use selected data analytics tools to manipulate and visualise data.

526. 5CS79 SEMANTIC WEB AND • Identify and debate on various description languages in semantic web.

SOCIAL NETWORKS • Analyze vocabulary, properties and characteristics to annotate the requirements of semantic web languages.

• Apply ontology methods and tools to represent knowledge in the form of ontology.

• Predict human behavior in social web and related communities in visualizing social

networks.

527. 5IT82 INFORMATION SECURITY • Provide management with an assessment of the effectiveness of the information ASSESSMENT&AUDITS security management function

• Evaluate the scope of the information security management organization and

determine whether essential security functions are being addressed effectively

528. 5CS80 BIO INFORMATICS • Describe the contents and properties of the most important bio-informatical

databases, perform text- and sequence-based searches, and analyze and discuss the

results in light of molecular biological knowledge

• Apply the major steps in pair wise and multiple sequence alignment, build the

principle for, and execute pair wise sequence alignment by dynamic programming

• Compose and assess the major features of evolution of genes and proteins and

formulation of various methods of construction

• State examples of methods for describing and analyzing genes, genomes and gene

expression and identify and select central concepts used in systems biology

529. 5CS82 SOFTWARE PROJECT • Describe the conventional s/w management and explain how to improve s/w

MANAGEMENT economics.

• Identify and discuss the key phases of project management and the key skills

associated with each.

• Relate an appropriate project management approach through an evaluation of

context and project scope and knowledge of agile and traditional and Global project

management approaches, risk and quality management

• Apply the knowledge of the key project management skills, such as product and work break-down structure, schedule; governance, progress reporting and People Focused

Process Models.

530. 5CS81 COGNITIVE SCIENCE • Explain the major concepts, philosophical and theoretical perspectives, empirical

findings, and historical trends in cognitive science, related to cultural diversity and

living in a global community.

• Use cognitive science knowledge base to create their own methods for answering

novel questions of either a theoretical or applied nature, and to critically evaluate the

work of others in the same domain.

• Compare and Contrast cognitive science research methods, including both theory-

driven and applied research design, data collection, data analysis, and data

interpretation.

• Demonstrate the use of neuroscience in cognitive domain in present industry.

531. 5IT76 INFORMATION RETRIEVAL • Recognize the Boolean Model, Vector Space Model, and Probabilistic Model.

SYSTEMS • Summarize Retrieval Utilities

• Differentiate formatting tags and Cross-Language Information Retrieval

• Analyze Clustering Techniques and determine the efficiency.

532. 5CS83 SOFTWARE DEFINED • Articulate the main concepts, Virtual and Physical Memory Mapping and Software

NETWORKS Defined Networking.

• Identify the design, implementation of SDN and Service providers of SDN.

• Describe the core issues of Open flow such as Switch Specification, ports, and packet

processing pipeline.

• Demonstrate Enterprise Networks ,SDN and Transport Networks, SDN and Optical

Transport Networks

533. 5CS84 MULTI CORE • Identify the limitations of ILP and the need for multicore architectures

TECHNOLOGIES • Understand the concepts of high performance computer architecture and various

synchronization primitives.

• Analyze Parallel programming for Shared Memory architecture using OpenMP

libraries.

• Implement and evaluate the parallelism techniques for the creation of efficient multi

core CPU programs.

ELECTRONICS AND COMMUNICATION ENGINEERING 534. 5BS11 ADVANCED CALCULUS • Solve problems involving the maxima and minima of f(x,y).



• Evaluate vector integrals



• Distinguish LASER light from ordinary light and describe propagation of light

• through Optical fibre by Total Internal reflection.










• Use of different Basic and derived data types in C.


538. 5CE03 ENVIRONMENTAL STUDIES • Acquire the knowledge about importance of environment & ecosystem

• Develop skills in understanding of various environmental problems














PROGRAMMING • Understand C programming development environment. LABORATORY

• Analyzing the complexity of problems , modularize the problems into small modules


• Document and present the algorithms flow charts and programs.










• Learn Laplace Transform as a tool


METHODS equations.


• Find the rank using Echelon form, Normal form and compute Eigen values.

• Solve linear equations using Jacobi method and Gauss-Seidal method.

545. 5BS23 ADVANCED ENGINNERING • Identify different types of crystals, their defects and importance of X-ray studies in PHYSICS crystals.

• Recognize materials’ magnetic, dielectric and conducting behaviour.


engineering


present day world.


economy.




materials.



• Appreciate the application of network theorems

• Analyze graph theory and topology solutions.

548. 5IT02 DATA STRUCTURES • Explore and analyze the working of linear data structures like list, stack and variations of queue in both static and dynamic implementation.


• Illustrate and implement basic nonlinear data structures like trees, graphs and their

operations.


techniques.

549. 5BS25 ENGINEERING PHYSICS AND • Demonstrate the optical phenomena with formation of Newton Rings, and formation ENGINEERING CHEMISTRY of spectra with a grating and a prism.

LABORATORY • Illustrate periodic motion by measuring rigidity modulus of a material and formation of standing waves by Melde’s apparatus and also discharging of a capacitor.

• Correlate the experimental results with the class room learning.

550. 5IT52 DATA STRUCTURES • Implement storage mechanism and related programs

LABORATORY • design and analyze the time and space efficiency of the data structure

• identity the appropriate data structure for given problem

• Have practical knowledge on the application of data structures

551. 5BS15 FOURIER AND COMPLEX • Solve problems using Fourier series.

ANALYSIS • Apply Cauchy-Riemann equations to study analyticity of functions.

• Evaluate contour integrals using Residue theorem.

• Map the image of the given curve under the given transformation.



• Analyze small signal model for BJT and FET amplifiers.

553. 5EC02 PROBABILITY THEORY AND • Apply the concepts of probability to experiments that have Random outcomes

STOCHASTIC PROCESSES • Apply the statistical properties to the random variables and processes.

• Estimate and Analyze noise characteristics in communication systems.

554. 5EI03 SIGNALS AND SYSTEMS • Classify the signals and systems and determine the response of the systems.

• Analyze the spectral characteristics of signals and systems

• Design the continuous-time and discrete-time systems

555. 5EE21 PRINCIPLES OF ELECTRICAL • Analyze transient response of circuits

ENGINEERING • Evaluate two port parameters and design simple filters

• Appreciate the working of DC machines

• Understand the operation of transformers and AC machines.

556. 5EC51 ECTRONIC DEVICES AND • Apply various devices to real time problems.

RCUITS LABORATORY • Compute frequency response of various amplifiers.

557. 5EC52 BASIC SIMULATION • Analyze various types of signals and perform various operations on them.

LABORATORY • Apply the knowledge of signals and sequences for finding response of a system

558. 5EE61 ELECTRICAL ENGINEERING • Apply the network theorems in the domain applications

LABORATORY • Practically study the transient behavior of the RLC networks

• Find the applications of the electrical machines with the experimental determination

of the performance of the machines.

• Find the difference between Generator and Motor performance characteristics



psychological and legal aspects of gender. This will be achieved through discussion of materials derived from research, facts, everyday life, literature and film.






together as equals.





560. 5EC03 SWITCHING THEORY AND • Represent Digital data in various formats

LOGIC DESIGN • Design and implement combinational and sequential circuits with minimized logic


561. 5EC04 ELECTRONIC CIRCUIT • Design amplifier circuits.

ANALYSIS • Design various feedback amplifiers and power amplifiers.

• Apply the knowledge of Tuned amplifiers and power supplies.

562. 5EC05 ELECTROMAGNETIC • Understand the basic concepts of Electric and Magnetic fields.

THEORY AND • Solve equations of EM fields using Maxwell’s equations.

TRANSMISSION LINES • Evaluate and analyze propagation characteristics of electromagnetic waves.

563. 5EI04 PULSE AND DIGITAL • Design linear and non-linear wave shaping circuits.

CIRCUITS • Apply the switching and logic concepts in digital circuits.

• Design non-sinusoidal waveform generators.

564. 5EC06 ANALOG • Apply the analog modulation techniques to real time applications.

COMMUNICATIONS • Design transmitters and receivers for Analog Communication.

• Analyze various communication systems by including noise.

565. 5EE08 CONTROL SYSTEMS • How to improve the system performance by selecting a suitable controller and/or a

compensator for a specific application

• Apply various time domain and frequency domain techniques to assess the system performance

• Apply various control strategies to different applications (example: Power systems,

electrical drives etc…)



566. 5EC53 ANALOG • Design and analyze analog modulation and demodulation systems.

COMMUNICATIONS • Measure the performance characteristics of Receiver LABORATORY

567. 5EC54 ELECTRONIC AND PULSE • Apply the concepts of amplifiers and oscillators in real time applications.

CIRCUITS LABORATORY • Design power amplifiers and wave shaping circuits

568. 5IT04 COMPUTER ORGANIZATION • Describe the structure and functioning of a digital computer, including its overall system architecture, operating system, and digital components.

• Understand the impact of instruction set architecture on cost-performance of

computer design





569. 5EI06 LINEAR AND DIGITAL IC • Analyze the characteristics of analogICs and logic families.


• Design applications using digital ICs

570. 5EC07 DIGITAL COMMUNICATIONS • Understand conversion of analog signal to digital signal

• Distinguish between base band transmission and carrier digital modulation schemes

• Apply modulation techniques and Coding Schemes to design a digital communication

system.

571. 5EC08 ANTENNAS AND WAVE • Describe the basic parameters and analyze the fields radiated by various types of

PROPAGATION antennas.

• Measure antenna parameters critical for evaluating its performance

• Compare the intricacies involved in various modes of wave propagation









• Identify

different techniques involved in two dimensional layering

• Analyze the

software issues involved in digital fabrication and know about extrusion based systems and post processing

• Apply the

knowledge gained in the digital fabrication

575. 5EC71 PRINCIPLES OF ELECTRONIC • Analyze the techniques used for signal modulation and demodulation.




PROGRAMMING THROUGH • Solve different mathematical problems using OOP Paradigm

JAVA • Design and analyze the solutions for Thread and I/O management Concepts.



MEASUREMENT AND • Able to translate theoretical concepts into working models.







AUTOMOBILE ENGINEERING • Give an overview on engine and engine subsystems.



580. 5BS71 PROFESSIONAL ETHICS AND • Learn the moral issues and problems in engineering, and find the solution to those

HUMAN VALUES problems .


risk assessment.

• Gain exposure to Environment Ethics & computer ethics

• Know their responsibilities and rights

581. 5BS03 ADVANCED ENGLISH • Summarize and synthesize information and produce technical writing that is required COMMUNICATION SKILLS in academics as well as in the engineering profession



discussions.



582. 5EI54 LINEAR AND DIGITAL IC • Design various applications using Analog ICs.

APPLICATIONS LABORATARY • Verify the functionality of digital ICs

583. 5EC55 DIGITAL COMMUNICATIONS • Apply digital modulation and demodulation techniques in real time scenario.

LABORATORY • Design various digital modulation and demodulation systems.

584. 5BS41 BUSINESS ECONOMICS AND • Select the suitable form of business organization which meets the requirement of

FINANCIAL ANALYSIS selected business also perform decision – making function effectively in an uncertain frame work by applying concepts of Managerial Economics. Meet and manipulate the demand efficiently and plan the future course of action.



selecting best source of fund mobilization and select best investment opportunity which yields higher rate of return.



produce required quantity of output.








controller based systems.

586. 5EC10 DIGITAL SIGNAL • Analyze and process signals in the discrete domain and transform domain

PROCESSING • Design filters to suit specific applications

• Design multi rate systems and represent numbers in digital scenario.

587. 5EC11 MICROWAVE ENGINEERING • Understand the basics of wave propagation inside waveguides

• Illustrate the functioning of microwave components and Junctions.

• Classify various microwave sources and measure the microwave parameters.

588. 5EI20 ELECTRONIC • Measure electrical, Mechanical and electronics parameters using instrumentation

MEASUREMENTS AND techniques.

INSTRUMENTATION • Learn different types of CRO’s and bridges to measure resistance, capacitance and

inductance.

• Design real time applications using transducers.

589. 5CE72 INTRODUCTION TO • At the end of the course student should be able todescribe different concepts and GEOGRAPHICAL terms used in GIS

INFORMATION SYSTEM • At the end of the course student should be able tocompare and process different

data sets

• At the end of the course student should be able toevaluate the accuracy and decide











• Formulates and solve the problems (industrial/research) by using the geometric programming.


methods.

592. 5EC72 INTRODUCTION TO MICRO • Understand basic computing concepts

PROCESSORS AND • Know architecture of 8085 micro processors and 8051 Microcontrollers









• Identify salient traits of a virtual instrument and incorporate these traits in their projects.



system, etc


MANAGEMENT SYSTEMS include aspects of database design, database languages, and database-system implementation.




• Evaluation of transaction properties and file organization methods.


TECHNOLOGIES • Discuss electric and hybrid electric drive train technologies and drive train

components







business.

598. 5EC56 MICROPROCESSORS AND • Enhance programming skills for simple and complex tasks used in various engineering MICROCONTROLLERS disciplines.


systems

599. 5EC57 DIGITAL SIGNAL • Design digital filters for the given specifications.

PROCESSING LABORATORY • Design real time experiments on audio and speech processors.




601. 5EC13 CELLULAR AND MOBILE • Analyze the basic functioning of a cellular network system.

COMMUNICATIONS • Design cellular and mobile systems using various antennas

• Illustrate different methods of Handoff mechanisms and cellular networks.


Computer Networks.






organizations.


• Appreciate the management challenges associated with high levels of change in the

organizations.



604. 5EC73 Digital Image Processing • Acquire, represent the digital image and transforms

• Apply various intensity based image processing techniques


605. 5EC74 OPTICAL • Compare transmission standards, Channel coding and performance parameters for

COMMUNICATIONS Digital TV

• Analyze modulation techniques, RF amplifiers and Identify Transmission lines and

antennas suitable for Digital TV.

• Test a Digital TV Transmitter and receiver





• Adequate knowledge of application of fuzzy logic control to real time systems

607. 5EC76 RADAR SYSTEMS • Describe the principle of radars and factors affecting the radar performance.

• Analyze different types of radar systems to assess their performance.

• Illustrate the characteristics of radar receivers and their performance

608. 5EC77 TELECOMMUNICATION • Analyze the performance of telecommunication switching system and network.

SWITCHING SYSTEMS • Implement the switching and signaling techniques in communication networks

• Analyze the different routing protocols and high speed networks.

609. 5EC78 DIGITAL DESIGN THROUGH • Design digital systems using Verilog HDL.

VERILOG • Analyze synchronous sequential systems using ASM charts

• Implement digital designs on CPLDs & FPGAs.



• Analyze various protocols for IoT and Design different models for network dynamics.

611. 5EC58 MICROWAVE ENGINEERING • Analyze the performance characteristics of Microwave sources and measure various

LABORATORY microwave parameters.

• Analyze the scattering parameters of microwave junctions

612. 5EC59 ECAD AND VLSI • Design digital circuits by using logical and switching properties of sequential and

LABORATORY combinational circuits using HDL.

• Design digital circuits using frontend and backend tools.

613. 5EC91 INDUSTRY ORIENTED MINI • Identify and formulate problem statement

PROJECT • Design applications using embedded processors with IDEs

• To communicate effectively

• Implement applications using embedded real time operating systems.

• Present Technical Report.

614. 5EC14 EMBEDDED REAL TIME • Understand and design real time and non real time embedded systems



time system

615. 5EC80 DSP PROCESSORS AND • 5EC81Design systems considering sampling rate

ARCHITECTURES • Apply different DSP processor for various applications.

• Design and implement real time signal processing algorithms.

616. 5EC81 SATELLITE • Understand the orbital mechanics and functioning of subsystems of a satellite.

COMMUNICATIONS • Illustrate the various multiple access techniques for communication.

• Design the power budget for satellite links

• Demonstrate the principles of GPS

617. 5IT08 5IT08) OPERATING SYSTEM • Identify the System calls, protection and interrupts of any GOS.

• Explain Input/output, disk access, file systems facilities any GOS.

• Write application keeping Concurrency and synchronization Semaphores/monitors,

shared memory, mutual exclusion Process scheduling services of an GOS in the mind.

• Extend operating systems, synchronization, virtual memory, and file systems.

618. 5EC82 SOFTWARE DEFINED RADIO • Conceptualize the SDR and implementation details

• Identify the blocks of SDR for a specific application

• Recognize the challenges in the implementation of SDR

• Analyze the transmitter and receiver architectures in SDR

619. 5EC83 SPEECH PROCESSING • Analyze the basic components and parameters of speech.

• Identify different processes for speechmodeling and recognition.

• Design a speech recognition system and to use different speech synthesis techniques.

620. 5EC84 AD-HOC WIRELESS • Explain the concepts, network architectures and applications of ad hoc wireless

NETWORKS sensor networks

• Analyze the protocol design issues of ad hoc wireless sensor networks

• Evaluate the QoS related performance measurements of ad hoc and sensor networks

621. 5EC85 CPLD AND FPGA • Completion of the course the student is able to

ARCHITECTURES • Understand the various architectures of Programmable Logic Devices

• Design real time applications using state machines and petrinets.

• Apply EDA tools for the design of digital circuits.

622. 5EI07 BIO-MEDICAL • Apply fundamental knowledge of mathematics mixed with electronics and use it for INSTRUMENTATION designing bio amplifiers.

• Design suitable bio amplifiers in acquiring different bio signals.

• Understand the concepts of therapeutic devices and apply them for solving the

appropriate problem.

• understand modern imaging equipment like CT, MRI, etc.

623. 5EC92 TECHNICAL SEMINAR • Communicate technical contents effectively

• Present technical report

624. 5EC93 COMPREHENSIVE VIVA- • Comprehend the fundamentals of embedded systems and its allied fields VOCE

•

Analyse and apply Embedded systems concepts in its allied fields


625. 5EC94 PROJECT • Identify and formulate real world problems

• Analyse and design using contemporary technologies


• Apply advanced programming techniques for its Implementation


ELECTRONICS AND INSTRUMENTATION ENGINEERING

626. 5BS11 ADVANCED CALCULUS • Solve problems involving the maxima and minima of f(x,y).








• Illustrate behaviour of a particle in one dimensional potential box.








PROGRAMMING • Write, compile and debug programs using different programming constructs in C

language.

• Usage of different Basic and derived data types in C.


630. 5CE03 ENVIRONMENTAL STUDIES • Acquire the knowledge about importance of environment & ecosystem

• Develop skills in understanding of various environmental problems







Orthographic projections and Vice-Versa








LABORATORY • Analyzing the complexity of problems , modularize the problems into small modules and convert them into programs.

• Document and present the algorithms flow charts and programs


WORKSHOP • Install the operating system in the given configuration of a computer and execute commands for LINUX Operating System




635. 5BS12 Ordinary Differential • Solve the problems in first order differential equations.

Equations and Laplace • Solve the problems in second order differential equations.

Transforms • Obtain the series solutions of second order ordinary differential equations.



METHODS equations.






