Outline Syllabus
THIS OUTLINE SYLLABUS IS NOT PRESCRIPTIVE AND IS INTENDED TO SERVE AS A GUIDE ONLY.
Note: Pre-requisite (PR) and Pre-requirement (PQ) may not apply for some Programmes of Studies subject to approval by Faculty
Board(s) and CD&DE/Senate.
ACF 1000(1) - ACCOUNTING FOR FINANCIAL DECISION MAKING
The Role of Accounting Information; Recording and Summarising Transactions; Accounting Concepts & Preparing Final Accounts;
Adjustments to Final Accounts; Capital v/s Revenue Expenditure; Bank Reconciliation Statement; Accounting Ratios; Accounting for
Internal Decision Making Techniques; Elements of Cost; Costing Methods & Techniques; Decision Making Techniques; Accounting
for Manufacturers; Budgets.
ACF 1002(1) - PRINCIPLES OF FINANCE
The Financial System; Capital Markets; An Analysis of the Mechanisms of the Financial System in the Economy: Theory and Current
Statistics; Time value of money; Capital Budgeting: an introduction; Valuation of Financial Assets; Bond Analysis: an introduction;
Risk, Return and Diversification; Efficient Market Hypothesis; Multinational Finance: an introduction.
ACF 1200(1) - ACCOUNTING PRINCIPLES & TECHNIQUES (PR: ACF 1000(1))
Depreciation; Correction of Errors; Control Accounts; Value Added Tax; Stock Valuation Methods; Partnerships; Goodwill and
Changes in Partnerships; Incomplete Records; Accounting for Not-for-Profit Organisations; Limited Companies; Business Purchase;
Accounting Standards & Desirable Attributes of Accounting Information; Cash Flow Statement; Interpretation of Financial
Statements.
CHE 1102(1) - CHEMISTRY (L/P - 4)
Physical Chemistry. Molecular Structure, Spectroscopy, Non Electrolyte Solutions, Ionic Equilibria. Organic Chemistry: Structure and
Bonding, Stereochemistry, Reaction Mechanisms.
CHE 1106(3) - THERMODYNAMICS (L/P - 3.5)
Thermodynamics System and Properties of Substances. First and Second laws and their Applications. Enthalpy and Auxiliary
functions. Work, Heat and Power Cycles. Use of Relevant Tables e.g. Steam, Psychometric Charts.
CHE 1107(1) - FLUID MECHANICS 1 (L - 3)
Fundamental concepts relating to fluids. Fluids in equilibrium. Principles of fluid motion. Introduction to energy and momentum
principles.
CHE 1206(1) - BASIC CHEMICAL ENGINEERING (L - 3)
Units, dimensions and dimensional analysis. Material and Energy Balances. Process Flow Sheets using Autosketch. Basic heat and
mass transfer. Basic Reaction Engineering.
CHE 2000(3) - DIPLOMA PROJECT/DISSERTATION (6)
CHE 2102A(3) - SUGAR TECHNOLOGY (L/P - 4.5)
Basic physico-chemical principles underlying the extraction of sugar. Fundamental principles of sugar manufacture. Energy
Management in Sugar Manufacture. Methods of Analysis applicable to the Sugar Industry.
CHE 2103(3) - HEAT TRANSFER (L/P - 4) (PR: CHE 1106(3))
Fundamentals of heat transfer. Differential equations of heat transfer. Steady-state conduction. Convective heat transfer. Radiation
heat transfer. Heat-Transfer Equipment.
CHE 2104(3) - INSTRUMENTATION AND PROCESS CONTROL (L/P - 4)
Measurements, instrumentation and signal transmissions. Introduction to Process control. Steady State Analysis.
CHE 2204(3) - TRANSPORT PHENOMENA (L - 3)
Transfer Mechanisms, Properties and Analogies. Mass, Momentum and Energy Balances. Velocity, Temperature and Concentration
Profiles. Application of Principles to Simple Design Problems.
CHE 2205A(3) - REACTION ENGINEERING (L/P - 3.5) (PR: CHE 1206(1))
Theory of chemical reactions: Arrhenius theory, collision theory, absolute reaction rate theory. Rate and classification of reactions.
catalytic and enzymatic reactions. Interpretation of kinetic data. Introduction to batch and flow reactor design. Plug flow reactors.
Multiple reactor system.
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CHE 2206(1) - INTRODUCTION TO ENVIRONMENTAL ENGINEERING (L/P - 4)
Environmental Systems overview. Fundamental principles of Environmental Engineering.
CHE 2207(3) - FLUID MECHANICS 2 (L/P - 3.5)
(PR: CHE 1107(1))
The momentum equation and its application. The energy equation and its application. Flow in pipelines and open channels.
Rotodynamics. Dimensional analysis and similarity.
CHE 3101A(3) - PROCESS DESIGN AND SIMULATION 1 (L - 3)
(PR: CHE 2204(3))
Fundamentals of simulation and design of selected separation equipment.
CHE 3102(3) - CHEMICAL PROCESS SAFETY AND LOSS PREVENTION (L - 3)
Accidents on industrial premises. Accidents in chemical plants. Fires and explosions in chemical plants. Type of fire in chemical
plant. Safety management.
CHE 3103(3) - UNIT OPERATIONS 1 (L/P - 4)
Unit operations relevant to the sugar manufacturing process and other chemical industries.