• Appreciate the application of network theorems and topology solutions.

638. 5BS23 ADVANCED ENGINNERING • Identify different types of crystals, their defects and importance of X-ray studies in

PHYSICS crystals.



engineering.


present day world.


economy.




materials.

640. 5IT02 DATA STRUCTURES • Explore and analyze the working of linear data structures like list, stack and variation



• Illustrate and implement basic nonlinear data structures like trees, graphs and other operations.


techniques.

641. 5BS25 ENGINEERING PHYSICS/ • demonstrate the optical phenomena with formation of Newton Rings, and formation

ENGINEERING CHEMISTRY of spectra with a grating and a prism.

LABORATORY • illustrate periodic motion by measuring rigidity modulus of a material and formation







643. 5BS15 FOURIER AND COMPLEX • Solve problems using Fourier series.

ANALYSIS • Apply Cauchy-Riemann equations to study analyticity of functions.

• Evaluate contour integrals using Residue theorem.

• Map the image of the given curve under the given transformation.



• Analyze small signal model for BJT and FET amplifiers.

645. 5EE21 PRINCIPLES OF ELECTRICAL • Analyze transient response of circuits

ENGINEERING • Evaluate two port parameters and design simple filters

• Appreciate the working of DC machines

• Understand the operation of transformers and AC machines.

646. 5EI01 SENSORS AND SIGNAL • Identify suitable sensors and transducers for real time applications.

CONDITIONING • Translate theoretical concepts into working models.

• Design the experimental applications to engineering modules and practices.

• Design engineering solution to the Industry/Society needs and develop products.

647. 5EI02 ELECTRONIC • Understand the different methods of measurement MEASUREMENTS

• Calibrate different instruments.

• Designbridges circuits for the measurement of unknown R,L and C.

• display and analyzeany complex waveforms through analog and digital techniques.

648. 5EI51 SENSORS AND • Appreciate the use of sensors

MEASUREMENTS • Identify the sensors required for any specific application.

LABORATORY • Design simple measuring devices .

• Develop simple measuring systems employing appropriate sensors

649. 5EC51 ELECTRONIC DEVICES AND • Apply various devices to real time problems.

CIRCUITS LABORATORY • Compute frequency response of various amplifiers.

650. 5EE61 ELECTRICAL ENGINEERING • Apply the network theorems in the domain applications

LABORATORY • Practically study the transient behavior of the RLC networks

• Find the applications of the electrical machines with the experimental determination

of the performance of the machines.

• Find the difference between Generator and Motor performance and characteristics




psychological and legal aspects of gender. This will be achieved through discussion of materials derived from research, facts, everyday life, literature and film.










652. 5EE08 CONTROL SYSTEMS • Know how to improve the system performance by selecting a suitable controller and/or compensator for a specific application

• Apply various time domain and frequency domain techniques to assess the system

performance

• Apply various control strategies to different applications Example: Power Systems,

Electrical drives etc…)



653. 5EI03 SIGNALS AND SYSTEMS • Classify the signals and systems and determine the response of the systems.

• Analyze the spectral characteristics of signals and systems

• Design the continuous-time and discrete-time systems

654. 5EI04 PULSE AND DIGITAL • Design linear and non-linear wave shaping circuits.

CIRCUITS • Apply theswitching and logic concepts in digital circuits.

• Design non-sinusoidal waveform generators.

655. 5EC04 ELECTRONIC CIRCUIT • Design amplifier circuits.

ANALYSIS • Design various feedback amplifiers and power amplifiers.

• Apply the knowledge of Tuned amplifiers andpower supplies.

656. 5EC03 SWITCHING THEORY AND • Represent Digital data in various formats

LOGIC DESIGN • Design and implement combinational and sequential circuits with minimized logic


657. 5EI52 PULSE AND DIGITAL • Design function generator to generate various waveforms (Square, Pulse and Sweep)

CIRCUITS LABORATORY • Design the logic gates and Flip Flops

• Design Multi vibrators and Sweep Circuits

• Design electronic switch.

658. 5EC63 ELECTRONIC CIRCUIT • Apply the concepts of amplifiers in the design of Public Addressing System

ANALYSIS LABORATORY • Analyze the amplitude and frequency response of different amplifiers

• Design various wave form generators

• Design stable system using feedback concepts.

659. 5EC52 BASIC SIMULATION • Analyze various types of signals and perform various operations on them.

LABORATORY • Apply the knowledge of signals and sequences for finding response of a system

660. 5EI05 INDUSTRIAL • Acquire adequate knowledge about process transducers

INSTRUMENTATION • Acquire adequate knowledge about the temperature standards, thermocouples and pyrometry techniques.

• Study area flow meters, mass flow meters and calibration.

• Understand various types of level measurements adopted in industry environment.

661. 5BS41 BUSINESS ECONOMICS AND • Select the suitable form of business organization which meets the requirement of

FINANCIAL ANALYSIS selected business also perform decision – making function effectively in an uncertain



• Apply right kind cost to reduce cost by paying attention towards the costs which can be reduced. Take decision whether to buy or produce? Reduce the cost of capital by selecting best source of fund mobilization and select best investment opportunity




produce required quantity of output.

• Prepare books of accounts and know over all financial position of the business enterprise which enables the concerned to take appropriate measures to improve the situation. Also interpret the financial position from difference angles and initiates the


662. 5EI06 LINEAR AND DIGITAL IC • Analyze the characteristics of analog ICs and logic families.


• Design applications using digital IC

663. 5EI07 BIO-MEDICAL o Understand biosystems and medical systems from an engineering perspective. INSTRUMENTATION

o Identify the techniques to acquire record and primarily understand physiological

activity of the human body through cell potential, ECG, EEG, BP and blood flow measurement and EMG.

o Understand the working of various medical instruments and critical care equipment.

o Know the imaging techniques including CT,PET, SPECT and MRI used in diagnosis of various medical conditions.






TECHNOLGIES • Know the feasibility of PV systems as an alternative to the fossil fuels




• Analyze the software issues involved in digital fabrication and know

about extrusion based systems and post processing


667. 5EC71 PRINCIPLES OF ELECTRONIC • Analyze the techniques used for signal modulation and demodulation.





PROGRAMMING THROUGH • Solve different mathematical problems using OOP Paradigm

JAVA • Design and analyze the solutions for Thread and I/O management Concepts.



MEASUREMENT AND • Able to translate theoretical concepts into working models.







AUTOMOBILE ENGINEERING • Give an overview on engine and engine subsystems.



672. 5BS71 PROFESSIONAL ETHICS AND • Learn the moral issues and problems in engineering; find the solution to those

HUMAN VALUES problems.


risk assessment.


and rights

673. 5IT04 COMPUTER ORGANIZATION • Describe the structure and functioning of a digital computer, including its overall

system architecture, operating system, and digital components.

• Understand the impact of instruction set architecture on cost-performance of computer design





674. 5EI54 LINEAR AND DIGITAL IC • Design various applications using Analog ICs.

APPLICATIONS • Verify the functionality of digital ICs LABORATORY

675. 5EI53 INDUSTRIAL • Understand the knowledge of measurement of various parameters.

INSTRUMENTATION • Understand construction, working and calibration of measuring instruments and

LABORATORY design .

• Analyze various Industrial Bus Protocols

• Design of signal conditioner for various sensors

676. 5EC10 DIGITAL SIGNAL • Analyze and process signals in the discrete domain and transform domain

PROCESSING • Design filters to suit specific applications

• Design multi rate systems and represent numbers in digital scenario.




controller based systems


GEOGRAPHICAL • Students will be able to compare and process different data sets

INFORMATION SYSTEM • Students will be able to evaluate the accuracy and decide whether a data set can be used or not.


679. 5EE72 ENERGY AUDITING, • To conduct Energy Audit of industries.









programming.


methods.


MICROPROCESSORS AND • Know architecture of 8085 microprocessors and 8051 Microcontrollers


• Program internal resources of 8051 microcontroller.






683. 5EI72 LabVIEW PROGRAMMING • Develop a Virtual Instrument using LabVIEW to communicate with real world.


projects.



system, etc



implementation.

• Employ the Relational Database Model to understand the Logical and Physical aspects of the DBMS architecture.











business.

687. 5EI08 PROCESS CONTROL • Apply fundamental knowledge of mathematics to modelling and analysis of fluid INSTRUMENTATION flow, level, pressure, temperature problems.

• Conduct experiments in pipe flows and open-channel flows and interpreting data

from model studies to prototype cases. Documenting them in engineering reports.

• Understand the possible disasters caused by an in correct Design/Analysis in

hydraulic, pneumatic engineering system.

• Apply multi loop control systems in various process industries.


organizations.


• Appreciate the management challenges associated with high levels of change in the

organizations.



689. 5EC56 MICROPROCESSORS AND • Enhance programming skills for simple and complex tasks used in various engineering

MICROCONTROLLERS disciplines.


systems

690. 5BS03 ADVANCED ENGLISH • summarize and synthesize information and produce technical writing that is required COMMUNICATION in academics as well as in the engineering profession


• speak fluently and address a large group of audience and participate in debates and

discussions.


people and make quick decisions

691. 5EI55 PROCESS CONTROL • Apply the control system to industrial parameters like that- fluid flow, level, INSTRUMENTATION pressure, temperature problems. LABORATORY

• Conduct experiments in pipe flows and open-channel flows and interpreting data from model studies to prototype cases. Documenting them in engineering reports.

• Understand disasters caused by incorrect design/analysis in hydraulic, pneumatic

engineering system.

• Identify optimal values for PID controller for any application.

692. 5EI09 VIRTUAL • Create Virtual Instrument using LabVIEW software for Control system, Signal

INSTRUMENTATION Processing and Image processing applications.

• Create effective Virtual Instrument that shall use minimum memory space and work

effectively with any processor.

• Interface the computer with DAQ to monitor, process and control real world

applications

• Analyze the throughput using the tools in LabVIEW software

693. 5EI10 ANALYTICAL • Understand the principles, procedures and applications of Analytical Instrument and INSTRUMENTATION analytical techniques

• Use statistical method for evaluating and interpreting data

• Appreciate the basic principles of spectroscopy and chromatography techniques.

• Integrate different analytical techniques to solve analytical and bio-analytical

problems

694. 5EI11 PC BASED • Understand the main functional units in a PC and be able to explain how they INSTRUMENTATION interact. They should know different bus types, and on this basis be able to distinguish account for different generations of PCs.

• Understand the basics of PLC and its programming.

• Apply different PLC functions to applications.

• Learn the basics of SCADA.

695. 5EI73 INSTRUMENTATION • Apply fundamentalknowledgeofchemistry & instrumentationto modelling and PRACTICES IN INDUSTRIES analysis of different Industrial engineering. • Understanddisasterscausedby anincorrectanalysis/design indifferent Industrial engineeringsystem.

• Students will demonstrate a working knowledge of the basic principles of measuring

techniques and demonstrate technical knowledge and skills in the calibration and use

of equipment used in different industrial process measurement and control.

• Students will demonstrate a working knowledge of safety practices and skills in

trouble-shooting problems used in the measurement and control in industrial

processes

696. 5EE79 DIGITAL CONTROL SYSTEMS • To expose the students to the concepts of Digital control systems.

• To provide adequate knowledge of discrete systems in state variable analysis.

• To teach about the concept of stability analysis and design of discrete time systems.

• To provide comprehensive knowledge of optimal control.





698. 5EI74 PRINCIPLES AND • Evaluate the design considerations for Nano scale materials, devices, and structures APPLICATION OF in a wide variety of applications

NANOTECHNOLOGY • Gain theoretical knowledge to synthesize, manipulate, characterize, and use

nanomaterial’s for typical applications

• Appreciate the need for specialized metrology for Nano scale measurements and

familiarize with various commonly used equipment

• Identify the applications of nanotechnology to electronics with focus on the use of III-

V compounds and carbon nano-tubes and Learn the advancements in the field of

medicine due to the advent of nanotechnology.


Computer Networks.








701. 5EI75 ROBOTICS AND • Acquire knowledge on different types of Power Sources (actuators) and Sensors,

APPLICATIONS Classification Of Manipulators, Actuators and Grippers

• Acquire knowledge on different applications of various types of robots.

• Analyze the direct and the inverse kinematic problems and calculate the manipulator dynamics

• Able to identify the applications of robots in different process operations





• Adequate knowledge of application of fuzzy logic control to real time systems.

703. 5EI56 VIRTUAL • Design virtual instrument for any application

INSTRUMENTATION • Acquire ,analyze and display the result of any project performed

LABORATORY • Suggest a device to be interfaced based on the design constrains

704. 5EI57 ANALYTICAL • Apply basic lab safety rules while working in analytical chemistry laboratories

INSTRUMENTATION • Apply basic analytical processes and sampling procedures and perform them in the LABORATORY lab

• Apply the basic principles of spectroscopy and work in real time with it.

• Perform simple analytical procedures on given samples using Ultraviolet or Infrared

Spectrophotometers leading to applied research.

705. 5EI58 PROCESS CONTROL • Write PLC and SCADA programs for desired application.

AUTOMATION • Implement PLC and SCADA control to real times systems.

LABORATORY • Design and create seamless interface between PLC and SCADA mincing the real

industrial application.

706. 5EI12 FIBER OPTIC AND LASER • Apply fundamental knowledge of Optics and lasers to design application specific INSTRUMENTATION optical fiber.

• Apply Lasers in Instrumentation for the measurement of Industrial parameters like

Pressure, Temperature, and Level and find the solutions for the errors.

• Understand the advantages of using Lasers in the measurements.

• Understand the applications of Lasers in medicine.

707. 5EI76 POWER PLANT • Appreciate the power generation technique used in different types of power plants

INSTRUMENTATION • Appreciate different parameters and their control in the power plant

• Understand and standby the saying “one watt saved = two watts generated”.

• Understand the concepts of Nuclear power plants.

708. 5EI77 MICRO • Apply fundamental knowledge of physics and chemistry to design microsystems for

ELECTROMECHANICAL various applications.

SYSTEMS (MEMS) • Select appropriate tools and techniques considering particular practical need for a microsystem application.

• Realize the need for advancement of technology towards microsystems for better

living in the society.

• Understand the need to keep oneself updated constantly to understand the ease of

use of emerging technologies.

709. 5EC14 EMBEDDED REAL TIME • Understand and design real time and non-real time embedded systems



time system

710. 5EC80 DSP PROCESSORS AND • Design systems considering sampling rate

ARCHITECTURES • Apply different DSP processor for various applications.

• Design and implement real time signal processing algorithms

711. 5EI78 PHARMACEUTICAL • Appreciate the concept of analytical instrumentation learned during previous

INSTRUMENTATION semester.

• Appreciate the necessity of homogenization of mixture and size reduction .

• Appreciate evaporation process involved in pharma industries.

• Appreciate distillation and filtration process involved in pharmaindustries .



• Analyze various protocols for IoT and Design different models for network dynamics

713. 5EC73 DIGITAL IMAGE • Acquire, represent the digital image and transforms

PROCESSING • Apply various intensity based image processing techniques


714. 5EC84 AD-HOC WIRELESS • Explain the concepts, network architectures and applications of ad hoc wireless NETWORKS sensor networks

• Analyze the protocol design issues of ad hoc wireless sensor networks

• Evaluate the QoS related performance measurements of ad hoc and sensor networks

715. 5EI92 TECHNICAL SEMINAR • Demonstrate knowledge and understanding of the recent engineering concepts

effectively

• Communicate and Present effectively the engineering solutions to societal problems

• Collect the literature on a technical topic and critically review it.

716. 5EI93 COMPREHENSIVE VIVA- • Access and present the knowledge acquired in various subjects he/she studies during

VOCE the course of study

• Communicate effectively with Interviewer about the technical aspects learnt.

• Develop the inner confidence and strength to display their integrated understanding

of the courses as well as in the area of specialization.

717. 5EI94 MAJOR PROJECT • Apply the knowledge of Instrumentation and Control engineering to identify and

solve industrial problems.

• Design and develop solutions for engineering problems to meet the Societal needs.

• Perform effectively as an individual and as a member in multidisciplinary team to

manage projects in multidisciplinary environment

Course Outcomes For PG Programmes

S.No Subject Subject After the completion of the course student should be able to

Code

GEOTECHNICAL ENGINEERING

• Describe different concepts and terms used in soil mechanics.

718. GTE01

ADVANCED SOIL • differentiate between the various stress states to be applied for a given problem MECHANICS

• predict the kind of behavior expected from a given soil structure

• identify the appropriate formulae to be used due to the knowledge of the mechanics

of soil

ADVANCED

• Develop an ability to apply knowledge of foundation engineering to solve problems related to geotechnical engineering.

GTE02

FOUNDATION

719. • Design a foundation system for economic and safe aspects for the society.

ENGINEERING

• Identify, formulate and solve foundation related problems.

• Analyze the soil settlement problems in Foundation Engineering.

• Describe various concepts and terminology involved in dynamic analysis of soil.

SOIL DYNAMICS AND • Differentiate between the conventional behavior and the behavior under dynamic

720. GTE03 MACHINE

•

loads for a given soil.

FOUNDATIONS

Recognize the importance of the due consideration given to design under dynamic

loads.

• Design the foundation which can tolerate dynamic loads (i.e. machine foundations).

GROUND WATER

• Know the critical awareness of current issues in hydrology.

721. GTE11

• identify, formulate and solve problems related to ground water

HYDROLOGY

• Understand the function on multidisciplinary teams.

• Design and implement the recharge methods for artificial recharge of ground water.

722. GTE12 GEOTECHNICAL • differentiate between conventional loads and seismic loads and their effect on the

ASPECTS OF

structure

EARTHQUAKE • identify the weak zones susceptible to earthquakes and take necessary precautionary

ENGINEERING measures Design safer and economical structures

• identify, formulate and solve foundation related problems

• Apply the theoretical knowledge gained to solve real life problems in the field.

ENVIRONMENT AND • develop an ability to apply knowledge of environment and ecology to solve problems

723. GTE13 • Design a process for economic and safe aspects for the society.

ECOLOGY • Identify, formulate and solve stability related problems.

• Identify and analyze the recent environmental issues.

• Understand the function on multidisciplinary areas.

GROUND WATER • Apply the theoretical knowledge to solve real life problems.

724. GTE14 CONTAMINATION AND • inculcate critical awareness of critical awareness of current issues in remediation

REMEDIATION

techniques

• Identify, formulate and solve problems for the environment, society and economic

viability.

• Understand the function on multidisciplinary teams.

-ENVIRONMENTAL • Inculcate critical awareness of current issues in Geotechnical Engineering.

725. GTE15 ENGINEERING • Improvise techniques, skills, and modern engineering tools necessary for successful

career in geotechnical engineering practice.

• Describe and implement the remediation techniques in Geo-Environmental

Engineering.

PAVEMENT ANALYSIS, • Learn how to apply it to basic (linear) ordinary and partial differential equations.

• Identify mathematical model for solution of common engineering problems. 726. GTE16 DESIGN & MATERIAL

CHARACTERIZATION • Formulate simple problems into programming models.