CHE 3104(5) - CHEMICAL THERMODYNAMICS (L - 3) (PR: CHE 1106(3))
Partial molar quantities, Gibbs-Duhem Equation in multicomponent systems. Phase rule and equilibria and thermodynamics of
solutions. Activity coefficients, fugacity, reaction equilibria. Thermodynamics analysis of processes.
CHE 3105(1) - LABORATORY PROJECT (P - 2)
Hands-on experience on chemical engineering equipment.
CHE 3106(5) - CHEMICAL ENGINEERING ECONOMICS (L - 3)
Principles of economic analysis of chemical engineering processes. Project development; evaluation and commercialisation; legal
financial aspects.
CHE 3200 - INDUSTRIAL TRAINING (P - 0)
Industrial Training of around 20 weeks.
CHE 3201(5) - PROCESS DESIGN & SIMULATION 2 (L/P - 4) (PR: CHE 3101(3))
Introduction to design of equipment. Simulation of chemical engineering equipment using a simulation package.
CHE 4000A(5) - DEGREE PROJECT/DISSERTATION (P - 12)
Project related to Sugar Engineering or Energy and Environmental Engineering.
CHE 4101A(3) - DESIGN PROJECT 1 (L/P - 4)
Problem definition, Preliminary Report: Introduction, Process consideration, Mass Balances, Energy Balances, Preliminary Design,
Control Strategy, Preliminary Hazop, Basis for Detailed Design.
CHE 4103(5) - CLEANER PRODUCTION TECHNOLOGIES (L - 3) (PR: CHE 2206(1))
Fundamentals of ecological sustainable production processes. Process modifications and waste minimisation techniques for cleaner
production.
CHE 4105(5) - QUALITY SYSTEMS
Introduction to Quality Management Systems, ISO 9000, OHSAS 18001 (Occupational Health and Safety Management Systems),
Internal Auditing, Problem Solving, Introduction to Statistical Process Control, Quality Control Tools, Sampling Plans, Continuous
Improvement, Benchmarking, Total Quality Management.
CHE 4109(5) - WASTE WATER MANAGEMENT (L/P - 3.5)
Physical, chemical and biological characteristics of wastewater. Water pollution surveys. Measurement of flow rate of wastewater.
Water re-cycling and re-use in chemical and other industries. Reduction of water pollution-at-source. Wastewater segregation.
Wastewater treatment.
CHE 4111(5)- DESIGN PROJECT 2 (L/P - 5)
Redefining Basis for Detailed Design, (Material & Energy Balances), Detailed Design of at least 2 Equipment by each candidate,
Detailed Hazop around a major Unit operation, Detailed Pl, Equipment Schedule & Costing.
CHE 4206(5)- ENERGY ENGINEERING (L - 3)
Energy sources and utilisation, Energy technologies and environmental implications of energy production and use. Conventional and
emerging techniques for energy production and conservation. Energy management and economic considerations.
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CHE 4207(5) - SOLID WASTE MANAGEMENT (L - 3) (PR: CHE 4103(5))
Waste minimisation. Materials Recovery. Recycling. Incineration. Composting. Landfilling. Legislation.
CHE 4208(5) - UNIT OPERATIONS 2 (L - 3) (PR: CHE 3103(3))
Design principles applicable to distillation, liquid-liquid extraction, leaching, filtration.
CHE 4209(5) - WATER POLLUTION CONTROL (L - 3) (PR: CHE 4109(5))
Operation of physical, chemical and biological wastewater treatment systems and their design. Advanced wastewater treatment
processes. Design of facilities for the treatment, handling and disposal of sludge. Natural treatment systems. Wastewater reclamation
and re-use in chemical and other industries.
CHE 4210(5) - ENVIRONMENTAL MANAGEMENT TOOLS (L - 3)
Environmental Impact Assessment (EIA). Environmental Performance Evaluation (ISO 14031). Environmental Management in
Industry with special emphasis on Chemical Industries. ISO 14000 standards. Environmental Management Systems (EMS)/
Environmental Auditing.
CIVE 1101(1) - ENGINEERING MATERIALS (L/P - 3.5)
Properties of Materials - Hydraulic and Bituminous Binders; Plastics; Glass; Ceramics and Composite Materials. Materials Science Crystal Structure; Plastic Deformation; Properties and Behaviour of Materials.
CIVE 1102(1) - ENGINEERING PERSPECTIVES (L/P – 2)
The student will be introduced to the different branches of civil engineering and be given an assignment which involves the fields of
engineering: architecture/aesthetics, surveying, geotechnics, structures, building, fluid mechanics, water resources, environment,
traffic, materials, etc. The aim is to understand how different engineering specialists interact.
CIVE 1104(1) - FLUID MECHANICS 1 (L/P - 3.5)
Properties of Fluids. Hydrostatics. Stability of floating bodies. Basic Law of Continuous Media. Continuity. Introduction to
Thermodynamics.
CIVE 1105(1) - INTRODUCTION TO STRUCTURES (L/P – 3.5)
Structures, Structural Behaviour and loading. Section Properties. Forces in structure. Tension and Compression. Torsion. Shearing
Force and Bending Moment. Stresses in Beams and Columns. 2-D Stresses and Strains.