• select the type of pavement based on the soil conditions

727. MTH31

COMPUTER BASED • Apply it to basic (linear) ordinary and partial differential equations.

NUMERICAL METHODS • Identify mathematical model for solution of common engineering problems.

• Formulate simple problems into programming models.

• Apply and solve the Linear Programming problems using Algorithms.

PROFESSIONAL AND

• analyze communication situations and audiences to make choices about the most effective and efficient way to communicate and deliver messages

ENG32 TECHNICAL

728. • write resume, business letters, project proposals and reports

COMMUNICATION • Speak fluently and address a large group of audience and participate in discussions.

• Navigate through complex environments through interpersonal and collaborative skills.

• Design energy efficient buildings which balance all aspects of energy, lighting, space

ENERGY EFFICIENT conditioning and ventilation.

729. STR31 • Design energy efficient buildings with passive solar design strategies.

BUILDINGS • Use materials with low embodied energy.

• Apply concepts in Energy auditing

ADVANCED

• Identify the various types of soils existing at the site. • Use the techniques, skills, and modern engineering tools necessary for engineering

GTE51 GEOTECHNICAL 730. practice.

ENGINEERING LAB – I

• Predict probable problems that may be encountered in any project.

• Identify formulate and solve geotechnical engineering related issues.

• Categorize and select appropriate topic of relevance

MINI PROJECT AND

• Collection of literature on technical / research articles of specified topic and develop

731. GTE61

gap for study. TEACHING SKILLS – I

• Preparation of report writing and technical presentation for improvement in teaching

skills

• Integrate the technical articles of specified topic and develop knowledge for rollover

732. GTE04

RETAINING • To describe different concepts and terms used in retaining structures.

STRUCTURES • To discuss and explain various formulas used and the design procedures of different

retaining structures.

• To relate and explain the effectiveness of any kind of retaining structure for a given

situation.

• To design the retaining structures using the appropriate methodology and formulas.

EARTH & ROCKFILL • identify the appropriate formulae to be used in the design of various structures

• analyze a given structure and predict its behavior 733. GTE05 DAMS AND SLOPE

STABILITY • design a dam/slope with high efficiency

• connect the knowledge gained to solve problems in the field

• Apply the principles of ground improvement to a given site condition

734. GTE06

ENGINEERING OF • Work out the choice of right technique to improve different difficult grounds

GROUND • Ensure safe, stable and economical construction for any structure.

• Learn the issues affecting design and construction of various methods for soil

improvement

• Apply the basic (linear) ordinary and partial differential equations.

735. GTE21

FINITE ELEMENT • Implement the finite element method efficiently in order to solve field problems.

METHODS • Identify mathematical model for solution of common engineering problems.

• Differentiate between the various elements available in Finite Element Software's and

their applicability appropriately.

GEOGRAPHICAL • Describe different concepts and terms used in Remote Sensing and GIS.

736. GTE22 • Compare and process different data sets.

INFORMATION SYSTEM • Evaluate the accuracy and decide whether a data set can be used or not.

• Demonstratevarious applications in RS and GIS.

ROCK MECHANICS AND

• Apply Improvising techniques, skills, and modern engineering tools necessary for

737. GTE23

necessary understanding in Rock mechanics.

ENGINEERING • Relate to the latest trends, modern standards and state-of-the-art techniques for

understanding rock mechanics and engineering.

• Understand the functions on multidisciplinary teams.

• Predict the mode of failure of Rock Structures and to implement appropriate

preventive measures.

738. GTE24 THEORETICAL SOIL • Identify, formulate and solve geotechnical engineering problems through an

MECHANICS understanding of theory of Soil mechanics.

• Differentiate between the types of displacements and their applicability to the given

structure

• Relate techniques, skills, and modern engineering tools necessary for necessary

understanding in geotechnical engineering practice.

• Understand the professional and ethical responsibility.

739. GTE25 ENVIRONMENTAL • Apply knowledge of environment and ecology to solve problems

IMPACT ASSESSMENT • Design a process for economic and safe aspects for the society.

AND MANAGEMENT • Identify, formulate and solve stability related problems.

• Develop an understanding of ethical and professional responsibility.

740. GTE26 GEO-SYNTHETICS AND • Describe different concepts and terms used in Civil Engineering.

SOIL-REINFORCEMENT • identify the critical awareness of current issues in Geotechnical Engineering

• Interpret various techniques, skills, and modern engineering tools for successful

carrier in geotechnical engineering practices.

• Solve various Geotechnical Engineering problems using geosynthetics.

741. GTE41 OPTIMIZATION • Understand Engineering optimization.

TECHNIQUES IN • Classify the optimization problems.

ENGINEERING • Understand various methods of linear programming & Dynamic programming.

742. HIG41 CONSTRUCTION • Develop Organization Structure of Construction Company

TECHNOLOGY AND • Estimate Project Cost and Develop Cost Models

PROJECT • Prepare Contract documents

• Arbitration and settlement of disputes, arbitration and conciliation Act

MANAGEMENT

743. GTE41 GROUND- • Identify, formulate and solve geotechnical engineering problems.

FOUNDATION- • Design a foundation system for economic and safe aspects for the society.

STRUCTURE • improvise techniques, skills, and modern engineering tools necessary for necessary

INTERACTION • Understanding in geotechnical engineering practice.

• Apply the theoretical knowledge to solve real life problems in the field.

744. GTE52 ADVANCED • Identify the various types of soils existing at the site.

GEOTECHNICAL • Apply the techniques, skills, and modern engineering tools necessary for engineering

ENGINEERING LAB – II practice.

• Predict probable problems that may be encountered in any project.

• Identify formulate and solve geotechnical engineering related issues.

745. GTE62 MINI PROJECT AND • Ascertain and select appropriate topic of relevance

TEACHING SKILLS –II • Study technical articles of specified topic and integrate for identification of gap.

• Prepare a technical report and improvise teaching skills.

• Deliver technical presentation

746. GTE63 Comprehensive Viva- • At the end of the course student will be able to

Voce • Compile knowledge of different courses studied

• Develop overall conceptualization in Highway Engineering

• Examine real problems with theoretical knowledge.

• Understand the solutions arrived for linking to real time situations.

747. GTE71 Internship/Dissertation • At the end of the course student will be able to

Phase – I • Define Research Problem

• Comprehensive literature in chosen area of research & identifying research gap

• Develop Study Methodology

• Identification for the procedure for field / laboratory investigation.

748. GTE72 Dissertation Phase – II • At the end of the course student will be able to

• Problem Statement is articulated

• Critical thinking in research study area

• Conduct Laboratory / Field Studies

• Examine Data, develop models and provide solutions for field problems.

STRUCTURAL ENGINEERING

749. STR01 THEORY OF • Identify and analyse the stress problems in an elastic body.

ELASTICITY & • Identify and analyse the deformation problems in an elastic body.

PLASTICITY • Acquire the concepts on theory of elasticity and theory of plasticity.

• Solve problems of theory of elasticity.

750. STR02 THEORY AND ANALYSIS • Apply the theory of plates in engineering designs.

OF PLATES • Describe and exploit various modelling avenues for structural engineering components

and obtain the exact and/or approximate solutions.

• Select an appropriate plate theory for different Engineering applications.

• Formulate differential equations for plate problems

751. STR03 ADVANCED • Determine moment of resistance for square and circular slabs.

REINFORCED • Analyze and design of flat slabs

CONCRETE DESIGN • Design of Concrete Deep beams and Retaining walls

• Understand the various types of loads to consider in the design of tall buildings.

752. STR11 ADVANCED CONCRETE • Determine the properties of concrete ingredients i.e. cement, sand, coarse aggregate by

TECHNOLOGY conducting different tests and decide the suitability.

• Recognize the effects of the rheology and early age properties of concrete on its long-

term behavior.

• Use appropriate chemical admixtures and mineral additives for achieving the desired

properties.

• Use advanced laboratory techniques to assess the strength characteristics after

disasters.

753. STR12 PREFABRICATED • Know the types of prefabrication systems.

STRUCTURES • Understand the behavior of prefabricated structures.

• Design pre-fabricated units.

• Do the detailing of pre-fabricated units.

754. STR13 MAINTENANCE AND • Understand the properties of fresh and hardened concrete.

REHABILITATION OF • Know the strategies of maintenance and repair.

STRUCTURES • Get an idea of repair techniques.

• Understand the properties of repair materials.

755. STR14 ADVANCED • Generate the global stiffness matrix by assembling the element stiffness matrices.

STRUCTURAL • Analyze the continuous beams, portal frames and trusses by stiffness method.

ANALYSIS • Solve the continuous beams, portal frames and trusses by flexibility method.

• Analyze the shear walls by approximate methods.

756. STR15 SOIL DYNAMICS & • Accentuate the understanding of the basic principles and exposes the student to the

MACHINE latest developments, with a strong research orientation.

FOUNDATIONS • Identify, formulate and solve foundation related problems.

• Understand the latest trends, modern standards and state-of-the-art techniques for

geotechnical engineering.

757. STR16 BRIDGE ENGINEERING • Understand the various of loads in design of bridges

• Analyze and design of solid slab bridges

• Analyze and Design of Prestressed Concrete bridges

• Understand the Design methods of girder bridges.

758. MTH31 COMPUTER BASED • Apply it to basic (linear) ordinary and partial differential equations.

NUMERICAL METHODS • Identify mathematical model for solution of common engineering problems.

• Formulate simple problems into programming models.

759. ENG32 PROFESSIONAL AND • Analyze communication situations and audiences to make choices about the most

TECHNICAL effective and efficient way to communicate and deliver messages

COMMUNICATION • Write resume, business letters, project proposals and reports

• Speak fluently and address a large group of audience and participate in discussions.

• Navigate through complex environments through interpersonal and collaborative skills

760. STR13 ENERGY EFFICIENT • Design energy efficient buildings which balance all aspects of energy, lighting, space

BUILDINGS conditioning and ventilation.

• Design energy efficient buildings with passive solar design strategies.

• Use materials with low embodied energy.


761. STR51 ADVANCED CONCRETE • Specify concrete and the materials from which it is made

LABORATORY • Identify, describe and carry out the main laboratory tests relevant to the use of concrete

on site

• Describe the materials used to make concrete; including their sources, production and

properties.

762. STR61 MINI PROJECT & • Categorize and select appropriate topic of relevance

TEACHING SKILLS – I • Collection of literature on technical / research articles of specified topic and develop gap for

study.

• Preparation of report writing and technical presentation for improvement in teaching skills


763. STR04 FINITE ELEMENT • Analyze finite element method efficiently in order to solve field problems.

METHODS • Identifythe most appropriate mathematical model for solution of common Engineering

problems.

• Select the suitable finite element and solve the problem having complicated geometry

and loadings using the software.

764. STR05 STRUCTURAL • Apply the fundamental concepts and definitions used in structural dynamics.

DYNAMICS • Calculate the natural frequency of a system using equilibrium or energy methods.

• Determine the effect of viscous damping on the response of a freely vibrating system.

• Determine the response of a system to a harmonic excitation.

765. STR06 COMPUTER AIDED • Explain design process

DESIGN IN • Formulate stiffness matrix for beams and frames

STRUCTURAL • Apply fundamentals of FEA for solving structural analysis problems

ENGINEERING • Perform design optimization and understand Knowledge based expert systems.

766. STR21 EARTHQUAKE • Predict the sources of earthquakes understanding seismology and conceptually design

RESISTANT DESIGN OF the buildings

BUILDINGS • Apply the Response Spectrum Analysis Method and static equivalent method for the

determination of lateral loads on the buildings

• Apply ductility requirements for the design of structural components.

• Assess seismic performance of non-structural components and structural components

and identify effective measures to mitigate potential damage.

767. STR22 ADVANCED • Analyze the industrial buildings for various loads and design the various components.

STEELDESIGN • Compute the axial forces, shear forces and bending moments in beams and columns of a

multi-storey building frame and can sketch SFD, BMD.

• Design the compression and tension members of a steel truss girder bridges.

• Compute the collapse loads, plastic moment capacities of continuous beams, portal

frames and gable frames

768. STR23 COMPOSITE • Analyze problems on micromechanical behavior of composite lamina.

MATERIALS • Understand the Behaviour of Glass Fibre-Reinforced laminates

• Design GRP sections

• Solve the problems on bending, buckling, and vibration of laminated plates and beams.

769. STR24 PRESTRESSED • Realize the importance of prestressing the long span structures and heavily loaded

CONCRETE members.

• Acquire the knowledge of various prestressingtechniques ;their merits and demerits.

• Develop skills in planning, analysis and design of prestressed concrete beams, and slabs.

• Develop skills to satisfy the serviceability and strength provisions of the Indian

Standards (IS: 1343-2012).

770. STR25 STABILITY OF • Apply the approximate methods based on energy to determine the stability of simple

STRUCTURES systems.

• Differentiate how the tangent modulus and double modulus theories of inelastic

buckling led to the column paradox, thereby preventing further difficulties for a general

theory of structures.

• Analyse elastic and in-elastic buckling of bars and frames

• Analyse the beams for lateral-torsional buckling

771. STR26 ANALYSIS & DESIGN OF • Use appropriate theory to analyse the shell structures.

SHELLS AND FOLDED • Differentiate a shell structure based on its properties.

PLATES • Analyse and Design shell structures

• Understand the structural importance of shells and folded plates.

772. STR41 OPTIMIZATION • Understand Engineering optimization.

TECHNIQUES IN • Classify and formulate the optimization problems.

ENGINEERING • Acquire the concepts of linear programming & Dynamic programming.

• Perform network analysis

773. HIG41 CONSTRUCTION • Develop Organization Structure of Construction Company

TECHNOLOGY • Estimate Project Cost and Develop Cost Models

&PROJECT • Prepare Contract documents

MANAGEMENT • Arbitration and settlement of disputes, arbitration and conciliation Act

774. GTE41 GROUND- • Identify, formulate and solve geotechnical engineering problems.

FOUNDATION- • Design a foundation system for economic and safe aspects for the society.

STRUCTURE • Improvise techniques, skills, and modern engineering tools necessary for necessary

INTERACTION understanding in geotechnical engineering practice.


775. STR52 ADVANCED CAD • Write program blocks in Excel

LABORATORY • Pre-process the structural elements/structures using STAAD.Pro

• Analyse the structural elements/structures

• Design the RC and Steel structural elements as per IS Codes

776. STR62 MINI PROJECT & • Ascertain and select appropriate topic of relevance

TEACHING SKILLS – II • Study technical articles of specified topic and integrate for identification of gap.

• Prepare a technical report and improvise teaching skills.


777. STR63 Comprehensive Viva- • Compile knowledge of different courses studied

Voice • Develop overall conceptualization in Structural Engineering



778. STR71 DISSERTATIONPHASE – • Define Research Problem

I • Comprehensive literature in chosen area of research & identifying research gap



779. STR72 DISSERTATIONPHASE - • Problem Statement is articulated

II • Critical thinking in research study area


• Examine Data, develop models and provide solutions for field problems.

HIGHWAY ENGINEERING

780. HIG01 PAVEMENT MATERIAL • Explain properties and tests performed on sub grade soil, aggregate, bitumen and

CHARACTERIZATION cement.

• Understand soil stabilization and how it is done.

• Comprehend how to improve bitumen properties by modification techniques

• Aware of advanced concrete used in road construction, role of admixtures and design of

concrete mixes

781. HIG02 PAVEMENT ANALYSES • Understand the Design factors flexible and rigid pavements

& DESIGN • Explain the assumptions in pavement layers and carryout design of flexible and rigid

pavement.

• Discriminate different methods of flexible pavement design

• Different methods of rigid pavement design

782. HIG03 HIGHWAY GEOMETRIC • Apply knowledge in fixation of ideal alignment and design of highway

DESIGN • Describe design element: sight distance, horizontal curvature, super elevation, grades,

visibility on vertical curves, cross section elements

• Use fundamental physics and mathematical knowledge in deriving geometric design

equations

• Plan surveys, preparation of survey forms and data collection from field for highway

design

783. • Classify the requirements in project formulation, Non-monetary and monetary,

Highway Project

development of cash flow diagrams, Preparation of Project and components in Highway Planning

HIG11 Formulation &

• Fundamental knowledge calculation of road user costs methodologies for economic

Economics

evaluation of accidents

• Estimate transportation project feasibility using economic methods.

• Explain factors Environmental impact assessment for highway projects.

784. • Classify the requirements in project formulation, Non-monetary and monetary,

Environmental Impact

development of cash flow diagrams, Preparation of Project and components in Highway Planning

HIG12 Assessment for highway

• Fundamental knowledge calculation of road user costs methodologies for economic

projects

evaluation of accidents

• Estimate transportation project feasibility using economic methods.

• Explain factors Environmental impact assessment for highway projects.

785. Road Safety & Traffic

• Explain the factors for road traffic injuries.

HIG13 • Analyze and provide solutions for traffic calming and parking management.

Management

• Evaluate the risk factors for road traffic injuries.

• Understand the role of ITS in Dynamic Traffic Management.

786. Evaluation and • Assess how functional and structural pavements occurs

• Understands different types of distress in pavements HIG14 Strengthening of

Pavements • Perform BBD and FWD test for evaluation of pavements • Explains the different types of pavement failures

787. • Determine the properties of concrete ingredients i.e. cement, sand, coarse aggregate by

conducting different tests and decide the suitability.

Advanced Concrete

• Recognize the effects of the rheology and early age properties of concrete on its long-

STR11

term behavior.

Technology

• Use appropriate chemical admixtures and mineral additives for achieving the desired

properties.

• Use advanced laboratory techniques to assess the strength characteristics after

disasters.

788. Principles of Bridge

▪ Apply knowledge of mathematics, science and engineering to meet desired needs such as

STR16

economic, environmental, social, political, ethical, health and safety, manufacturability,

Engineering

and sustainability

▪ Compile and function with multidisciplinary teams

▪ Identify, formulate and solve engineering problems

▪ Use the techniques, skills and modern engineering tools necessary for engineering

practice

789.

MTH31

Computer based • Apply it to basic (linear) ordinary and partial differential equations.

numerical methods • Identify mathematical model for solution of common engineering problems. • Formulate simple problems into programming models.

790. • analyze communication situations and audiences to make choices about the most

ENG32

Professional &Technical effective and efficient way to communicate and deliver messages

• write resume, business letters, project proposals and reports Communication

• speak fluently and address a large group of audience and participate in discussions.

• navigate through complex environments through interpersonal and collaborative skills.

791. • Design energy efficient buildings which balance all aspects of energy, lighting, space

STR31

Energy Efficient conditioning and ventilation.

• Design energy efficient buildings with passive solar design strategies.

Buildings

• Use materials with low embodied energy.


792. • Conduct quality control tests on aggregate / bitumen used in pavement constructions.

HIG51

Pavement Engineering • Measure the functional / structural response characteristics on existing pavements.

Lab

• Design the bituminous mixes for flexible pavement based on traffic and climatic

conditions.