CIVE 1107(1) - SURVEYING 1 (L/P - 3.5)
Principles of Surveying. Control and Detailed Survey. Adjustments. Aerial Photography.
CIVE 1200 - VACATION TRAINING (P – 0)
Students will have to satisfactorily complete 3 weeks of practical work in land surveying, electrical installation and workshop practice.
CIVE 1204(1) - FLUID MECHANICS
Characteristics and properties of fluids. Fluid Statics. Stability of floating bodies. Principles of fluid motion. Momentum equation for
steady flow. Continuity. Laminar and turbulent flow.
CIVE 1205(1) - STRUCTURAL ANALYSIS 1 (L/P - 3.5)
Slope and Deflection of Beams. Moment-Area Method. Moment Distribution. Analysis of Pinned Jointed Frames. Struts. Use of
Software.
CIVE 1206(1) - BUILDING CONSTRUCTION & DRAWING (L/P - 3.5)
Building Codes and Zoning. Types of Structures and Structural Elements. Site Preparation and Layout. Introduction to Architecture.
Building Construction Drawing and Computer Aided Drafting.
CIVE 1207(1) - SURVEYING 2 (L/P - 3.5) (PQ: CIVE 1107(1))
Theory of Errors and Survey Adjustments. Control Surveys. Optical and Electronic Distance Measurement.
CIVE 2000D(3) - DIPLOMA PROJECT/DISSERTATION (P - 6)
Student will work on a project under the guidance of a supervisor and will be trained to develop skills in the collection, evaluation and
presentation of information.
CIVE 2104(3) - STRUCTURAL ANALYSIS 2 (L/P - 3.5) (PQ: CIVE 1205(1))
Arches. Virtual Work and Energy Methods. Moving Loads and Influence Line. Plates and Shell Theory. Frames and Subframe
Analysis. Use of software.
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CIVE 2106(3) - CONCRETE TECHNOLOGY (L/P - 3.5)
Constituent Materials. Properties of Fresh and Hardened Concrete. Concrete Mix Design and Quality Control.
CIVE 2109(3) - HIGHWAY & TRAFFIC ENGINEERING (L/P - 3.5)
Highway Planning. Traffic Studies and Surveys. Geometric Design and Setting Out. Earthwork Calculations. Road Design.
CIVE 2110(3) - PROBABILITY AND STATISTICS (L – 3)
Probability; descriptive statistics; distributions; estimation; central limit theorem; confidence intervals; significance tests; regression
on one explanatory variable; multiple regression; categorical data; use of EXCEL for statistical calculations, Design of Experiments
and Sampling Strategies.
CIVE 2111(3) - ENVIRONMENTAL ENGINEERING 1 (L/P - 3.5)
Water Quality. Measurement of Water Characteristics. Water Quality Standards for Specific Purposes. Components of Water
Demand. Unit Operations and Processes used in Water Treatment.
CIVE 2118(3) - ENGINEERING GEOLOGY (L - 2)
General Geology. Geology of Mauritius. Site investigation: objectives and methods of subsurface exploration. Engineering
classification and physical properties of soils.
CIVE 2202(3) - STRUCTURAL DESIGN 1 (L/P - 3.5)
Reinforced Concrete Design. Singly reinforced, continuous, L and T - Beam design. One and two way spanning solid slab design.
Short, slender, braced and unbraced columns. Short braced column design. Pad footing design. Design Project.
CIVE 2209(3) - HIGHWAY ENGINEERING (L - 3) (PQ: CIVE 2109(3))
Design, Construction and Maintenance of Highways: Aims of Highway Engineering, Pavement Design, Highway Construction
Materials, Highway Maintenance.
CIVE 2210(3) - NUMERICAL METHODS
Numerical Solution of Linear Equations; Techniques of numerical integration; Gauss-Legendre formulae; Techniques for solving firstorder initial-value ordinary differential equations; Euler Method; Runge-Kutta Methods; Second order initial-value ordinary differential
equations; Instability in numerical schemes; Applications.
CIVE 2211(3) - FLUID MECHANICS 2 (L/P - 3.5) (PQ: CIVE 1104(1))
Energy and Momentum Principles and Applications. Pipe Flow. Dimensional Analysis. Hydrodynamics.
CIVE 2213(3) - CIVIL ENGINEERING MANAGEMENT 1 (L - 3)
Structure of the Construction Industry. Planning and Programming. Estimating and Tendering. Contract Procurement. Civil
Engineering and Building Quantities. Specifications. Site Management.
CIVE 2214(3) - INTRODUCTION TO GIS (L/P - 3)
Data structures, spatial referencing, geographic data processing and reporting, and GIS as a decision making tool. Applications of
GIS in civil engineering, planning and the environment.
CIVE 2215(3) - BUILDING SERVICES (L - 3)
Mechanical and Electrical Services installed in Buildings: Procurement, Installation, Maintenance and Management.
CIVE 2218(3) - GEOTECHNICAL ENGINEERING 1 (L/P - 2.5)
Compaction. Permeability and Seepage. Principles of Effective stress. Basic mechanics of soils. One-dimensional consolidation
theory. Shear strength of soils.
CIVE 3102(5) - STRUCTURAL DESIGN 2 (L/P - 3.5) (PQ: CIVE 2202(3))
Steel Design. Design of columns in simple construction, with bending moments. Column base plate design. Bolted and welded
connections. Trusses. Bracing. Design Project.
CIVE 3103(5) - STRUCTURAL ANALYSIS 3 (L - 3) (PQ: CIVE 2104(3))
Yield Line Analysis of Slabs. Strip Method of Slab Analysis. Flexibility (Matrix) Method. Instability of Frames. Use of softwares.
CIVE 3104(5) - FLUID MECHANICS 3 (L/P – 3) (PQ: CIVE 2211(3))
Boundary Layer Theory. Steady Uniform and Non-Uniform Open Channel Flow. Introduction to Hydrology.
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CIVE 3105(5) - ENVIRONMENTAL ENGINEERING 2 (L/P - 3)
Wastewater Characteristics. Environmental Impacts of Wastewater Discharge. Estimation of Wastewater Flows and Design of
Wastewater Collection System.
CIVE 3107(5) - INTEGRATED INFRASTRUCTURE PLANNING AND DEVELOPMENT PART 1 (L – 3)
Importance of Infrastructure Planning and Management. Systems Approach to Infrastructure Planning. Primary and Secondary
Effects of Infrastructure Development. Spatial Organisation and Multipurpose Infrastructure Planning. Regional Infrastructure
Development. Issues in Infrastructure Management. Social Aspects.
CIVE 3113(5) - ECONOMICS FOR ENGINEERS (L – 3)
Introduction to different branches of economics. Microeconomics: Supply and Demand Analysis. Monopoly and competition.
Macroeconomics: National Income Accounting, Multiplier Effect, Open and closed economies. Engineering economics. Investment
appraisal techniques. Resource and environmental economics. Welfare economics. Indifference curves.
CIVE 3118(5)- GEOTECHNICAL ENGINEERING 2 (L/P - 2.5) (PQ: CIVE 2218(3))
Stress paths. Engineering properties and behaviour of rocks. Bearing capacity and settlement analysis. Shallow and deep
foundations.
CIVE 3200(5)- INDUSTRIAL TRAINING (P - 0)
Students will be attached to a firm for a period of at least 20 weeks. The objective is to provide the student with the opportunity to
apply theoretical knowledge to solve real world problems in civil engineering and to function within the organisational structure of the
firm. Students have to perform satisfactorily in this module before qualifying for the award of the degree.
CIVE 4000(5) - RESEARCH PROJECT/DISSERTATION (P - 12) including 15 hours of lecture on Research Concepts and
Methods
Student will work on an individual research-oriented project. The project will involve the student in a critical review of the literature, in
defining the problem and preparing a research methodology. The student will be trained to develop skills in the collection, evaluation
and presentation of information, develop communication skills by writing a concise, clear and accurate report, and use the most
appropriate visual aids to make oral presentations of the research findings.
CIVE 4003(5) - CIVIL ENGINEERING MANAGEMENT 2 (L - 3) (PQ: CIVE 2213(3))
Project Life Cycle, Conception, feasibility, implementation. Feasibility, Appraisal. Work Breakdown Structure. Network Analysis, Use
of project management software. Budgeting. Operational estimating and cash flow. Quality, Quality Assurance, ISO9001.
Construction Management, Tracking of project in terms of time and cost, Earned value analysis and cost variance.
CIVE 4004(5) - WATER RESOURCES (L - 3)
Hydrology and Water Resources; Groundwater flow; Surface Runoff; Rainfall-Runoff modelling and Flood Frequency analysis; Water
abstraction and storage works; Water resources.
CIVE 4005(5) - ENVIRONMENTAL SANITATION (L - 3)
Water related diseases and control measures. Urban water drainage. Solid (domestic and hazardous) waste management: sources,
handling, treatment processes and disposal methods.
CIVE 4006(5) - ENVIRONMENTAL MANAGEMENT (L - 3)
Environmental Legislation. Environmental Impact Assessments. Environmental Norms (ISO 14000). Environmental Management
Systems and Implementation. Environmental Compliance and Monitoring.
CIVE 4007(5) - HYDRAULICS (L - 3) (PQ: CIVE 3104(5))
Unsteady Flow in Bounded and Unbounded Systems. Rotodynamic Machines. Hydraulic Structures.
CIVE 4008(5) - STRUCTURAL ANALYSIS 4 (L - 3) (PQ: CIVE 3103(5))
Stiffness (Matrix) Method. Instability of Trusses. Plastic Theory. Introduction to Dynamics. Use of softwares.
CIVE 4009(5) - TRAFFIC ENGINEERING (L - 3) (PQ: CIVE 2109(3))
Traffic Analysis and Forecasting. Design for Highway Traffic. Traffic Control and Management.
CIVE 4010(5) - DESIGN PROJECT (P - 3)
Student will work in a team to solve a civil engineering problem involving analysis in areas of structural engineering, fluid mechanics,
geotechnical engineering, environmental engineering highway and traffic engineering and materials, to select a design solution from
a critical assessment of alternatives, to use relevant codes and standards for a detailed design of the selected option, to produce
main working drawings using CAD packages and to defend the solution during an oral presentation.
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CIVE 4014(5) - TOWN & COUNTRY PLANNING (L - 3)
National, regional and local planning. The origins of planning in Mauritius. Planning procedures, preparation of plans for
development and development control. Planning Legislations and organisations.