• Select suitable stabilization technique for pavement constructions

793. • Categorize and select appropriate topic of relevance

HIG61

MINI PROJECT & • Collection of literature on technical / research articles of specified topic and develop gap

TEACHING SKILLS – I

for study.

• Preparation of report writing and technical presentation for improvement in teaching

skills


794. Pavement Management

• Identify and select the various Design strategies of pavement using PMS Concept.

HIG04 • Evaluate the pavement condition using Functional and Structural Evaluation techniques.

Systems • Appraise and Estimate the life cycle cost of Pavement.

• Relate ANN and Fuzzy concepts for PMS.

795. • Explain basic characteristics of traffic engineering like speed, flow and density.

HIG05 Traffic Engineering • Analyze and calculate the capacity and level of service of any given highway. • Formulate the parking demand and design a parking facility.

• Design the signals at the intersection.

796. • Plan and conduct surveys to provide the data required for transportation planning.

HIG06

Urban Transportation • Recognize zonal demand generation and attraction regression models.

Planning • Develop and calibrate trip generation rates for specific types of land use developments.

• Predict the final decisions among planning alternatives that best integrate multiple

objectives such as technical feasibility and cost minimization.

797. • Describe different concepts and terms used in Remote Sensing and GIS HIG21 Remote Sensing & GIS • Compare and process different data sets

• Evaluate the accuracy and decide whether a data set can be used or not.

• Demonstrate various applications in RS and GIS.

798. • Obtain a basic Knowledge to describe the need and importance of rural road network

and how it influences the current growth of infrastructure in India.

• Learn route selection and surveys for road location, planning and alignment, type of

HIG22 Rural Road Technology material used in pavement construction for rural roads. • Learn basic principles of geometric design which is useful to rural roads pavement

design and complete procedure for pavement construction.

• Learn during the construction of a rural road what kind of quality control test shall be

taken up and after construction what measures shall be taken for maintenance.

799. Intelligent

• Differentiate different ITS user Services.

HIG23

• Apply ITS fir road user safety.

Transportation Systems • Interpret importance of AHS in ITS.

• Extend future research and special project.

800. • Recognize and select the Equipment’s for the construction of Road.

HIG24

Highway Construction • Design and economize the various constructions of different layers. Such as Base and

and Quality Control Sub base course.

• Identify and select the maintenance works of various components of road works.

• Principle of construction planning and importance of CPM PERT

801. Airport Planning &

• Explains direction of runways and its orientation

HIG25 • Designs geometry of Airport Infrastructure

Design

• Prepare Structural design of Runways, Taxiways and Apron-gate area

• Arrange Master plan for Airport and Terminal area locations.

802. • Apply the principles of ground improvement to a given site condition

GTE06 Engineering of Ground

• Work out the choice of right technique to improve different difficult grounds • Ensure safe, stable and economical construction for any structure.

• Learn the issues affecting design and construction of various methods for soil

improvement.

803. Optimization • Understand Engineering optimization.

• Classify and formulate the optimization problems. STR41 Techniques in

Engineering • Acquire the concepts of linear programming & Dynamic programming. • Perform network analysis

804. Construction • Develop Organization Structure of Construction Company

• Estimate Project Cost and Develop Cost Models HIG41 Technology and Project

Management • Prepare Contract documents • Arbitration and settlement of disputes, arbitration and conciliation Act.

805. • Identify, formulate and solve geotechnical engineering problems.

GTE41

Ground foundation and • Design a foundation system for economic and safe aspects for the society.

structure interaction • Improvise techniques, skills, and modern engineering tools necessary for necessary

understanding in geotechnical engineering practice.


806. Highway Material

• Characterize binder / asphalt used in pavement constructions • Conduct performance studies of bituminous concrete mixes used in pavement

HIG52 Characterization & construction.

Traffic Simulation Lab

• Articulate the design the road geometry using Mx - Road

• Preform traffic studies for the design of traffic signal and simulate for field conditions

807. MINI PROJECT &

• Ascertain and select appropriate topic of relevance

HIG62 • Study technical articles of specified topic and integrate for identification of gap.

TEACHING SKILLS – II • Prepare a technical report and improvise teaching skills.


808. HIG63 Comprehensive Viva- • Compile knowledge of different courses studied

Voice • Develop overall conceptualization in Highway Engineering



809. HIG71 Internship / • Define Research Problem

Dissertation Phase - I • Comprehensive literature in chosen area of research & identifying research gap



810. HIG72 Dissertation Phase - II • Problem Statement is articulated

• Critical thinking in research study area


• Examine Data, develop models and provide solutions for field problems

COMPUTER SCIENCE & ENGINEERING

811. Advanced Data

• Using Java programming language to create data structures

CSE01 • Organizing data into lists, stacks and queues and developing efficient algorithms to Structures and

access that data using iteration and recursion to solve complex, real-world problems. Algorithms

• Familiarity with other complex data structures such as trees and graphs

812. • Analyze architectures and computational designs in terms of instruction sets , addressing modes and I/O organization CSE02 • Design a pipeline for consistent execution of instructions and bus organization. Computer System • Understand alternatives in cache design and their impacts on cost/performance Design • Understand file system implementation and the security issues addressing in various operating system

813. Advanced Operating ▪ Students explains what a real-time operating system (RTOS) is, how real-time operating

Systems systems are useful for measurement and control applications.

▪ Understand Distributed Operating System Design issues, features and principles of

CSE03 working ▪ Analyse Functions of Network operating systems

▪ Understand Kernel Issues and development principles

▪ Able to implement Protection, privacy, access control and security for real time

Applications.

814. • Demonstrate the emerging databases such as XML, Cloud and Big Data.

CNS11 • Estimate the inquisitive attitude towards research topics in databases.

Advanced Databases • Apply the knowledge of XML in designing the data bases.

• Develop the databases that are used in cloud and bigdata.

815. SWE25

• Establish knowledge in a concise manner how the Internet of things work. • Identify and interpret design methodology of IoT platform.

Internet of Things • Exhibit the knowledge of interfacing Python with embedded board- Raspberry Pi.


816. • Infer the relevance and significance of Soft Computing.

• Propose an optimization model using Genetic Algorithms.

CSE04 Soft Computing • Differentiate between the various supervised and unsupervised neural networks.

• Analyze and select an appropriate neural network for a specific problem.

• Design fuzzy membership functions and construct fuzzy logic control systems for simple

applications

817. • Analysis, modelling, and problem solving. Students have the logical, algorithmic, and

mathematical capability to model and analyse real-world problems in different

application domains, to devise the problem-solving schemes accordingly, and to validate

the correctness and effectiveness of the schemes.

• Foundational knowledge and practice of computing. Students have a solid understanding

of the theoretical, the operational, and the implementation underpinnings of the modern

computing infrastructure to be able to effectively utilize the whole spectrum of the

modern computing infrastructure, including computer hardware, software,

CSE05

programming environments, operating systems, and networking environments. User Interface Design • Programming and system integration. Students are capable of programming using

mainstream programming languages, can conduct fine software-engineering practices to

implement problem-solving schemes as correct, efficient, and well-structured programs,

and can integrate the programs into the computing infrastructure as functional

information systems.

• Interdisciplinary competency. Students are knowledgeable in related subject areas in

business, engineering, science, or mathematics, and are capable of conducting

interdisciplinary work by applying their knowledge and skills in computer science to

these domains or applying their knowledge and skills in these domains to computer

science.

818. • Formulate solutions to problems using concept learning.

CSE06

• Explore machine learning algorithms and tools used in data analysis. Machine Learning • Justify the usage of Decision Trees and Neural Networks for specific applications.

• Apply Bayesian Learning techniques to research problems.

• Investigate and analyze the analytical approaches to learning.

819. • Plan and manage projects at each stage of the software development life cycle (SDLC)

CSE07 Software Project • Identify and describe the key phases of software project management. Management • Develop a project management plan (PMP).

• Risk management & cost estimation.

820. • Describe different parallel processing architectures based on relationships between

processing elements, instruction sequence, memory and interconnected network

• Identify algorithms, which require parallelization as part of system design or

CSE08 Parallel and Distributed

performance enhancement • Classify shared and distributed memory parallel systems according to their properties

Algorithms and usage models

• Design and develop parallel algorithms for shared and distributed memory models

• Evaluate the performance of parallel algorithms designed based on shared and

distributed memory models as well as against serial based algorithm designs

821. Advanced Data

• Design applications using object oriented features.

CSE51 • Design and Implement data structures in application development. Structures and

• Analyze the time complexity of the algorithms. Algorithms Lab

• Implement hashing techniques in application development

822. CSE61

Mini Project 1 • Apply fundamental knowledge of Data Structures in Real time applications. • Develop a project based on Algorithms and Data Structures.

• Analyze and implement graphs and trees for real time applications.

823. CSE09 Advanced Network • To Understand the Linux Operating system by commands and develop c programs.

Programming • To Analyse the files and directories in Linux environment by developing C Applications

• To implement system programs to control the processes using signals.

• To Develop programs to provide Inter process communication to avoid classical IPC

problems.

• To Design a client-server application using sockets and RPI.

824. • Analyse the problem with clock mechanisms in distributed environment

CNS14 Distributed Systems • Understand the concept of distributed transactions , distributed operating system

• Remember the concept of Fault Tolerant Mechanisms

• Apply various security algorithms.

825. SWE05 Web Services and

• Describe SOA and Web Service Fundamentals and build Services with WS-* Specifications.

• Assess and realize the service Layer Abstraction. Service Oriented

• Analyze and Design the building an SOA. Architecture

• Examine SOA support provided by J2EE and .NET platform,

826. SWE04 • Work with big data platform and analyze the big data analytic techniques for useful

business applications

Data Analytics • Design efficient algorithms for mining the data from large volumes.


• Analyze the Hadoop and Map Reduce technologies associated with big data analytics

827. CSE10 • Designing, implementing, or managing storage in a SAN

• Learn the architecture and components of a SAN and the technological underpinnings

that make SANs work.

Storage Area Networks

• Apply these concepts in a series of on-line design activities that employ techniques such

as Zoning to practice the consolidation of large amounts of data in a secure and highly

available environment.

• Audit accounts and the database system.

• Back-up and Restore a database.

828. SWE16 • Articulate the main concepts, key technologies, strengths, and limitations of cloud

computing

• Identify the architecture and infrastructure of cloud computing, including SaaS, PaaS,

Cloud Computing IaaS, public cloud, private cloud, hybrid cloud, etc.

• Explain the core issues of cloud computing such as security, privacy, and

interoperability.

• Identify problems, and explain, analyze, and evaluate various cloud computing solutions.

829. CSE11 • Build a risk analysis model for a large database.

• Implement identification and authentication procedures, fine-grained access control and

Database Security data encryption techniques.

• Plan Audit accounts and the database system.

• Formulate methods for Back-up and Restore a database.

830. CSE12 • Evaluate principles of ontology and design inference engines in semantic web

Semantic Web and

development

• Build semantic web applications with social network features Social Networks

• Evaluate the social media and synthesize semantic web applications that mitigate

• Societal bad impacts and promote connectivity that enhances sharing.

831. CSE13 • Distinguish classical information retrieval models, identifying their principles, document

models and measures used for evaluating similarity and retrieval systems.

• Recognize the Boolean Model, Vector Space Model, and Probabilistic Model.

Information Retrieval • Clearly separate the indexing and search modules in information retrieval tools

Systems • For a document collection and a retrieval task, create an appropriate document model

and specify automatic methods for processing the documents

• Relate textual information retrieval with its extensions to voice and image, identifying

the open problems.

832. SWE24 Research Methodology • Identify and implement the activities according to the research process.

• Select and apply the appropriate research design for a problem.

• Apply the estimation techniques, Chi-Square test and ANOVA technique.

• Prepare Research thesis report and proposals in specific domain.

833. CSE52 • Design and launch Web services.

• Generate their own programs from the Web services published by others.

Web Services and Data • Evaluate the publish, find, bind architecture for Web services and to use the

Analytics Lab corresponding standards, in particular, Web Services Description Language (WSDL),

Simple Object Access Protocol (SOAP), and Universal Description, Discovery and

Integration (UDDI).

834. CSE62 Mini Project 2 • Exhibit good oral and written presentation skills.

• Report out, abstract points from technical literature.(Analysis/evaluation)

• Exhibit research and information gathering skills.

• Apply good computing framework for project and utilize tools, principles and algorithms

correctly to problem domain

• Perform Comparative based study on the results obtained using appropriate tables and

charts.

835. CSE71 Internship/Thesis • Apply principles, methodologies and models studied, to a real-time framework and

Phase-1 demonstrate self-direction and originality

• Assess, analyse and explore knowledge in the design and construction of a system with

technical expertise.

• Possess high quality presentation and documentation skills.

836. CSE63 Comprehensive Viva • Comprehend a critical awareness of the current problems in the field.

Voce • Justify the relevance of the courses taught during the course work.

• Demonstrate originality and self-direction in the application of knowledge

• Analyze the independent learning ability necessary for professional development.

837. CSE72 Internship/Thesis • Demonstrate self-direction and originality in handling & solving domain-specific

Phase-2 problems

• Apply principles, methodologies and models studied to a real-time framework.

• Assess and act autonomously in the design and construction of a system with technical

expertise

• Analyse and explore knowledge in depth from different perspectives.

• Possess high quality presentation and documentation skills.

SOFTWARE ENGINEERING

838. SWE01 • Relate object oriented concepts representation through artifacts of UML.

Object Oriented

• Demonstrate classes, their relationships and collaborations (CRC) (for any case study). • Generate the list and order of activities carried out for each behavior exhibited by the

Modelling system(for any case study) to d2esign and deploy the model

• Apply unified process approach for case studies(ATM, Automation of a Library, Software

Simulator application, etc)

839. SWE02 Software Requirements

• Identify and classify the requirements. • Select appropriate elicitation technique for a system.

and Estimation • Develop various requirements models.

• Apply the change management process.

840. SWE03 • Design and implement dynamic websites with HTML and CSS to get a good aesthetic

sense of designing and latest technical know-how's.

Java and Web

• Investigate on knowledge of xml and develop XML Technologies such as XML Schemas, XSD, and usage of xml technology in Electronic Data Interchange.

Technologies • Explore the intricacies of JavaScript for creation of dynamic effects, validate forminput

entry on web sites and develop appropriate client-side applications.

• Design and develop web based enterprise systems for the enterprises using

technologies like Jsp, Servlet integrating it with database.

841. SWE11 • Implement the mathematical models of images.

Computer Vision

• Correlate and compare the feature extractions techniques in order to extract the images. • Synthesis principles and algorithms of computer vision to analyze the patterns and

motion of the images.

• Describe at least two methods for object reorganization

842. SWE12 • Identify the functions to build data centre networking for switch network.

• Discuss different types of logical and physical components of a storage infrastructure

Information Storage

and different types of RAID implementations and their benefits. • Demonstrate the importance of Fibre Channel protocols and how to communicate with

Management each other and benefits of the different network storage options for different application

environments.

• Identify the solutions for single points of failure in a storage infrastructure and in

providing disaster recovery and business continuity capabilities.

843. SWE13 • Identify and analyze the stages an ethical hacker requires to take in order to compromise

Ethical Hacking and a target system.

• Implement security techniques and tools used to protect system and user data. Computer Forensics • Identify, analyze, and mitigate threats to internal computer systems.

• Produce various forensic tools to collect digital evidence.

844. SWE14 • Construct and design suitable software architecture for small software systems.

Software Architecture

• Analyse major software architectural styles, design patterns, and frameworks.

• Elaborate software architecture using various documentation approaches and

and Design Patterns architectural description languages.

• Demonstrate a number of the fundamental patterns and principles of software

architectural styles and design any case study

845. SWE15 Formal Methods in • Explore the role of formal methods in software engineering and glimpse of Z.

Software Engineering • Produce a design and specification for an application using Z • Critically evaluate features of Z and build methods in construction of software systems.

• Apply and design formal methods to system applications through Z

846. SWE16 • Articulate the main concepts, key technologies, strengths, and limitations of cloud

computing

Cloud Computing

• Identify the architecture and infrastructure of cloud computing, including SaaS, PaaS, IaaS, public cloud, private cloud, hybrid cloud, etc.


interoperability.


847. SWE31 • Distinguish between typical Scripting Languages & system and application programming

languages

Scripting Languages • Apply the syntax and semantics of languages such as PERL, PHP and PYTHON for effective scripting

• Develop a database driven PHP application

• Design and implement the appropriate software solutions using Scripting Languages

848. CNS31 • Describe the various forms of electronic commerce and explain the range of threats to e-

commerce security

Security in E-Commerce • Identify the different areas susceptible to malicious activity • Learn different cryptographic techniques and their technical characteristics with respect to

E-commerce

• Explain how cryptography can be, and is, used to achieve security.

849. ENG32 Professional and

• Analyze communication situations and audiences to make choices about the most effective and efficient way to communicate and deliver messages Technical • Write resume, business letters, project proposals and reports Communication • SPEAK fluently and address a large group of audience and participate in discussions. • NAVIGATE through complex environments through interpersonal and collaborative skills.

850. SWE51 • Represent users requirements using the artifacts of UML (use case, interaction

diagrams) and design the activity diagram and state diagram for a given case study.

Java and Web • Develop the class and the component diagrams and finally summarises all the above

Technologies& OOM

•

artifacts to deploy the model using the deployment diagram for a given case study.

Laboratory Combine XML vocabularies and assess and evaluate the role of XML for the management and delivery of electronic information

• Explore the intricacies of JavaScript for creation of dynamic effects, validate form input

entry on web sites and develop appropriate client-side applications

851. SWE61 • Exhibit good oral and written presentation skills.


MINI PROJECT -1


• Apply good computing framework for project and utilize tools, principles and algorithms

correctly to problem domain

• Perform Comparative based study on the results obtained using appropriate tables and charts.

852. SWE04 Data Analytics • Work with big data platform and analyze the big data analytic techniques for useful

business applications

• Design efficient algorithms for mining the data from large volumes.


• Analyze the Hadoop and Map Reduce technologies associated with big data analytics.

853. SWE05 Web Services and • Describe SOA and Web Service Fundamentals and build Services with WS-* Specifications.

Service Oriented • Assess and realize the service Layer Abstraction.

Architecture • Analyze and Design the building an SOA.

• Examine SOA support provided by J2EE and .NET platform.

854. SWE06 Software Quality • Identify and analyse the importance of Software Quality Assurance process and

Assurance and Testing Standards

• Demonstrate Quality Metrics and it’s Methodology.

• Illustrate test documentation policies and compare different testing techniques

• Outline testing process of specialized systems

855. SWE21 • The system engineering hierarchy can be analysed and designed after studying the

Advanced Software

principles. • Real time constrains in developing system models are understood and solve.

Engineering Principles • An ability to design a system, component, or process to meet desired needs within

and Practices realistic constraints such as economic, environmental, social, political, ethical, safety, and

sustainability

• Identify and analyze the software engineering principles to develop a model

856. SWE22 • Be aware of connections of software engineering measurements with the

multidisciplinary history of measurement theory.