CIVE 4015(5) - STRUCTURAL DESIGN 4 (L - 3) (PQ: CIVE 3103(5))
Advanced Reinforced Concrete: Water Retaining Structures – joints, reinforcement details and design methods. Slab Design – flat,
stair and waffle slabs. Retaining Walls. Failure of Structures.
Pre-stressed Concrete: Principles and methods of pre-stressing. Bending and shear. Simple and continuous beams.
CIVE 4016(5) - WASTEWATER ENGINEERING (L - 3) (PQ: CIVE 3105(5))
Wastewater treatment plant design: Primary, Secondary and Tertiary treatment operations/processes. Handling, treatment and
disposal of wastewater sludge. On-site sanitation systems. Wastewater reuse and recycling.
CIVE 4017(5) - CIVIL ENGINEERING MANAGEMENT 3 (L - 3) (PQ: CIVE 2213(3))
Tender documents and Contract Documents. FIDIC Contract, Obligations and Liabilities of Client, Contractor and Engineer.
Standard Forms of Contract. Contract Administration. Site organisation, office records, price increases, extras and claims,
instructions, supervision and correspondence. Risk Management. Law of Contract and Tort, general and Mauritian laws.
CIVE 4018(5) - GEOTECHNICAL ENGINEERING 4 (L - 3) (PQ: CIVE 4118(5))
Critical state soil mechanics. Finite element methods. Application of softwares in geotechnical engineering design.
CIVE 4114(5) - STRUCTURAL DESIGN 3 (L - 3) (PQ: CIVE 3102(5))
Composite Construction Design: Design Procedure. Steel beam design in composite section for conditions during construction.
Composite section at ultimate and serviceability limit states. Design of shear connectors. Transverse Reinforcement in concrete
flange of composite section. Masonry Design: Materials, Design of vertically and laterally loaded walls. Shear Walls. Reinforced
Masonry. Design Project.
CIVE 4118(5) - GEOTECHNICAL ENGINEERING 3 (L - 3) (PQ: CIVE 3118(5))
Earth pressure theory. Design of retaining structures. Slope stability. Ground improvements.
COMS 1010(1) - COMMUNICATION SKILLS
Writing skills, non-verbal communication, modes of speech delivery and presentation aids, speeches, perception and listening skills,
business and technical writing.
CSE 1010e(1) - INTRODUCTION TO INFORMATION TECHNOLOGY
The World of Computers; Main components of the computer; The evolution of computers; Input and output devices; Secondary
Storage; Programming, Systems Software; Application software; Systems analysis and design; Communications and connectivity;
The internet; Information technology and society.
CSE 1001Y(1) - FUNDAMENTALS OF COMPUTER SCIENCE (L/P – 6)
Introduction to Computers; Hardware and Software; Input, Output and Storage; Organization of Data; Systems Analysis and Design;
Data Communications; Computers and Society; Future of Computing. Propositional Logic; Syntax, Semantics, Truth tables,
Simplification Rules, Normal Forms & Proofs; First Order Logic: Syntax, Semantics and Proofs.
CSE 1002Y(3) - PROGRAMMING METHODOLOGY (L/P - 6)
Pseudocode; Structured Programming Techniques; Program Structure; Simple Data Type; Control Structures; Modularity; Structured
Data Types; Introduction to Object Oriented Programming; Programming Style and Testing, Abstract Data Types, Arrays, Linked
Lists, Stacks, Queues, Trees, Graphs, Operations on Trees and Graphs.
CSE 1003Y(1) - MATHEMATICS FOR COMPUTING (L – 6)
Types of matrices, Determinants, Cramer’s rule, Solution to Systems of Linear Equations, Eigenvalues, Eigenvectors, Vector
Algebra, Nature of Statistical Data, Data collection, Presentation of data, Central Tendency Measurement, Time series analysis,
Probability, Sampling, Regression Analysis, Sets, Proofs; Relations; Functions; Recurrences; Series; Combinations; Graphs Theory;
Trees, Binary Operations, Groups; Rings; Fields, Propositional Calculus.
CSE 1004Y(1) - STRUCTURED SYSTEMS DEVELOPMENT (L/P – 6)
Introduction to SSAD; Software life cycles, Introduction to information systems, Components in a system, Preliminary investigation,
Requirements Gathering, Requirements Modeling, Data flow analysis, DFD, Data Dictionary, Systems Design, ERD, State Transition
Diagram, systems implementation, software design, flowcharts, review methods, managing the development process, estimation and
management of development time, Testing, Maintenance Fundamentals of computer applications development, Application
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Architectures, Databases, Implementation of databases, User interface development, Query By Example, Queries using SQL,
Database Access, Forms and Controls, Reports.
CSE 1005Y(1) - COMPUTER HARDWARE (L/P – 6)
Data representation; Number systems; Boolean Algebra and Logic Simplification; Regular Structures; Combinational Circuits;
Advanced Simplification Techniques; Programmable Logic Devices; Sequential Logic Design Principles; Sequential PLD’s;
Arithmetic Circuits; Microprocessor Internal Architecture.