Software Metrics • Be aware of the social and ethical issues associated with human performance measurement.

• Assess the quality of a proposed metric.

• Understand the commercial and organizational contexts of any metric.

857. SWE23 • Illustrate the importance of software reengineering.

Software Reengineering • Outline the standards in software reengineering. • Use the concepts of organizing and reorganizing process in present industry.

• Compare and Contrast various Software Reuse Tools.

858. SWE24 • Identify and implement the activities according to the research process.

Research Methodologies • Select and apply the appropriate research design for a problem. • Apply the estimation techniques, Chi-Square test and ANOVA technique.

• Prepare Research thesis report and proposals in specific domains

859. SWE25 Internet of Things

• Establish knowledge in a concise manner how the Internet of things work. • Identify and interpret design methodology of IoT platform.



860. SWE26 • Articulate the main concepts, Virtual and Physical Memory Mapping and Software

Defined Networking.

Software Defined • Identify the design, implementation of SDN and Service providers of SDN.

Networks • Explain the core issues of Open flow such as Switch Specification, ports, and packet processing pipeline.

• Demonstrate Enterprise Networks ,SDN and Transport Networks, SDN and Optical

Transport Networks

861. SWE41 Advanced Unix • Analyse the files and directories in Linux environment.

Programming • Implement system programs to control the processes using signals.

• Develop programs to provide Inter process communication to avoid classical IPC

problems.

• Design a client-server application using sockets and RMI

862. CNS41 Android Application • Appreciate the Mobility landscape

Development • Familiarize with Mobile apps development aspects

• Design and develop mobile apps, using Android as development platform, with key focus

on user experience design, native data handling and background tasks and notifications.

• Perform testing, signing, packaging and distribution of mobile apps.

863. SWE42 Soft Skills • Express what Soft Skills is

• Discover the significance of soft skills in the working environment

• Employ leadership skills and teamwork skills

• Plan and schedule the time and stress management

864. SWE52 Software Testing, Case • Analyze and differentiate the analytical methods using R

Tools and • Apply advanced analytic techniques in data mining.

AnalyticsLaboratory • Generate various test documents.

• Identify and apply appropriate automated testing tool.

865. SWE62 Mini Project -2 • Exhibit good oral and written presentation skills.



• Apply good computing framework for project and utilize tools, principles and algorithms correctly to problem domain

• Perform Comparative based study on the results obtained using appropriate tables and charts.

866. SWE63 Comprehensive viva • Comprehend a critical awareness of the current problems in the field. voce • Justify the relevance of the courses taught during the course work. • Demonstrate originality and self-direction in the application of knowledge • Analyze the independent learning ability necessary for professional development.

867. SWE71 Internship / • Apply principles, methodologies and models studied, to a real-time framework and Dissertation Phase - I demonstrate self-direction and originality • Assess, analyse and explore knowledge in the design and construction of a system with technical expertise. • Possess high quality presentation and documentation skills.

868. SWE72 Dissertation Phase - II • Demonstrate self-direction and originality in handling & solving domain-specific problems • Apply principles, methodologies and models studied to a real-time framework. • Assess and act autonomously in the design and construction of a system with technical expertise • Analyse and explore knowledge in depth from different perspectives. • Possess high quality presentation and documentation skills.

EMBEDDED SYSTEMS

869. System Design using • Outline various building blocks and applications of embedded systems

ESS01

Embedded Processors • Differentiate the architectural features of the popular ARM micro controllers

• Analyze an embedded system using ARM processor.

• Develop source code in terms of increased speed, reduced code size and optimizationof

performance and power.

870. Real Time Operating • To understand the importance of an embedded system

ESS02 Systems • To learn the concepts of various operating systems • To identify the need of Real time operating systems

• To build embedded applications using real time operating systems

871. Embedded • Create executable code for an embedded processor on a desktop PC.

ESS03 Programming • Create a simple but functional code framework for an embedded application • Assemble a range of complete embedded projects

• Apply the techniques to design and develop operating systems for different processor.

872. VSD11 Digital System Design • Design and develop real time applications using programmable devices.

• Develop skills in modelling, analysing faults and test pattern generation.

• Design state and machine identification circuits.

• Apply various techniques for designing circuits in electronics and communication

systems.

873. VSD12 Scripting Languages for • Interpret typical scripting languages for system applications

VLSI • Create software systems using scripting languages, including Perl and Python.

• Write server-side scripts using Perl and Python’s CGI facilities.

• Develop Java scripts, Python web systems.

874. VSD13 Full Custom IC Design • Describe Full Custom CMOS VLSI fabrication Process. and FPGA Architectures • Analyze standard cell interconnect routing and layout design.

• Comprehend various FPGA architectures.

• Analyze logic block and speed performance.

875. ESS11 Advanced Computer • Compare different types of instruction sets

Architecture • Know the parallelism concepts used for increasing the efficiency of the computer and

how it affects the cost of the system.

• Examine the different types of networks, their interconnection and its components for

interconnection.

• Analyse the different types of storage devices and its internal structure.

876. ESS12 Digital Control Systems • Illustrate the concepts of Digital control systems.

• Analyze and design discrete systems in state variable analysis.

• Relate the concepts of stability analysis and design of discrete time systems.

877. ESS13 Wireless • Analyze issues in various propagation models .

Communications and • Basic design techniques of a wireless communication transmitter and receiver.

Networks • Basic implementation of algorithms related to wireless communication concepts

• Analyze design issues of wireless communication networks standards.

878. ESS31 • Identifying and describing different kinds of Internet-connected product concepts.

• Analysing and designing prototypes models of Internet-connected products using

Internet of Things various tools. • Developing prototypes models of Internet-connected products using various tools

• Understanding the challenges and applying right techniques for user-interaction with

connected-objects.

879. VSD31 • Apply fundamental principles of signal processing to design multirate DSP systems. Advanced Digital Signal • Analyze and design optimum filters for better system performance. Processing • Understand methodologies and techniques of parametric and non-parametric methods for spectral estimation • Analyze various limitations in implementation of DSPs.

880. ESS32 • To discuss the basics of embedded systems and the interface issues related to it.

Mobile Computing • To analyze different communication technologies used in embedded applications

• Interpret the intelligent choices between hardware/software trade-offs

881. ESS51

Embedded • Create C programs for 8051 controller that complete various tasks using concepts Programming Lab • Make use of the ports of the controller for parallel and serial communication

• Construct orderly development of the project using 8051 controller

• Compile programs for developing embedded applications on advanced controllers

882. • Identify and formulate problem statement

ESS61 MINI PROJECT -I

• Design applications using embedded processors with IDEs • To communicate effectively



883. Adhoc Wireless and • Student will understand the difference between adhoc wireless and wireless network. ESS 04 Sensor Networks • Student will implement MAC Protocol in adhoc wireless networks. • Student will design routing protocol in adhoc wireless networks. • Student will implement QOS and energy management in adhoc wireless network.

884. Digital Signal • Compare various architectures

ESS 05

Processors And • Design systems and role sampling rate Architectures • Interface different devices to the processor.

• Design and implement real time signal processing algorithms and applications based on

DSP processors.

885. Embedded Networking • Learn various communication protocols for Embedded Networking

• Evaluate the right communication protocol for embedded system design

ESS 06 • Apply various protocols for exchanging messages over the network in Embedded Systems.

• Design various embedded applications by using various algorithms for wireless sensor

networks.

886. ESS21 SOC and NOC • Ability to analyze and Design a system architecture for key performance indicators like Architectures Power, Performance, Area. • To learn the basic concepts of NoC design by studying the topologies, router design and MPSoC styles. • To learn sample routing algorithms on a NoC with deadlock and live lock avoidance. • To understand the role of system-level design and performance metrics in choosing a SoC/NoC design.

887. VSD21 Speech Signal • Manipulate and visualize speech signals.

Processing • Analyzespeech signals

• Design algorithms for extracting parameters from the speech signal.

• Build a simple speech recognition system using state of the art tools.

888. VSD22 Image and Video • Understand the concepts of image and video processing including image/video

Processing representation, image /video filtering, image/video compression.

• Know various basic operations on image/video.

• Apply different transform techniques on image/video

• Implement a complete image processing system to achieve a specific task, and analyze

and interpret the results of this system.

889. ESS22 Hardware Software • Describe an embedded system design flow from specification to physical realization

Codesign • Explain a system development holistically

• Identify contemporary development techniques

• Devise new theories, techniques, and tools in design, implementation and testing

890. ESS25 Network Security and • Should be able to identify network security threats and determine efforts to counter Cryptography

•

them understand Network Security & Cryptography concepts and applications • Analyze and design network security protocols • familiar with cryptographic techniques for secure communication

891. ESS26 Sensors and Actuators • Understand instrumentation and automation system used in the industry.

• Appreciate the application of the automation with the help of instrumentation and

embedded system.

• Apply the knowledge of the sensors and actuators and create an automated system.

• Evaluate an automated system.

892. ESS41 Cloud Computing

• Articulate the main concepts, key technologies, strengths, and limitations of cloud computing

• Identify the architecture and infrastructure of cloud computing, including SaaS, PaaS,

IaaS, public cloud, private cloud, hybrid cloud, etc.


interoperability.


893. ESS42 • Identify and describe soft computing techniques and their roles in building intelligent

Soft Computing machines

• Apply neural networks to pattern classification and regression problems.

Techniques

• Analyze the fuzzy logic and reasoning to handle uncertainty and solve engineering

problems. • Design the combinatorial optimization problems using genetic algorithm

894. VSD41 • Conceptualize the SDR and implementation details

Software Define Radio • Identify the blocks of SDR for a specific application • Recognize the challenges in the implementation of SDR


895. Embedded • To enable the students to program, simulate and test ARM processor based circuits and

Programming Lab their interfaces

ESS52 • To enable the students to program various devices using KIEL4 • To implement software programs to provide an interface between peripheral and ARM

processor

• Testing RTOS environment and system programming KEIL tools

896. MINI PROJECT -II • Identify and formulate problem statement

ESS62

• Design applications using embedded processors with IDEs • To communicate effectively



897. ESS63

Comprehensive viva - • Comprehend the fundamentals of embedded systems and its allied fields

voce • Analyse and apply Embedded systems concepts in its allied fields


898. Internship/Dissertation • Identify and formulate real world problems

ESS71

Phase – I • Analyse and design using contemporary technologies • Communicate effectively

• Apply advanced programming techniques for its implementation


899. Dissertation Phase – II • Identify and formulate real world problems

ESS72

• Analyse and design using contemporary technologies • Communicate effectively



VLSI SYSTEM DESIGN

900. VSD01 VLSI Technology and • Analyze the relation between various MOS Transistors parameters.

Design • Design layouts with different alternate gate structures.

• Apply the concept of fabrication process in manufacturing ICs.

• Understand the Bi-CMOS characteristics and package operations.

901. VSD02 CMOS Digital Integrated • Create models of digital circuits using various design styles.

Circuit Design • Design static CMOS circuits at the transistor level.

• Analyze high performance and low area VLSI circuits.

• Understand the concepts various memory elements.

902. VSD03 HDL based Design and • Design digital systems using Verilog HDL.

verification • Analyze pre and post synthesis methodologies.

• Comprehend System Verilog designs.

• Analyze randomization and OOP concepts.

903. VSD11 Digital System Design • Design and develop real time applications using programmable devices.

• Develop skills in modelling, analysing faults and test pattern generation.

• Design state and machine identification circuits.

• Apply various techniques for designing circuits in electronics and communication

systems.

904. VSD12 Scripting Languages for • Interpret typical scripting languages for system applications

VLSI • Create software systems using scripting languages, including Perl and Python.

• Write server-side scripts using Perl and Python’s CGI facilities.

• Develop Java scripts, Python web systems

905. VSD13 Full Custom IC Design • Describe Full Custom CMOS VLSI fabrication Process. and FPGAArchitecures • Analyze standard cell interconnect routing and layout design.

• Comprehend various FPGA architectures.

• Analyze logic block and speed performance.

906. ESS11 Advanced Computer • Compare different types of instruction sets.

Architecture • Know the parallelism concepts used for increasing the efficiency of the computer and

how it affects the cost of the system.

• Examine the different types of networks, their interconnection and its components for

interconnection.

• Analyze the different types of storage devices and its internal structure.

907. VSD14 Device Modeling • Analyze and describe the characteristics of various diodes.

• Understand the development of complex device models.

• Implement various device models in spice simulation.

• Understand the fabrication techniques involved in VLSI applications

908. VSD15 VLSI signal processing • Design the systems by using the appropriate DSP algorithms.

• Analyze and design the folding and unfolding techniques in real time application.

• Design the systems by using systolic architectures and various fast convolution

algorithms.

• Evaluate the performance of various digital signal processors in terms of low power

dissipation

909. ESS31 • Identifying and describing different kinds of Internet-connected product concepts.

• Analysing and designing prototypes models of Internet-connected products using

Internet of Things various tools. • Developing prototypes models of Internet-connected products using various tools

• Understanding the challenges and applying right techniques for user-interaction with

connected-objects.

910. VSD31 • Apply fundamental principles of signal processing to design multirate DSP systems. Advanced Digital Signal • Analyze and design optimum filters for better system performance. Processing • Understand methodologies and techniques of parametric and non-parametric methods for spectral estimation • Analyze various limitations in implementation of DSPs.

911. VSD32 Semiconductor memory

• Describe the applications various memory architectures. • Analyze the need of non-volatile memories and their applications.

Design and testing • Design the fault free memory systems by fault modeling techniques.

• Analyze and design the memory architectures by considering the radiation affects.

912. VSD51 VLSI Laboratory – I • Gain knowledge in design of any digital circuits using CAD tools.

• Simulate combinational and sequential circuits using CAD tools.

• Synthesize digital circuits using CAD tools.

• Implement digital design on FPGA.

913. VSD61 Mini Project – I • Identify and formulate problem statement

• Design applications using EDA tools


• Implement applications using Xilinx FPGA kits


914. VSD04 Low Power VLSI Design • Understand the different power dissipation sources in VLSI circuits.

• Apply the Low-Power design Approaches in voltage scaling and Switched Capacitance

minimization

• Design and analyze the VLSI circuits using different Low-Power Design Approaches.

• Analyze the performance of Low-Power and Low Voltage Memories.

915. VSD05 CMOS Analog and Mixed • Analyze the design of single stage amplifiers and its practical applications.

Signal IC Design • Understand the design issues and challenges involved in op-amp design.

• Learn and compare different types of data converter architectures.

• Design of Nyquist RateA/D Converters and Oversampling Converters.

916. VSD06 Design for Testability • Understand the concepts of testing and fault modeling.

• Apply the simulation algorithms for design verification and test validation for digital

circuits.

• Learn various testability measures in digital circuits.

• Analyze boundary scan system configuration.

917. ESS21 SOC & NOC Architecture • Ability to analyze and Design a system architecture for key performance indicators like Power, Perfomance, Area. • To learn the basic concepts of NoC design by studying the topologies, router design and MPSoC styles. • To learn sample routing algorithms on a NoC with deadlock and livelock avoidance. • To understand the role of system-level design and performance metrics in choosing a SoC/NoC design.

918. VSD21 Speech Signal • Manipulate and visualize speech signals.

Processing • Analyzespeech signals

• Design algorithms for extracting parameters from the speech signal.

• Build a simple speech recognition system using state of the art tools.

919. VSD22 Image and Video • Understand the conceptsof image and video processing including image/video

Processing representation, image /video filtering, image/video compression.

• Know various basic operations on image/video.

• Apply different transform techniques on image/video

• Implement a complete image processing system to achieve a specific task, and analyze

and interpret the results of this system.

920. ESS22 Hardware Software Co- • Describe an embedded system design flow from specification to physical realization

Design • Explain a system development holistically

• Identify contemporary development techniques

• Devise new theories, techniques, and tools in design, implementation and testing

921. VSD23 Algorithms for VLSI • Apply fundamentalknowledgeofmathematics for the analysis of CAD problems in VLSI

Design Automation circuits.

• Learn optimization algorithms and floor-planning, placement and routing problems for

VLSI circuits.

• Understand the concepts of Modeling, simulation , Binary Decision Diagrams,

analyze the concepts of high level synthesis

• Familiarize with the critical challenges in the physical design of VLSI circuits using

FPGA’S and MCM technologies

922. VSD24 Optimization • Apply the appropriate design modeling practices for emerging IC technologies.

Techniques in VLSI • Design the systems by using statistical analysis methods.

Design • Design the low power digital systems by applying appropriate partitioning and Floor

planning algorithms.

• Design the real time applications using optimization techniques like Genetic Algorithms

923. ESS41 • Articulate the main concepts, key technologies, strengths, and limitations of cloud

Cloud Computing

computing • Identify the architecture and infrastructure of cloud computing, including SaaS, PaaS,

IaaS, public cloud, private cloud, hybrid cloud, etc.


interoperability.

• Identify problems, and explain, analyze, and evaluate various cloud computing solutions

924. ESS42 • Identify and describe soft computing techniques and their roles in building intelligent

Soft Computing machines

• Apply neural networks to pattern classification and regression problems.

Techniques

• Analyze the fuzzy logic and reasoning to handle uncertainty and solve engineering

problems. • Design the combinatorial optimization problems using genetic algorithm

925. VSD41 • Conceptualize the SDR and implementation details

Software Defined radio • Identify the blocks of SDR for a specific application • Recognize the challenges in the implementation of SDR


926. VSD52 VLSI Laboratory – II • Design Digital circuits using CAD tools.

• Gain knowledge in verification of CMOS schematic designs.

• Comprehend knowledge in physical design and verification

• Understand timing, power analysis and other characteristics of CMOS circuits.

927. VSD62 Mini Project – II • Identify and formulate problem statement

• Design applications using EDA tools


• Implement applications using Xilinx FPGA kits


928. VSD63 Comprehensive Viva • Comprehend the fundamentals of VLSI systems and its allied fields

voce • Analyze and apply VLSI systems concepts in its allied fields


929. VSD71 Internship/Dissertation • Identify and formulate real world problems

Phase – I • Analyze and design using contemporary technologies




930. VSD72 Dissertation Phase – II • Identify and formulate real world problems

• Analyze and design using contemporary technologies




POWER ELECTRONICS

931. PES01 Machine Modeling & • Write the voltage equation and torque equations for different machines like dc machine,

Analysis induction motor and Synchronous machines.

• Model different machines using phase and Active transformations.

• Identify the different reference frames for modeling of machines.

932. PES02 Analysis of Power • Understand the basic principles of switch mode power converters.

Electronic Converters –I • Understand the operating principles and models of different types of power electronic

converters AC-AC, AC-DC, DC-AC and DC-DC converter systems.

• Select appropriate power converter topologies and design the power stage with

controllers for various applications.

• Apply advanced modulation techniques for analyzing and designing power converters.

933. PES03 Power Electronic • Understand the principle of operation of power electronic control of electric drive

Control of DC Drives system.