CSE 1006Y(1) - INTRODUCTION TO IS (L/P – 6)
Computer history -hardware - software- data and information - files and databases- Operating software - applications packages communications technologies – networks - the Internet - programming concepts - information systems life cycle –development
methodologies - roles in systems development.- management of change- information storage and display information handling,
Information systems in organizations, information technology at a national policy level- social and organisational aspects of systems
development.
CSE 1007Y(1) - COMPUTER SYSTEM ORGANISATION (L - 6)
Digital Number System, 2’s Complement System, Coding Schemes, Logic Gates, Boolean Algebra and Theorems, Combinational
Circuits, Karnaugh Map, Decoders, Encoders, Multiplexers, Flip-Flops, Statements and Logic Operators, Logical Equivalence,
Tautologies and Contradictions, Conditional and Bi-conditional, Tautological Implications and Tautological Equivalences, Rules of
Inference, Arguments and Proofs, First Order Predicate Logic. Hardware Components of a Computer, Storage of Instructions, Data
Transfer between Memory and Peripheral Devices, Port Definitions, Interrupts, DMA, Secondary Storage Devices, Elementary Error
Detection and Correction, Keyboards, Display Techniques, Memory Management, Management of Processes, Structure of an OS,
Processor Architectures, Introduction to Networks.
CSE 1008 - COMMUNICATION SKILLS FOR IT
Scientific Writing; Report writing – preparation of title, abstract, introduction, material preparation, result writing, discussion writing,
references, acknowledgements, designing effective tables and preparing effective illustrations; use and misuse of English; Oral
presentations.
CSE 1020(1) - COMPUTER PROGRAMMING
Basic types; arithmetic & logical operators and expressions; decision and loop structures; arrays (one-dimensional and twodimensional); functions; value and reference parameters; files: creation, opening, writing, closing; introduction to structures data
types.
CSE 1206(1) - STRUCTURED SYSTEM ANALYSIS AND DESIGN (L – 3)
Introduction to SSAD; Software life cycles; Structured systems analysis and design: concepts and techniques.
CSE 2000(3) - DIPLOMA PROJECT/DISSERTATION (P - 6)
Analysis, Design and Implementation of computerised solution to a real-life problem.
CSE 2001Y(5) - SOFTWARE ENGINEERING (L/P – 6) (PQ: CSE 1002Y(3))
Data abstraction, encapsulation, classes, objects, inheritance, polymorphism, aggregation, OO analysis and design using UML,
patterns and frameworks, components and component object models, software engineering concepts and practices, software
processes, software process improvement, CMM, requirements engineering, software modelling and design techniques, software
quality assurance, software project management, software evolution, software maintenance, software procurement.
CSE 2002Y(3) - DATABASE SYSTEMS (L/P – 6) (PQ: CSE 1004Y(1))
DBMS functions/Components, Database Abstractions, Relational Model ERD, Relational algebra, Normalization, Query Language –
SQL, DB design issues, Optimization, Security Issues, Transactions, Distributed Computing, Synchronization, Overview Of
Distributed Databases, Distribution Transparency, Distributed Database Design - Commit Protocols And Concurrency Control, Query
Processing.
CSE 2003Y(3) - WEB TECHNOLOGIES (L/P – 6) (PQ: CSE 1002Y(3))
Overview of Internet, Internet Protocols and Network Components; HTML; XML; Scripting languages; Client-side scripting; Serverside scripting, Hypermedia; Data processing on a web server (ASP, Asp.NET, PHP, ColdFusion); Concepts of Web-based
applications; Integrating applets; Administration of web servers; Principles of E-Commerce; Administration of web servers; Web site
related issues; Web site design issues
CSE 2004Y(3) - PROGRAMMING LANGUAGES AND ALGORITHMS (L/P – 6) (PQ: CSE 1002Y(3))
Overview of programming languages; language design and implementation issues; language evaluation and selection issues;
programming paradigms; programming environments; programming constructs, compilation process; Algorithms Analysis
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Techniques; Algorithms Design Techniques; Sorting; Searching; String Processing; Graph Algorithms; Dynamic Programming;
Backtracking; Mathematical algorithms.
CSE 2005Y(3) - INTERFACE DESIGN AND COMPUTER GRAPHICS (L/P– 6)
Characteristics of a good UI; User Centred UI; Design tools and methods; Interactive System Design; Prototyping Techniques;
Evaluation Techniques; Output Primitives & attributes; Geometric transformations (e.g. Homogeneous coordinates, 2D and 3D
matrix representations); Viewing models (2D viewing and 3D viewing); Curves & surfaces; Line clipping; Polygon clipping;
Illumination; Visible surface detection; Fractal generation; Animation. Use of advanced graphics libraries (e.g OpenGL and/or
DirectX) for the implementation of the different concepts discussed.
CSE 2006Y(3) - SYSTEMS SOFTWARE (L/P – 6)
Overview of Computer Systems, Processes, threads, Memory Management, Processor Scheduling, Input/Output, Files, Computer
Security, Systems programming. Stored Program Computer, Advancements in Architectures, Pipelined Systems, Implementation of
Pipelining, RISC, RISC v/s CISC, Comparative Architectures.
CSE 2007Y(3) - MULTIMEDIA APPLICATIONS DEVELOPMENT (L/P – 6)
Multimedia fundamentals; Issues on multimedia representation and processing; Principles of colour, sound, animation and video;
Creation and Editing of graphic images, sounds, text, video and animation; Production, storage, manipulation and communication of
multimedia assets; Integration of a range of multimedia assets into an effective and appropriate stand-alone multimedia application.