• Assess the performance of speed –torque characteristics of phase controlled and

chopper controlled motor drives

• Identify and select the speed and current control strategies of drives.

• Comprehend various controllers for DC drives.

934. PES11 HVDC Transmission • Find the applications of HVDC transmission in the power system with the acquired knowledge.

• Analyze different converter topologies viz. 3,6 and 12 Pulse converters and understand it’s control aspects. • Understand the filter configuration for Harmonics in HVDC systems. • Appreciate the reliable Multi terminal HVDC system. • Have knowledge on the Protection of HVDC systems against transient over voltages and over currents.

935. PES12 Dynamics of Electrical

• Model the electrical machines and analyze transient responses in electrical machines. • Analyze an electrical machine using a linear or a nonlinear dynamic models.

Machines • Compute the dynamic parameters of electrical machines and to develop solutions to

specific technical problems in the field of controlled electrical drives.

936. PES13 • To use different special machines as part of control system components.

Special Machines

• To use special machines as transducers for converting physical signals into electrical signals.

• To use micro-processors for controlling different machines.

• To select different special machines as control system components.

937. PSS13 • Quote feed forward neural networks and learning and understanding of feedback neural

AI Techniques in Electrica networks.

• Generalize fuzziness involved in various systems and fuzzy set theory. Engineering • Select fuzzy logic control and design

• Examine genetic algorithm and applications in electrical engineering.

938. PES14 • Understand the concepts and drivetrain configurations of electric drive vehicles

Electric and Hybrid • Present different electric propulsion systems and energy storage devices

Vehicles • Discuss the technology, design methodologies and control strategy of electric drive vehicles

• Appreciate the solar and fuel cell applications in automobiles

939. PES15 VLSI Design • Analyze the relation between various MOS Transistors parameters. • Design layouts with different alternate gate structures.

• Apply theconceptof fabrication process in manufacturing ICs.

• Understand the Bi-CMOS characteristics and package operations.

940. PES31 Microcontrollers and • Distinguish Types of computers & microcontrollers,

Applications • Construct Real time Applications of Microcontrollers.

• Demonstrate RTOS for Microcontrollers.

• Translate Hardware applications using Microcontrollers.

941. PSS31 Energy • Tell energy audit of industries

Auditing, • Predict management of energy systems

Conservation • Sequence the methods of improving efficiency of electric motor

and • Analyze the power factor and to design a good illumination system

Management • Determine pay back periods for energy saving equipment

942. PES32 Advanced Digital Signal

• Understand types of digital signals and Transforms and its application to signals andsystems.

Processing

• Design of IIR & FIR filters.

• Understand different DSP processors and basic programming skills.

943. PES51 Power Converters • Acquire knowledge about potential softwares used in electrical engineering.

Simulation Lab • Choose and simulate any problem related to Power Electronics and allied fields using

appropriate soft wares

• Validate the obtained results and maintain the record

944. PES61 Mini Project -1 • Carry out Literature study and give problem statement

• Select Control Strategy, design methodology and develop a suitable model for the chosen

problem

• Execute and validate the Model


• Write a technical report

945. PES04 Analysis of Power Electro • Comprehend the semiconductor device switch characteristics Converters –II

• Analyze and assess multilevel inverters and resonant pulse converters

• To design switch mode power supplies

946. PES05 Power Electronic Control • Understand the principle of operation of ac motor to derive the torque equation and Drives

•

speed torque slip characteristics. Assess the performance characteristics of voltage controlled induction motor drives, frequency controlled induction motor drives and vector control drive. • Comprehend the ac drive control strategies • Recognize the difference between the conventional and static rotor resistance control methods and significance of slip power recovery drives. • Analyses the operation of variable reluctance motor and brushless dc motor drives.

947. PES06 Modern Control Theory • Apply the knowledge of basic and modern control system for the real time analysis and

design of control systems.

• Understand the concepts of state variable analysis

• Analyze the concept of stability of nonlinear systems and optimal control

948. PSS21 Power Quality • Know the severity of power quality problems in distribution system;

• Understand the concept of voltage sag transformation from up-stream (higher

voltages) to down-stream (lower voltage);

• Concept of improving the power quality to sensitive load by various mitigating custom

power devices.

949. PES21 Digital Control Systems • Illustrate the concepts of Digital control systems.

• Analyse and design discrete systems in state variable analysis.

• Relate the concepts of stability analysis and design of discrete time systems.

950. PES22 Embedded Systems • Analyze and design embedded systems and real time systems

• Define the unique design problems and challenges of real time systems

• Identify the unique characteristics of real time operating systems and evaluate the need

for real time operating system

• Explain the general structure of a real time system and understand and use RTOS to

build an embedded real time system

• Gain knowledge and skills necessary to design and develop embedded applications

basedon real time operating systems

951. PES23 Reliability Engineering • Apply fundamentalknowledgeof Reliability tomodeling andanalysis ofseries-

parallel and Non-series parallel systems.

• Solve some practical problems related with Generation, Transmission and Utilization of

Electrical Energy.

• Understandorbecomeawareof various failures, causes of failures and remedies for

failures in practical systems.

952. PES25 FACTS Controllers • Analyze the Power and control circuits of Series Controllers GCSC, TSSC and TCSC.

• Select proper controller for the specific application based on the system requirements.

• Comprehend various systems thoroughly and their requirements


functions viz. Transient stability

• Enhancement, voltage instability prevention and power oscillation damping.

953. PES24 Analysis and Design of • To analyze various modes of operation of Dc-Dc converter

Switched Mode • To design simulate control topologies for converter

Converters

• To design various components of dc-dc converter

• To analyze dc-dc converter in thermal point of view.

954. PES41 Renewable Power Genera • Find different renewable energy sources to produce electrical power

Technologies • estimate the use of conventional energy sources to produce electrical energy

• role-play the fact that the conventional energy resources are depleted

• arrange Store energy and to avoid the environmental pollution

955. PES42 Programmable Logic • Describe the main functional units in a PLC and be able to explain how they interact. Controllers • Know different bus types used in automation industries. • Develop ladder logic programming for simple processes.

and their Applications

956. PSS41 Optimization • Formulate mathematical statement of optimization problem

Techniques • Understand various methods of optimization techniques • Understand the concept of genetic algorithm

957. PES52 Power Converters and • Conduct experiments on drives for different modes of operation using different

Drives Lab converter topologies.

• Select the suitable controller for getting the desired speed performance of drive.

• Validate the results

958. PES62 Mini Project -2 • Carry out Literature study and give problem statement


problem




959. PES63

Comprehensive Viva- • To get a global and overall view on the subject. Voce • To refresh the technical content at finishing stage of the program.

• To enhance the communication and presentation skills.

960. Internship/Dissertation • Comprehend the fundamentals and technical knowledge in power electronics and its

PES71 Phase – I allied fields. • Apply and analyze power electronics concepts in its allied fields


961. PES72 Dissertation Phase – II • Carry out Literature study and give problem statement


problem




POWER SYSTEMS

962. PSS01 • Remember proper mathematical models for analysis.

Advanced Power

• Conclude methodologies of load flow studies for the power network.

• Apply contingency Analysis. System Analysis

• Analyze power system studies.

963. PSS02 • Understand the basic function of a circuit breaker, all kinds of circuit breakers and differentiate fuse and circuit breakers under fault condition. • Describe the necessity for the protection of alternators, transformers and feeder bus bars from over voltages and other hazards • Illustrate neutral grounding, and how over voltages can be generated and how system Advanced Power can be protected against lightning and switching transient over voltages with various System Protection protective means • Identify operation and control of microprocessor based relays.

964. PSS03 Power System • Understand the optimal scheduling of power generation

Operation and • Analyze the System security and Contingency

Deregulation • Detect and Identify the Bad measurements

• Calculate the ATC and the transmission pricing

965. PES11 • Find the applications of HVDC transmission in the power system with the acquired

knowledge.

• Analyze different converter topologies viz. 3,6 and 12 Pulse converters and

understand it’s control aspects.

• Understand the filter configuration for Harmonics in HVDC systems.

• Appreciate the reliable Multi terminal HVDC system.

HVDC Transmission • Have knowledge on the Protection of HVDC systems against transient over voltages and

over currents.

966. PSS11 • Analyze Thermal and Hydro generator characteristics and their economic operation.

Economic Operation of

• Solve the Unit Commitment problem with various constraints using conventional

optimization techniques. Power System

• Solve ELD, UC and AGC problems using Heuristic techniques.

967. PSS12 Gas Insulated Systems

• Know the advantages of GIS systems over air insulated systems

• Observe constructional design features of GIS design (GIS)

• Discriminate the Problems and design diagnostic methods of GIS

968. PSS13 • Quote feed forward neural networks and learning and understanding of feedback neural

networks.

AI Techniques in

• Generalize fuzziness involved in various systems and fuzzy set theory.

• Select fuzzy logic control and design Electrical Engineering

• Examine genetic algorithm and applications in electrical engineering.

969. PSS14 • Understand and distinguish characteristics of distribution systems from transmission

systems

Distribution System

• Design, analyze and evaluate distribution system design based on forecasted data

• Identify and select appropriate sub–station location Planning and

• Design and evaluate a distribution system for a given geographical service area from Automation

alternate design alternatives

970. PSS15 Power System

• Understand the insulation co-ordination • Calculate the parameters of lightning flash and footing resistance

Transients • Identify the line faults

• Model Power apparatus for transient studies

971. PES31 Microcontrollers and • Distinguish Types of computers & microcontrollers

Applications • Construct Real time Applications of Microcontrollers.

• Demonstrate RTOS for Microcontrollers.

• Translate Hardware applications using Microcontrollers.

972. PSS31 • Tell energy audit of industries

Energy Auditing, Conserv • Predict management of energy systems

and Management • Sequence the methods of improving efficiency of electric motor • Analyze the power factor and to design a good illumination system

• Determine pay back periods for energy saving equipment

973. PES32 Advanced Digital Signal

• Understand types of digital signals and Transforms and its application to signals and systems.

Processing

• Design of IIR & FIR filters.

• Understand different DSP processors and basic programming skills.

974. PSS51 Power Systems Lab-I • Power System Analysis using Software.

• Models of Power Systems and Power Electronics.

• Programs of Power System Reliability and Power Electronics.

975. PSS61 Mini Project -1 • Carry out Literature study and give problem statement


problem




976. PSS04 Power System Dynamics • Choose the fundamental dynamic behavior and controls of power systems to perform

basic stability analysis.

• Comprehend concepts in modelling and simulating the dynamic phenomena of power

systems

• Interpret results of system stability studies

• Analyze theory and practice of modelling main power system components, such as

synchronous machines, excitation systems and governors

977. PSS05 Flexible AC • Analyze the Power and control circuits of Series Controllers GCSC, TSSC and TCSC.

Transmission Systems • Select proper controller for the specific application based on the system requirements.

• Comprehend various systems thoroughly and their requirements


functions viz. Transient stability

• Enhancement, voltage instability prevention and power oscillation damping.

978. PES06 • Define concept of Digital Control Systems.

• Explain discrete systems in state variable analysis.

• Apply the concepts of stability analysis and design of discrete time systems.

Modern Control Theory • Investigate optimal control.

• Evaluate the stability analysis of Non-linear systems.

979. PSS21 • Know the severity of power quality problems in distribution system;

• Understand the concept of voltage sag transformation from up-stream (higher

voltages) to down-stream (lower voltage);

Power Quality • Concept of improving the power quality to sensitive load by various mitigating custom

power devices.

980. PSS22 • Recite the structure of an electricity market in either regulated or deregulated market

conditions.

• Understand the advantages of DC distribution and developing technologies in

distribution

• Discriminate the trade-off between economics and reliability of an electric power

system.

• Differentiate various investment options (e.g. generation capacities, transmission,

Electric Smart Grid

renewable, demand-side resources, etc) in electricity markets.

• Analyze the development of smart and intelligent domestic systems.

981. PSS23 EHV AC Transmission

• List the necessity of EHV AC transmission, choice of voltage for transmission, line losses and power handling capability.

• Estimate the Statistical procedures for line designs, scientific and engineering principles

in power systems.

• Construct commercial transmission system.

982. PSS24 • Distinguish the importance of load compensation in symmetrical as well as un

symmetrical loads

Reactive Power

• Observe various compensation methods in transmission lines

• Construct model for reactive power coordination

Compensation and

• Distinguish demand side reactive power management & user side reactive power Management

management

983. PSS25 • Understand the Issues related to Q-Control, PS load models, angle, voltage stability and

control.

• AnalyzeVoltage Stability Indices (L,VCPI) and Graphical Methods P-V Q-V Curves

Voltage Stability • Implement Prevention of Voltage Collapse, Power System Security and Compensation

Methods.

984. PSS26 Power System

• Find loss of load and energy indices for generation systems model

• Describe merging generation and load models

Reliability

• Apply various indices for distribution systems

985. PES41 Renewable Power Genera • Find different renewable energy sources to produce electrical power

Technologies • Estimate the use of conventional energy sources to produce electrical energy

• Role-play the fact that the conventional energy resources are depleted

• Arrange Store energy and to avoid the environmental pollution

986. PES42 Programmable Logic • Describe the main functional units in a PLC and be able to explain how they interact. Controllers • Know different bus types used in automation industries.

and their Applications

• Develop ladder logic programming for simple processes.

987. PSS41 Optimization • Formulate mathematical statement of optimization problem

Techniques • Understand various methods of optimization techniques

• Understand the concept of genetic algorithm

988. PSS52 Power Systems Lab-II • Test and evaluate the performance of Power Transformers and Synchronous Machines.

• Test and evaluate the performance of Transmission lines, UG Cables, Insulators and

other Auxiliary Power Systems Equipment

• Test, Evaluate/Choose the various types of Relays (Electromagnetic, Static and

Microprocessor based relays)

989. PSS62 Mini Project -2 • Carry out Literature study and give problem statement


problem




990. Comprehensive Viva- • Comprehend the fundamentals and technical knowledge in Power Systems and its allied

PSS63 Voce fields. • Apply and analyze Power Systems concepts in its allied fields


991. Internship/Dissertation • Carry out Literature study and give problem statement

Phase – I • Select Control Strategy, design methodology and develop a suitable model for the chosen

PSS71 problem • Execute and validate the Model



992. PSS72 Dissertation Phase – II • Carry out Literature study and give problem statement


problem




COMPUTER NETWORKS AND INFORMATION SECURITY

993. CNS01 Data Structures and • Demonstrate how to find the complexity of an algorithm

Algorithms • Apply fundamental knowledge of Data Structures in Real time scenarios

• Memorize and apply the techniques in Software Development Life cycle.

• Design and implement various algorithms on graph /tree data structures, including

finding the minimum spanning tree and shortest path, Encoding and Decoding.

994. CNS02 Advanced Computer • Learn about networking issues and differentiating TCP/IP and 7-Layer OSI models

Networks • Analyze different routing protocols for various applications

• Learn about various switching protocols

• Analyze different WAN protocols and to implement networking concepts through JAVA

programming

995. CNS03 Principles of • Describe and understand the overview of security principles

Information Security • Understanding of network security related issues and mitigating mechanisms

• Analyse different malwares and security tools

• Interpret networking and security skills to industrial need

996. CNS11 • Demonstrate the emerging databases such as XML, Cloud and Big Data.

Advanced Databases

• Estimate the inquisitive attitude towards research topics in databases.

• Apply the knowledge of XML in designing the data bases.

• Develop the databases that are used in cloud and bigdata.

997. • Underlay the network hardware, network topologies, and protocols

CNS12 Network Programming • Design experiment WIN32 and/or UNIX system calls applications, multi- threading,

access controls, signal processing, and inter-process communication.

• Design considerations in creating network applications.


998. • Identify the key elements of data mining & machine learning

CNS13 Data Mining and

• Understand the principles, advantages, limitations and possible applications of machine learning

Machine Learning

• Discriminate supervised and unsupervised learning to data analysis problems.

• Evaluate the performance of algorithms, as well as formulate and test hypotheses.

999. CNS14 • Analyse the problem with clock mechanisms in distributed environment

Distributed Systems

• Understand the concept of distributed transactions , distributed operating system

• Remember the concept of Fault Tolerant Mechanisms

• Apply various security algorithms

1000. • Describe the typical uses of different operating systems in the enterprise and how they

interact with other components of an organization's core IT infrastructure

CNS15 Operating Systems • Classify fundamental system administration and audit operations Security • Reference U.S. supervisory agency examination work programs

• Perform user administration, access control, auditing, and reporting on various

operating systems

1001. • Articulate the main concepts, key technologies, strengths, and limitations of cloud

computing

SWE16 Cloud Computing

• Identify the architecture and infrastructure of cloud computing, including SaaS, PaaS, IaaS, public cloud, private cloud, hybrid cloud, etc.


interoperability.


1002. SWE31 Scripting Languages • Distinguish between typical Scripting Languages & system and application programming

languages

• Apply the syntax and semantics of languages such as PERL, PHP and PYTHON for

effective scripting

• Develop a database driven PHP application

• Design and implement the appropriate software solutions using Scripting Languages

1003. CNS31 Security in E-Commerce • Describe various forms of electronic commerce and explain the range of threats to e-

commerce security

• Identify different areas susceptible to malicious activity

• Summarize different cryptographic techniques and their technical characteristics w.r.t e-

commerce

• Explain how cryptography can be, and is, used to achieve security

1004. ENG32 Professional and Technic • Analyze communication situations and audiences to make choices about the most

Communication effective and efficient way to communicate and deliver messages

• Write resume, business letters, project proposals and reports

• Speak fluently and address a large group of audience and participate in discussions.

• Navigate through complex environments through interpersonal and collaborative skills.

1005. CNS51 Information Security • Summarize data link layer framing methods, CRC , Dijkstra‘s algorithm and routing and Networks

•

algorithms Laboratory Demonstrate and simulate Ethernet, token ring, TCP and to configure wireless LAN • Examine and implement symmetric and asymmetric algorithms • Implement key generation and digital signature mechanisms.

1006. CNS61 Mini Project-1 • Acquire practical knowledge within the chosen area of technology for project development • Identify, analyze, formulate and handle programming projects with a comprehensive and systematic approach • Contribute as an individual or in a team in development of technical projects • Develop effective communication skills for presentation of project related activities

1007. CNS04 Wireless Networks and • Summarize the various Application areas of mobile and wireless devices

Mobile Computing • Describe GSM Transmission Technologies and draw backs of traditional TCP

• Understand architecture of DAB and DVB

• Identify various Mark-up Languages and their advantages/disadvantages and describe

Smart client security

1008. CNS05 Applications of Network • Recall network security threats and determine efforts to counter them

Security • Explain a secure access client for access to a server

• Determine different attacks in the network

• Examine the different forensics on Network.

1009. CNS06 Information Security • Identify security systems management

Management and • Understanding organizational network security related issues and mitigating

Standards mechanisms

• Explain about firewall mechanism and security tools

• Ability to apply networking and security skills to industrial need

1010. CNS21 Ethical Hacking • Understand and experience in Ethical Hacking

• Learn to minimize the risks of attacks

• Know different techniques and methods applied by hackers

• Apply SQL injection and penetration test methods

1011. • Apply appropriate skills and knowledge in solving computer forensics problems.