CSE 2008Y(3) - INTERACTIVE SYSTEM DESIGN (L/P – 6)
Introduction to HCI; Components of HCI; Humans and Technology; User Interface design; Interface Evaluation Techniques;
Characteristics of a good UI; User Centered UI; Design tools and methods; Interactive System Design; Prototyping Techniques;
Evaluation Techniques; Designing Graphical User Interfaces.
CSE 2101(3) - DATABASE MANAGEMENT SYSTEMS (L – 3)
Data Models: ER, Relational, and others; DB design; Views; Normalisation; Query Language; Database Security; Privacy and
Integrity; Introduction to Object Oriented Databases.
CSE 2105(3) - HUMAN COMPUTER INTERACTION (L – 3)
Introduction to HCI; Components of HCI; Humans and Technology; User Interface design; Interface Evaluation Techniques.
CSE 2110(5) - OBJECT ORIENTED TECHNIQUES (L – 3) (PQ: CSE 1101(3))
Introduction to Object Oriented Analysis and Design; Classes; Objects; Inheritance; Encapsulation; Polymorphism; OO
Programming; OO Methodologies.
CSE 2204(5) - OPERATING SYSTEMS (L/P – 3)
Processes & Interprocess Communication; Memory Manager; File System; Input/Output Devices & Software; Deadlocks;
Introduction to Distributed Operating System.
CSE 2205(3) - COMPUTER GRAPHICS (L/P– 3) (PQ: CSE 1101(3))
Graphics Input Output Devices; Primitives & Attributes; Transformations; Modeling; Animation.
CSE 2212(5) - SOFTWARE ENGINEERING (L – 3)
Introduction to software-engineering; Models of software development process; Project planning and organisation; Software
requirements and specifications (Requirements engineering); Software design techniques; Software quality assurance; Software
testing; Systems procurement; Software metrics; Software evolution.
CSE 3000(5) - PROJECT/DISSERTATION (9)
Analysis, Design and Implementation of computerised solution to a real-life or research-oriented problem.
CSE 3001Y(5) - DISTRIBUTED SYSTEMS AND MULTIMEDIA (L – 6) (PQ: CSE 2006Y (3))
Characterization of distributed systems, system models, Interprocess Communication, Remote Method Invocations, Distributed OS
and File Services, Security, Name Services, Replication. Emergence of Multimedia, System Requirements, Existing Supports.
CSE 3002(5) - ARTIFICIAL INTELLIGENCE (L – 3)
Intelligent agents, Search, Heuristics, Game playing, Knowledge Representation, Natural language processing, Trends.
CSE 3002Y(5) - COMPUTER NETWORKS (L – 6) (PQ: CSE 2004Y (3) and CSE 2006Y (3))
Reference Models (TCP/IP, ATM); Physical Layers (SONET/SDH, ISDN, X21); Data Link Layer (MAC, LLC); Network Layer (IP,
ATM); Transport Layer (TCP, UDP, RTP, XTP)); Application Layer (Email, Directory Services, File Transfer); ISP Network Design Indepth Application layers (Email, Directory Services, File Transfer); Introduction to Network Design.
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CSE 3003Y(5) - INFORMATION SYSTEMS: ADVANCED CONCEPT (L – 6) (PQ: CSE 1006Y (1))
Overview of MIS; Planning and Control, Influences on Design, Strategic Planning for IT, Systems Theory, TPS, EIS, DSS, Abstracts
and Models, Systems Investigation, Systems Development Methodologies, BPR, Analysis and Design Techniques, User
Involvement, Software Development, Systems Implementation, Network Security, Systems Maintenance. Nature & Importance of IS
Management; Roles of IS Managers; Measurement of the IS Functions; Information Infrastructures; Strategic Alignment of IT with
Business; Planning for Information Systems; Enterprise Resource Planning, Contract & Procurement Strategies, Financial Aspects
of IS, Outsourcing Techniques, Security & Control; Audit, Evaluation, & Assessment
CSE 3004Y(5) - MULTIMEDIA SYSTEMS (L – 6)
Multimedia components: definition, representation, application; hardware and software involved, design of Multimedia systems,
Operating Systems/ Storage systems support, Multimedia Databases, Multimedia Interfaces: principles and design; Multimedia
Coding and Compression; Multimedia Information Retrieval Systems, Case Studies.
CSE 3005(5) - PARALLEL PROCESSING (L – 3)
Parallel Architectures; Parallel Algorithms; Parallel Languages and Compilers; Vectorisation; Application of Parallel Computing to
Numerical Problems.
CSE 3005Y(5) - ARTIFICIAL INTELLIGENCE (L/P – 6) (PQ: CSE 2004Y(3))
Knowledge representation; Intelligent agents; Search; Heuristics; Game playing; Natural language processing; Planning; Neural
networks; AI languages, Toolkits and application; Inference; Knowledge Acquisition; Explanation; Uncertainty; Fuzzy systems;
Machine Learning; CBR; Truth maintenance; Trends.