CNS22 Computer Forensics • Demonstrate various Computer forensic tools and their importance. &Cyber Security • Design and formulate new methods for collecting and preserving evidences.

• Implement the knowledge gained to investigate cybercrimes.

1012. • Memorize the concept of ad-hoc and sensor networks, their applications and typical

node and network architectures.

CNS23 Adhoc and Sensor • Explain protocol design issues (especially energy-efficiency) and protocol designs for Networks wireless sensor networks

• Critique protocol designs in terms of their energy-efficiency

• Evaluate measurements of protocol performance in wireless sensor networks.

1013. CNS24 Network Management Sy • Explain Directory Services and Remote Access

• Appraise the use of Virtual Private Network and explain Network protocols and services

• Install and configure Network server operating system

• Configure various services on Windows server platform Troubleshoot Network.

1014. • Demonstrate knowledge through experience with SRE.

CNS25 Secure Software Engineer • Analyse the ability to author a software testing procedure • Estimate failure intensity to guide test - Certifying reliability.

• Develop Model based security engineering with UML

1015. • Understand the objectives and general principles of measurement

CNS26

Software Reliability & • Assess different software products with a critical decision process based on a rigorous

Metrics

mathematical and deductive approach.

• Classify how to measure the software product.

• Demonstrate knowledge through experience with software reliability and metrics.

1016. SWE41 Advanced Unix Programm • Analyse the files and directories in Linux environment.

• Implement system programs to control the processes using signals.

• Develop programs to provide Inter process communication to avoid classical IPC

problems.

• Design a client-server application using sockets and RMI.

1017. CNS41 Android Application • Describe the Mobility landscape

Development • Identify Mobile apps development aspects

• Design and develop mobile apps, using Android as development platform, with key focus

on user experience design, native data handling and background tasks and notifications.

• Summarize and Compose Testing, Signing, Packaging and Distribution of mobile apps.

1018. SWE42 Soft Skills • Express what Soft Skills is

• Discover the significance of soft skills in the working environment

• Employ leadership skills and teamwork skills

• Plan and schedule the time and stress management

1019. CNS52 Wireless Networks • Experiment different scenarios for wired and wireless networks on simulator Simulation Laboratory • Illustrate TCP,UDP connection between nodes in a network • Design proactive routing algorithms in MANETs. • Develop reactive routing algorithms in MANETs.

1020. CNS62 Mini Project-2 • Develop a design solution for a set of requirements. • Test and validate the conformance of the developed prototype against the original requirements of the problem. • Work as a responsible member and possibly a leader of a team in developing software solutions. • Express technical and behavioural ideas and thought in oral settings.

1021. CNS63 Comprehensive Viva- • Viva voce will be conducted towards the end of the semester which will be covering the Voce complete syllabus. • This will test the student’s learning and understanding during the course of their post graduate programme. • In doing so, the main objective of this course is to prepare the students to face interview both at the academicand the industrial sector.

1022. CNS71 Internship/Dissertation • explore the work field of the organization

Phase – I • apply specific knowledge in practice work in a team

• set up a working plan with time schedule efficiently use and analyze information

1023. CNS72 Dissertation Phase – II • Interpret and critically analyse results and make informed judgments on the appropriateness of solutions. • Apply critical and analytical skills in a scientific and professional manner. • Communicate effectively by means of oral, written and graphical presentations to peers and a wider audience. • Be self-motivated and personally responsible for your actions and learning. • Professionally manage and use information.

ADVANCED MANUFACTURING SYSTEMS

1024. AMS01 Automation in • Implement concepts of a productive system in automation.

• Apply the concepts of automated flow lines and design technologies.

Manufacturing • Apply it in material handling systems for balancing assembly lines.

1025. • Identify the requirement of special manufacturing technique and use the

Special Manufacturing suitable one.

AMS02 • Appreciate special manufacturing techniques and suggest them for suitable

Processes applications. Considering desires and functional requirements.

• Apply Micro and Nanofabrication processes. • Demonstrate the Fused Deposition Method.

1026. • Apply fundamental knowledge of machine tool accuracy and geometric

dimensioning for

AMS03 Precision Engineering • Components.

• Apply the concept of process capability while choosing the machine.

• Decide on measuring system for inspection components.

• Apply nanotechnology and nanometer accuracy

1027. AMS 11 Product Data • Develop a sequence for developing a product in a company.

Management • Understand the concepts of robust design, Rapid prototyping.

• Understand the concept of Product development.

1028. AMS 12 Materials Technology • Apply fundamental knowledge of mathematics to modeling and analysis of materials.

• Apply strengthening mechanisms to analyze problems by making good assumptions.

• Apply fundamental principles to manufacture different types of components.

1029. AMS 13 Design for • Apply the knowledge on steps involved in design process and material

Manufacturing & selection

Assembly • Apply the knowledge on design rules involved in machining and casting

• Analyze the design rules involved in metal joining, forging, extrusion and

sheet metal work

• Design and analyze the principles involved in manual and automatic assembly

transfer systems

1030. AMS 14 Additive Manufacturing • Upon completion of this course, the student can able to complete different

Processes methods to discuss the effects of the additive manufacturing technologies and analyse

the characteristics of the different materials in additive manufacturing.

• Select a suitable material for Additive Manufacturing.

• Analyze different Methods for post-processing of additive manufacturing

parts.

• Understand the applications of Additive Manufacturing.

1031. AMS 15 Mechatronics • Develop motion control algorithm

• Effectively choose /select proper sensor ,actuator to a given application

• Develop an intelligent automated system and manufacturing data base system

1032. AMS 16 Theory of Elasticity & • Identify the components under plane stresses and plane strains.

Plasticity • Analyze engineering components subjected to various loads and comment on

their design and suggest a new design.

• Design components for a given application considering elastic and plastic

deformation.

1033. Design and • Apply the basics of MEMS and the Microsystems.

AUT32 Manufacturing of MEMS • Apply knowledge of engineering science, mechanics, fluid systems, thermal engineering

and Micro Systems and material science while designing of systems.

• Design and fabricate a simple MEMS device

1034. AMS32 Quality and Reliability • Select and use the proper orthogonal arrays in designing, conducting and analyzing the

experiments.

Engineering • Utilize the analytical techniques to find out the variation in the data and obtain optimal

results in the process of achieving robust design.

• Identify, formulate, and solve Quality and reliability engineering related problems

• Develop an ability to design a system component or process to meet desired quality

within realistic constraints such as economic, environmental, social, political, ethical,

health and safety, manufacturability and sustainability.

1035. AMS33

Neural Network & • Identify the potential areas of application of fuzzy logic.

Fuzzy Systems • Design fuzzy logic and genetic algorithm.

• Apply the concepts of fuzzy control to real time systems.

1036. Manufacturing • Simulate and develop inventory, planning and scheduling systems.

• Simulate and develop appropriate production systems for a plant. AMS51 Simulation & Precision

Engineering lab • Determine cutting forces, measuring parameters and dimensions of precision parts. • Use hydraulic and pneumatic circuits and PLC in part manufacture.

1037. • Acquire practical knowledge within the chosen area of manufacturing Technology for project development. AMS61 Mini Project - I • Identify, analyze, formulate experimentation projects with a comprehensive and systematic approach. • Contribute as an individual or in a team in development of technical projects. • Develop effective communication skills for presentation of project related activities.

1038. Computer Aided

• Apply knowledge and work the NC Machines and able to program

CAD02 • Develop an optimal APT program for a given component.

Manufacturing • Apply Tooling, DNC & Adoptive control, CAD/ CAM software, Post processor knowledge

• Work with models of CAPP, CAI & QC

1039. • Describe the differences and of the application of a range of additive manufacturing

CAD03 Rapid Prototyping processes.

• Select and use correct CAD formats in the manufacture of a 3D printed part.

• Set up and fabricate a 3D part using an additive manufacturing machine. • Select the appropriate fabrication technology, or technologies, for a given

prototyping task.

1040. • Understand the product design and development process and the integration of

customer requirements in product design

AMS04

Product Design & • Apply structural approach to concept generation, selection and testing

Development Strategies • Demonstrate the skills in creation of a product by considering various aspects like

product architecture, industrial design and design for manufacture

• Evaluate the economics of product design and development and apply for intellectual

property

1041. AMS 21 Quality Engineering in • Value the concept of quality, use quality tools andobtain the quality loss.

Manufacturing • Utilize the analytical techniques to find out the variation in the data and obtain optimal

results.

• Select and use the proper orthogonal arrays in designing, conducting and

analyzing the experiments.

1042. AMS 22 Tool Design • Evaluate the single and multi-point cutting tools for various methods.

• Analyze the design of jigs and fixtures for several components depending on quantity

requirement.

• Analyze the sheet metal tools for blanking, piercing, bending, forming and drawing.

• Apply an appropriate heat treatment for the tools.

1043. AMS 23 Theory of Metal Cutting • Analyze the theory of metal cutting, cutting tool and its geometry.

• Select a cutting tool material and appropriate material to be cut.

• Know the methods of measuring the cutting forces, temperature and their significance

• Select a cutting tool with optimal tool life to maximize material removal rate.

1044. AMS 24 Intelligent • Design and develop CIM system.

Manufacturing Systems • Apply concepts of neural networks in areas of manufacturing.

• Apply Group Technology models and algorithms for automated manufacturing cells.

1045. AMS 25 Finite Element Method • Apply the concepts of FEM to linear 1D, 2D and 3D problems.

• Solve simple non linear problems numerically.

• Perform analysis on a given problem using ANSYS.

1046. AMS 26 Industrial Robotics • Configure a simple robot for a given application.

• Apply knowledge of matrices and vectors to find the movements of the robot

manipulator.

• Write a program to control a robot.

1047. • Apply risk management principles to anticipate, identify, evaluate and control physical,

chemical, biological and psychosocial hazards.

AMS41 Industrial Safety • Communicate effectively on health and safety matters among the employees and with

Management

society at large.

• Demonstrate the use of state of the art occupational health and safety practices in

controlling risks of complex engineering activities and understand their limitations.

• Interpret and apply legislative / Legal requirements, industry standards, and best

practices in accident prevention programmes in a variety of workplaces.

1048. • Identify the trends, techniques of concurrent engineering.

CAD41 Concurrent Engineering

• Apply the use of IT in concurrent engineering.

• Analyze concurrent function deployment, metrics and measures.

• Understand Framework and architecture of concurrent engineering.

1049. • Critically review basic concepts and models of experimental design.

AMS42 Design of experiments

• Analyse the results of a designed experiment in order to conduct the appropriate statistical analysis of the data.

• Interpret statistical result from an experiment and report them in non-technical

language.

1050. AMS52 CAD/CAM Lab • Produce part and assembly drawings using CAD packages. • Produce component with different features using CNC machines and machining centres.

• Determine the elastic properties in components of the structures.

1051. • Identify problem specification or need for development.

AMS62 Mini Project - II

• Develop conceptual design and methodology of solution for the problem • Device solution and build physical model/ test if required.

• Write a report and presentation of project.

• Learn teamwork and share responsibility.

1052. Comprehensive Viva

• Comprehend the knowledge gained in the course work.

AMS63 • Infer principles of working of advanced manufacturing systems and controls.

Voce • Acquaint with conventional and non-conventional manufacturing techniques and ability

in problem solving.

1053. • Identify a topic in advanced areas of “Manufacturing Engineering”.

AMS71

Internship/Dissertation • Review literature to identify gaps and define objectives & scope of the work.

Phase – I • Employ the ideas from literature and develop research methodology. • Develop a model, experimental set-up and / or computational techniques necessary to

meet the objectives.

1054. AMS72 Dissertation Phase – II • Identify methods and materials to carry out experiments/develop code.

• Reorganize the procedures with a concern for society, environment and ethics.

• Analyze and discuss the results to draw valid conclusions.

• Prepare a report as per the recommended format and defend the work.

• Explore the possibility of publishing papers in peer reviewed journals/conference

proceedings.

AUTOMATION

1055. Automation in

• Implement concepts of a productive system in automation.

AMS01 • Apply the concepts of automated flow lines and design technologies. Manufacturing

• Apply it in material handling systems for balancing assembly lines.

1056. Modern Control

• Apply fundamental knowledge of mathematics for mathematical modeling of control

AUT01

systems using differential equations and transfer function.

Engineering

• Identify areas requiring frequency time response control systems in designing them.

• Stabilize linear and non-linear systems & stabilize the control systems.


AMS03 Precision Engineering

dimensioning for Components. • Apply the concept of process capability while choosing the machine.



1058. AUT11 Concurrent Engineering • Identify the trends, techniques of concurrent engineering.

& Product Life Cycle • Apply the use of IT in concurrent engineering.

Management • Analyze and identify the various components of product life cycle.

1059. AUT12 Micro-Electro • Apply fundamental knowledge of mathematics, physics and chemistry to

Mechanical Systems analyze practical micro-systems.

• Experiment or simulate MEMS design using a software.

• Design MEMS for a given application.

1060. AMS13 Design for • Apply the knowledge on steps involved in design process and material




sheet metal work


transfer systems

1061. AUT13 Experimental • Measure strain displacement ,flow temperature and cutting forces

Techniques & Data • Perform microscopic studies for knowing surface morphology and topography

• Utilize the Taguchi methods in conducting the experiments and draw conclusions based

Analysis on data obtained.

1062. AMS12 Materials Technology • Apply fundamental knowledge of mathematics to modeling and analysis of materials.

• Apply strengthening mechanisms to analyze problems by making good assumptions.

• Apply fundamental principles to manufacture different types of components.

1063. AMS15 Mechatronics • Develop motion control algorithm



1064. AUT31 Industrial Automation • To identify potential areas for automation and justify need for automation

• To select suitable major control components required to automate a process or an

activity

• To translate and simulate a real time activity using modern tools and discuss the benefits

of automation.

• To identify suitable automation hardware for the given application.

• To recommend appropriate modeling and simulation tool for the given manufacturing

application.

1065. AUT32 Design and • Apply the basics of MEMS and the Microsystems.

Manufacturing of MEMS • Apply knowledge of engineering science, mechanics, fluid systems, thermal engineering

and Micro Systems and material science while designing of systems.

• Design and fabricate a simple MEMS device.

1066. AMS32 Quality and Reliability • Select and use the proper orthogonal arrays in designing, conducting and analyzing the

Engineering experiments.

• Utilize the analytical techniques to find out the variation in the data and obtain optimal

results in the process of achieving robust design.

• Identify, formulate, and solve Quality and reliability engineering related problems

• Develop an ability to design a system component or process to meet desired quality

within realistic constraints such as economic, environmental, social, political, ethical,

health and safety, manufacturability and sustainability.

1067. Manufacturing • Simulate and develop inventory, planning and scheduling systems.

• Simulate and develop appropriate production systems for a plant. AMS51 Simulation & Precision

Engineering lab • Determine cutting forces, measuring parameters and dimensions of precision parts. • Use hydraulic and pneumatic circuits and PLC in part manufacture.

1068. • Identify real world problems of industrial automation and related systems. • Interpret the working of automated manufacturing engineering systems.

AUT61 Mini Project - I • Apply the principles of automation in real world systems.

• Criticize and experiment to arrive at solutions for real world industrial automation

problems. • Analyse and evaluate to obtain solution for problems in automated manufacturing and robotics systems.

1069. • The student can apply the fundamental knowledge of hydraulic components in

AUT02 Fluid Power Systems mechanical systems.

• Able to design hydraulic circuits for different applications

• Apply the knowledge of hydraulics and develop feed-back systems for positional, force and velocity controls.

1070. Intelligent • Apply fundamental knowledge of basic controllers & develop programs. AUT03 Instrumentation & • Mini project & major project upon PLC, DCS.

Manufacturing • Develop SCADA & PLC programming for a given application.

1071. AUT04 Industrial Robot • Know the usage of robots in different industries. Technology • Know how the programming is done for the robot to do a task. • Get clear idea about optical and non-optical position sensors.

1072. AUT21 Microprocessor & • Write various assembly language programs for 8086 based on various algorithms for Applications software and hardware applications. • Designing the micro processor based systems by applying the knowledge of internal operations. • Applying the above knowledge in advanced processor architecture.

1073. AUT22 Neural Network & • Identify the potential areas of application of fuzzy logic. Fuzzy Systems • Design fuzzy logic and genetic algorithm. • Apply the concepts of fuzzy control to real time systems.

1074. AMS21 Quality Engineering in • Value the concept of quality, use quality tools andobtain the quality loss. Manufacturing • Utilize the analytical techniques to find out the variation in the data and obtain optimal results. • Select and use the proper orthogonal arrays in designing, conducting and analyzing the experiments.

1075. AUT23 Stress Analysis and • Apply the concept of elastic theory on component under plane stresses. Vibrations • Apply fundamentals to identify causes and effects of vibrations. • Find out intensity of vibrations in a given system. • Solve the free and forced vibrations of continuous system

1076. AUT24 Smart Materials & • Identify the types of materials and calssify them based upon their properties . Structures • Decide on the type of materials for a given application in automation . • Decide on materials for smart structures .

1077. AUT25 Optimization • Develop an optimizing technique to solve an engineering problem. Techniques and • Apply concepts developing algorithms to solve a problem.

Applications • Apply various applications of design optimization techniques on bodies.

1078. AMS41 Industrial Safety • Apply risk management principles to anticipate, identify, evaluate and control physical,

Management chemical, biological and psychosocial hazards.

• Communicate effectively on health and safety matters among the employees and with

society at large.

• Demonstrate the use of state of the art occupational health and safety practices in

controlling risks of complex engineering activities and understand their limitations.

• Interpret and apply legislative / Legal requirements, industry standards, and best

practices in accident prevention programmes in a variety of workplaces.

1079. AUT41 Plastics & Composites • Understand the structure-processing-property relationship of polymers. • Understand and apply various processing and manufacturing techniques.

• Identify the steps involved in machining and joining of plastics. • Understand the preparation, application and type of reinforcement. • Understand the composite manufacturing processes.

1080. AUT42 Artificial Intelligence & • Describe search strategies and solve problems by applying a suitable search method. Expert Systems • Describe the key aspects of expert systems • Describe and apply knowledge representation

1081. AUT52 Automation & Robotics • Design hydraulic and pneumatic controls. Lab • Program PLC, microcontrollers, transfer devices. • Use robotic programming for robotic manipulation.


AUT62 Mini Project - II

• Develop conceptual design and methodology of solution for the problem. • Device solution and build physical model/ test if requird.



1083. AUT63

Comprehensive Viva • Recall, recognize, visualize, illustrate, demonstrate, criticize and appraise the aspects of

Voce

industrial automation systems and the interaction among them.

• Acquaint with microprocessors, sensors and actuators and ability in problem solving.

1084. • Identify a topic in latest trends in automation and robotics.

AUT71


Phase – I • Employ the ideas from literature and develop research methodology.

• Develop a model, experimental set-up and / or computational techniques necessary to


1085. AUT72 Dissertation Phase – II • Identify methods and materials to carry out experiments/develop code.





proceedings.

CAD/CAM

1086. AMS01

Automation in • Implement concepts of a productive system in automation.

Manufacturing

• Apply the concepts of automated flow lines and design technologies.

• Apply it in material handling systems for balancing assembly lines.

1087. • Identify the CAD systems, classify between the types of modeling and relate to the

CAD01 Advanced CAD

applications of CAD. • Find the parametric representation of synthetic entities.

• Validate the solid models through B-rep and CSG representation schemes and relate to the

various data exchange formats.


AMS03 Precision Engineering

dimensioning for Components. • Apply the concept of process capability while choosing the machine.



1089. AMS13 Design for • Apply the knowledge on steps involved in design process and material




sheet metal work


transfer systems

1090. CAD11 Metrology and Non- • To realize the working of various measuring machines

• To correlate the various statistical quality control measures and tools

Destructive Testing • To analyze the various liquid penetrant and magnetic particle tests

• To apply the radiography, The ultrasonic and acoustic emission techniques

1091. AMS15 Mechatronics • Develop motion control algorithm



1092. CAD12 Total Quality • Identify the quality systems in an organization and suggest improvements.

Management • Design & implement TQM in an industry.

• Transfer a simple traditional system to TQM.

1093. AMS14 Additive Manufacturing • Upon completion of this course, the student can able to complete different

Processes methods to discuss the effects of the additive manufacturing technologies and analyse

the characteristics of the different materials in additive manufacturing.

• Select a suitable material for Additive Manufacturing.

• Analyze different Methods for post-processing of additive manufacturing

parts.

• Understand the applications of Additive Manufacturing.

1094. CAD13 Composites Materials - • Develop knowledge of mathematics to model and analyze composites.

Manufacturing Methods • Analyze failure of composites.

& Mechanics • Apply fundamental principles to different types of composite materials.

1095. CAD31 Computer Integrated • Students will come to know about the sub systems of a computer integrated systems.

Manufacturing • Integrating of communication between the subsystems, modeling, planning and analysis

of manufacturing systems.

• Group work is provided for mastering the planning and analysis of methods.

1096. AMS32 Quality and Reliability • Select and use the proper orthogonal arrays in designing, conducting and

Engineering analyzing the experiments.

• Utilize the analytical techniques to find out the variation in the data and

obtain optimal results in the process of achieving robust design.

• Identify, formulate, and solve Quality and reliability engineering related

problems

• Develop an ability to design a system component or process to meet

desired quality within realistic constraints such as economic, environmental, social,

political, ethical, health and safety, manufacturability and sustainability.

1097. CAD32 Reverse Engineering • The basic understanding of engineering systems.

• Understanding the terminologies related to re-engineering, forward engineering, and

reverse engineering.

• The Understanding of Reverse Engineering methodologies.

• Understanding of Reverse engineering of Systems.

1098. CAD51

Computer Aided Design • Make drawings using CAD software package in all completeness.

Lab • Generate 3D models, surface and assembly modeling using modeling software package

for further analysis.

1099. • Identify real world problems of CAD, CAM and related systems.

• Interpret the working of Group Technology and FMS systems.

• Apply the principles of modern integrated manufacturing concepts in real world

CAD61 Mini Project - I systems. • Criticize and experiment to arrive at solutions for real world additive and subtractive

manufacturing problems.

• Analyse and evaluate to obtain solution for problems in computer integrated

manufacturing systems.

1100. Computer Aided

• Apply knowledge and work the NC Machines and able to program

CAD02 • Develop an optimal APT program for a given component.

Manufacturing • Apply Tooling, DNC & Adoptive control, CAD/ CAM software, Post processor knowledge

• Work with models of CAPP, CAI & QC

1101. • Describe the differences and of the application of a range of additive manufacturing

processes.

CAD03 Rapid Prototyping • Select and use correct CAD formats in the manufacture of a 3D printed part. • Set up and fabricate a 3D part using an additive manufacturing machine.

• Select the appropriate fabrication technology, or technologies, for a given

prototyping task.

1102. CAD04 Finite Element Analysis

• Apply the concepts of FEM to linear 1D, 2D and 3D problems. • Solve simple nonlinear problems numerically.

• Perform analysis on a given problem using ANSYS.

1103. CAD21 Flexible Manufacturing • Applythe concepts of Probability & Statistics to develop the manufacturing systems Systems • Plan, schedule and control a developed FMS.

• Apply preventive maintenance, Kan ban system effectively.

1104. AMS21 Quality Engineering in • Value the concept of quality, use quality tools andobtain the quality loss.

Manufacturing • Utilize the analytical techniques to find out the variation in the data and obtain optimal

results.

• Select and use the proper orthogonal arrays in designing, conducting and analysing the

experiments.

1105. CAD22 Design of Hydraulic & • Design and construct hydraulic and pneumatic circuits for a given application.

Pneumatic Systems • Perform troubleshooting on a given circuit.

• Use PLC for control.

1106. AMS24 Intelligent • Design and develop CIM system.

Manufacturing Systems • Apply concepts of neural networks in areas of manufacturing.

• Apply Group Technology models and algorithms for automated manufacturing cells.

1107. CAD23 Computer Aided Process • Apply the concept of computer aided process planning.

• Design appropriate tolerances in design and manufacturing and tool paths.

Planning • Implement techniques of CAPP.

1108. AMS26 Industrial Robotics • Configure a simple robot for a given application.

• Apply knowledge of matrices and vectors to find the movements of the robot

manipulator.

• Write a program to control a robot.

1109. AMS41 Industrial Safety • Apply risk management principles to anticipate, identify, evaluate and

Management control physical, chemical, biological and psychosocial hazards.

• Communicate effectively on health and safety matters among the

employees and with society at large.

• Demonstrate the use of state of the art occupational health and safety

practices in controlling risks of complex engineering activities and understand their

limitations.

• Interpret and apply legislative / Legal requirements, industry standards,

and best practices in accident prevention programmes in a variety of workplaces.

1110. CAD41 Concurrent Engineering • Identify the trends, techniques of concurrent engineering.

• Apply the use of IT in concurrent engineering.

• Analyze concurrent function deployment, metrics and measures.

• Understand Framework and architecture of concurrent engineering.

1111. CAD42 Computer Aided • Understand relevance and importance of the Different Production and operations

Production Planning planning techniques and their applications.

• Capable to design, analyse and assess production planning and control systems,

including those operating within distributed manufacturing environment.

1112. CAD52 Computer Aided • Demonstrate part programming for CNC lathe and execute the same for the part

production.

Machining Lab • Integrate CAD and CAM to manufacture components

• Show the manufacturing of components through CAM Software


CAD62 Mini Project - II

• Develop conceptual design and methodology of solution for the problem. • Device solution and build physical model/ test if required.



1114. Comprehensive Viva

• Recall, recognize, visualize, illustrate, demonstrate, criticize and appraise the aspects of

CAD63

CAD, CAM and the interaction among them.

Voce

• Acquaint with Computer Integrated Manufacturing Technology and ability in problem

solving.

1115. • Identify a topic in CAD, CAM, FMS and CIM areas of “Manufacturing Engineering”.

CAD71


Phase – I • Employ the ideas from literature and develop research methodology.

• Develop a model, experimental set-up and / or computational techniques necessary to


1116. CAD72 Dissertation Phase – II • Identify methods and materials to carry out experiments/develop code.





proceedings.

ELECTRONICS & INSTRUMENTATION

1117. EAI Transducers and • Identify suitable sensors and transducers for real timeapplications.

001 Applications • Translate theoretical concepts into workingmodels.

• Design the experimental applications to engineering modules andpractices.

• Design engineering solution to the Industry/Society needs and developproducts.

1118. EAI Signal Conditioning • Understand principle of working of various signal conditioners used with

002 Circuits Temperature, Displacement, Optical and various miscellaneous

othersensors.

• Design signal conditioning circuits for varioustransducers.

• Understand applications of various signal conditioners used inindustry.

• Capable of selecting best suited signal conditioners for any givenapplication.

1119. EAI Process Control • Determine the mathematical model for real-time first and higher ordersystems.

003 Instrumentation • Design various controller modes with appropriatetuning

• Implement advanced control schemes for various processes

• Enhance the performance of multi-loop and multivariable controlsystems

1120. EAI11 Analytical • Observe basic lab safety rules while working in analytical chemistrylaboratories

Instrumentation • Appreciate basic analytical processes and samplingprocedures

• Appreciate the basic principles ofspectroscopy

• Perform simple analytical procedures on given samples using Ultraviolet or Infrared

Spectrophotometers and Interpret data derived from the above.

1121. EAI12 Advanced Control • Understand the concepts of Digital controlsystems.

systems • Understand and analyze of discrete systems in state variableanalysis.

• Understand and analyze the concept of stability analysis and design of discrete

timesystems.

• Understand comprehensive knowledge of optimalcontrol.

1122. EAI13 Fibre Optic and Laser • Apply fundamental knowledge of mathematics and Optics to design

Based application specific optical fiber.

Instrumentation • Apply Lasers in Instrumentation for the measurement of Pressure,

temperature, Level and find the solutions for the errors ifany.

• Understand the advantages of using Lasers.

• Apply opto- electronic components and lasers in Medicalinstrumentation.

1123. EAI14 Instrumentation • Apply fundamental knowledge of chemistry &instrumentation to

practices in Industries. modeling and analysis of different Industrialengineering.

• Understand disasters caused by an incorrect analysis/design in different

Industrial engineering system.

• Students will demonstrate a working knowledge of the basic principles of

measuring techniques and demonstrate technical knowledge and skills in

the calibration and use of equipment used in different industrial process

measurement and control.

• Students will demonstrate a working knowledge of safety practices and

skills in troubleshooting problems used in the measurement and control

in industrialprocesses

1124. EAI15 Instrumentation for • Apply fundamental knowledge of mathematics to modeling and

Environmental Analysis analysis of radiation, chemical pollutants, air& water pollution

onenvironment.

• Interpreting data from model studies to prototype cases, as well as

documenting them in engineeringreports.

• Understand or become aware of environment pollution causedby an

incorrect analysis in engineeringsystem.

• Connect data and quantitatively interpret, predict anticipated projection ofpollutions.

1125. EAI16 Principles and • Evaluate the design considerations for nanoscale materials, devices, and

Applications ofNano- structures in a wide variety ofapplications

sciences • Gain theoretical knowledge to synthesize, manipulate, characterize, and

use nanomaterials for typical applications

• Appreciate the need for specialized metrology for nanoscale

measurements and familiarize with various commonly usedequipment

• Identify the applications of nanotechnology to electronics with focus on

the use of III-V compounds and carbon nano-tubes and learn the

advancements in the field of medicine due to the advent of

nanotechnology.

1126. EAI31 Biomedical • Apply fundamental knowledge of mathematics mixed with

Instrumentation electronics and use it for designing bio amplifiers.

• Design suitable bio amplifiers in acquiring different biosignals.

• Able to understand the concepts of therapeutic devices and apply

them for solving the appropriateproblem.

• Able to understand modern imaging equipment like CT, MRI,etc.

1127. EAI32 Real Time and • The student is able to optimize the design challenges while designing a Embedded Systems EmbeddedSystem. • The students are able to describe advanced state machine computation models for describing complex embedded systembehaviour. • The student should be able to design a Embedded System by using different design technologies. • Design and develop embedded applications based on real-time operatingsystems.

1128. EAI33 Digital Image • Apply fundamental knowledge of image processing to understand

processing real time analysis and different applications of imageprocessing;

• Finally this knowledge can be helpful for implementation of some

real time projects and research on image processingapplications.

• Analyze and compare various image compression techniques and theirapplications

• Design and implement various algorithms for image analysis

1129. EAI51 Instrumentation • Apply fundamental knowledge of mathematics to modelling and analysis of fluid flow,

Laboratory level, pressure, temperatureproblems.

• Conduct experiments in pipe flows and open-channel flows and interpreting data

frommodel studies to prototype cases, as well as documenting them in

engineeringreports.

• Understand or become aware of disasters caused by an incorrect analysis in hydraulic,

Pneumatic engineeringsystem.

• Acquire the knowledge of measurement of variousparameters.

1130. EAI61 Mini Project -1 • On successful completion of this course, it is expected that students should be able to

• Acquire practical knowledge within the chosen area of technology for project

development.

• Identify, analyze, formulate and handle technical projects with a comprehensive and

systematic approach.

• Devise and conduct experiments, interpret data and provide well informed conclusions.

• Extract knowledge through literature survey, experimentation and appropriate research

methodology, techniques and tools.

1131. EAI04 Data Acquisition • Apply fundamental knowledge of mathematics to modeling and analysis of A/D &

System D/A’s, error analysis on data acquisitionsystems.

• Conduct case studies indifferent data acquisition systems and interpreting data

frommodel studies to prototype cases, as well as documenting them in

engineeringreports.

• Understand the errors/problems by an improper design analysis in data

acquisitionsystem.

• Interface the Analog and digital acquisition systems with PC, Analyze and display the

output.

1132. PES05 Power Plant • Acquire the knowledge of mathematics for deriving mathematical models for different

Instrumentation processes in the powerplant.

• Use the techniques, skills, and modern engineering tools necessary for industrial

engineering practices.

• Design a system, component, or process to meet desired needs within realistic

constraints such as economic, environmental, social, political, ethical, health care and

safety, manufacturability, andsustainability.

• Understand and standby the saying one watt saved is equal to two wattsgenerated.

1133. EAI06 Virtual Instrumentation • Acquire knowledge on how virtual instrumentation can be applied for data acquisition and instrument control. • Identify salient traits of a virtual instrument and incorporate these traits in theirprojects. • Experiment, analyze and document in the laboratory prototypemeasurement • Acquire knowledge on developing different applications in Digital image processing control system, signal processing and in simulation systems using a computer, plug-in DAQ interfaces and bench levelinstruments

1134. EAI21 PLC , SCADA • Describe the main functional units in a PC and be able to explain how they interact,

programming and their different bus types, and different generations ofPCs.

Application • Explain operating system and able to explain important concepts such asmultitasking,

privilege levels anddrivers.

• Solve simple instrumentation tasks using both PC andmicrocontroller.

• Provide simple solution for industry problems with PLC andSCADA.

1135. EAI22 Robotics Design and • Apply

Control fundamental knowledge of Robotics and its applications

• Understand or become aware of design of various Robotics and its usage in industry.

• Analyze the direct and the inverse kinematic problems and calculate the manipulator

dynamics

• Understand the different kinds of controllers and robot visiontechniques.

1136. EAI23 Micro-Electro- • Understand scaling issues of MEMS based on fundamental knowledge of physics [PO:a}

Mechanical Systems • Apply various micro manufacturing techniques to fabricate MEMSdevices

• Apply techniques of additive manufacturing toMEMS

• Use CAD tools for simulation and layout of MEMSdevices

1137. EAI24 Pharmaceutical • Appreciate the concept of analytical instrumentation learned during previoussemester.

Instrumentation • Appreciate the necessity of homogenization of mixture and size reduction.

• Appreciate evaporation, distillation and filtration process involved in pharma industries.

1138. EAI25 Industrial electronics • Appreciate the need of DC amplifiers RPS andSMPS

• Appreciate the need for SCR and different firingangle.

• Appreciate the application of SCR to DC motor control, working of industrialtimers,

• Appreciate the working of electrodes and RFgenerators.

1139. EAI26 Instrumentation and • Apply fundamentalknowledgeofmathematicstomodelingandanalysisof moisture, basic

Control in Paper & Pulp weight, calliper, brightness, Consistency, pH, ORP in pulp and paper industries.

Industries [POs:a,b,e];

• Conduct company visits and field study in different industries and interpreting data from

model studies to prototype cases, as well as documenting them in engineering reports.

[POs: a, b, d, g,k];

• Understand measuring of different parameters caused by an incorrect analysis in

engineering system. [POs: a,e];

• Understand the Paper Process methodology and instrumentation involvedin.

1140. PES41 Reliability Engineering • Apply fundamental knowledge of Reliability to modeling and analysis of series- parallel

and Non-series parallelsystems.

• Solve some practical problems related with Generation, Transmission and Utilization of

Electrical Energy.

• Understand or become aware of various failures, causes of failures and remedies or

failures in practicalsystems.

• Applying Reliability concepts to Practical systems by making someassumptions

1141. EAI41 CPLD and FPGA • Classify programmablearchitectures.

Architectures and • understand comprehending FPGA and CPLDtechnologies

Applications • Know how to minimize chip area, interconnect wire length,delays.

• Learn use tools for implementing digital logic using a FPGAdevice.

1142. EAI42 Neural Networks & • Understand the concepts of feed forward neuralnetworks.

Fuzzy Systems • Acquire adequate knowledge about feedback neuralnetworks.

• Acquire the concept of fuzziness involved in varioussystems.

• Acquire knowledge about fuzzy settheory.

1143. EAI52 Virtual Instrumentation • Design

Laboratory and Implement Data acquisition and control sequences using the Lab VIEW software

development tool

• Perform experiments on electrical circuits to determine their frequency response

andcharacteristics of components etc (using NIElvis)

• Perform the image processing techniques on images using Vision Assistantmodule

• Develop the control system and signal simulation applications using CDSM and

DSPtoolkit

1144. EAI62 Mini Project -2 • Develop effective communication skills for presentation of project related activities.

• Design a system and process needs within realistic constraints.

• Acquire practical knowledge within the chosen area of technology for project

development.

• Apply contemporary tools for solving problems related to Process Control, Automation, Measurement and Control etc.

1145. EAI63 Comprehensive viva • Apply the knowledge acquired in core subjects studied. voce • Communicate effectively with Interviewer about the technical aspects learnt. • Develop the inner confidence and strength to display their integrated understanding of the courses as well as in the area of specialization. • Express technical and behavioural ideas and thought in oral settings.

1146. EAI71 Internship/Dissertation • Synthesize knowledge and skills previously gained and applied to an in-depth study and

Phase – I execution of new technical problem.

• Select different methodologies, methods and forms of analysis to produce a suitable

research design, and justify their design.

• Apply the knowledge of Instrumentation and Control engineering to identify and solve

industrial problems.

• Present the findings of their technical solution in a written report.

• Select modern engineering tools and techniques and use them with dexterity.

1147. EAI72 Dissertation Phase – II • Understand the impact of engineering solutions in a contemporary, global, economic, environmental, and societal context for sustainable development. • Design and develop solutions for engineering problems to meet the Societal needs. • Perform effectively as a team leader to manage projects in multidisciplinary environment. • Execute independent and collaborative work, while demonstrating the professional and ethical responsibilities of the engineering profession. • Promote development of intellectual property by publishing articles in high impact factor journals, conference proceedings, patents.

Documents

Course Outcomes For UG Programs - Vnrvjiet · 2018-01-23 · 5BS11 ADVANCED CALCULUS • Trace curves using basic characteristics. ... • Acquire the knowledge of efficiency of fuels