CSE 3006Y(5) - OPERATIONS RESEARCH AND SIMULATION (L/P – 6)
Linear Programming; Simplex Algorithm; Transportation Problems; Network Techniques; Game Theory; Markov’s Chains; Queuing
Theory; Simulation.
CSE 3007(5) - COMPUTER VISION (L – 3)
The Image Model; Acquisition and Presentation; Statistical and Frequency Domain Operations; Segmentation and Edge Detection;
Area Operations; Pattern Recognition and Training; Image Compression; Texture.
CSE 3007Y(5) - PARALLEL PROCESSING (L/P – 6)
Classification of Parallel Machines, SISD, MISD, SIMD, MIMD, SPMD, Inter-processor Communication, Shared Memory,
Interconnection Networks, EREW, CREW, ERCW, CRCW, All-to-All, Mesh, Rings, Hypercube, Shuffle Exchange Cube Connected
Cycles, Parallel Algorithm Construction, Geometric Parallelism, Asynchronous/Relaxed Parallelism, Speedup and Efficiency,
Amdahls Law.
CSE 3008Y(5) - COMPUTER VISION (L/P – 6)
Image Processing and Computer Vision Background; Image Processing and Computer Vision Applications; Digital Image Processing
Hierarchy: Human Perception of Pictures, Digital Image Processing Hardware, Digital Image Characterisation and 2-D Linear
Processing: Image Model; Amplitude Digitisation, Intensity Quantisation; Spatial Co-ordinate Digitisation: Image Sampling; Image
Quality; Image Pixel Relationships; Linear Operators; 2-D Transforms, Image Enhancement: Spatial Domain Methods; Frequency
Domain Methods, Image Restoration: Inverse Filtering; Wiener Filtering (Least Mean Square), Edge Detection Methods: Edge Liking
and Boundary Detection; Thresholding Methods, Region-oriented Methods, Image Representation and Description: Representation
Schemes; Description, Pattern Recognition: Introduction and Basic Definitions; Decision Theoretic Method for Recognition, Object
recognition: Computational representations, Models and model matching, Image Compression: Introduction; Redundancy Types;
Lossless Compression; Lossy Compression; Image Compression Standards, Color processing: RGB and HSV models. Colour
space, Other Image Features: Shape and Texture.
CSE 3009Y(5) - REAL TIME SYSTEMS (L/P – 6) (PQ: CSE 2006Y (3))
Real-Time Applications; Hard Versus Soft Real-Time Systems; Reference Model of Real-Time Systems; Commonly Used
Approaches to Hard Real-Time Scheduling; Clock-Driven Scheduling; Priority-Driven Scheduling of Periodic Tasks; Scheduling
Aperiodic and Sporadic Jobs in Priority-Driven Systems; Resources and Resource Access Control; Multiprocessor Scheduling and
Resource Access Control; scheduling Flexible Computations and Tasks with Temporal Distance Constraints Real-Time
Communications.
CSE 3010Y(5) - NEURAL NETWORKS FUZZY SYSTEMS, AND GENETIC ALGORITHMS (L/P – 6)
An Overview of Combinatorial Optimization, Theoretical Foundations of Genetic Algorithms, Genetic Algorithms in Engineering and
Optimization, Genetic Algorithms in Natural Evolution, Simulated Annealing and Tabu Search. Fuzzy set theory, fuzzy systems,
Fuzzy Logic, Fuzzy Inference. Artificial Neural networks, Neural Networks Architectures and Algorithms, Historical perspective
(What, Why, When), simple model neurons, learning and generalization, perceptrons, multi-layered perceptrons, radial basis function
networks, classification and regression problems, temporal learning, recurrent and self-organizing networks, Neural network
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simulations using appropriate software (Practical/Laboratory based study), Evolving Neural Networks Implementing Genetic
Algorithms.
CSE 3011Y(5) - COMPILERS (L/P – 6)
Lexical Analysis; Syntactic Specification; Parsing Techniques; Parsers; Syntax-Directed Translations; Symbol Tables; Storage
Administration; Error Handling; Optimisation and Code Generation; Sets; Relations and Languages; Deterministic and Nondeterministic Finite Automata; Transition Graphs; Context Free Grammars; Pushdown Automata; Turing Machines; Church’s Thesis;
Uncomputability.
CSE 3012Y(5) - COMMUNICATION TECHNOLOGIES (L/P – 6)
Network models, Topologies, Transmission, Mobile networks, Network integration, Switching, signaling, Transmission line, PBX,
ISDN, Packet switched networks, TCP/IP, network design and management, Troubleshooting, Policy, Voice-Over IP, Video
conferencing, Switched, Fast and gigabit networks, WAP, network economy and planning. OSI model, customer premise equipment,
call centers.
CSE 3013Y(5) - MANAGEMENT SUPPORT SYSTEMS (L/P – 6) (PQ: CSE 1002Y(3))
KBS Architecture, Knowledge Representation, Inference, heuristics, Knowledge acquisition, Explanation facilities, KBS life-cycle,
KBS, development tools, Uncertainty, Case Based Reasoning, Data Warehousing, KDD Applications, Data pre-processing, Data
Mining Techniques, Web mining ,OLAP, Decision Support Systems, DSS Architecture and life cycle, Planning, Trends.
CSE 3014Y(5) - SYSTEM SECURITY AND CONTROL (L/P – 6)
Cryptology, historical ciphers, modern ciphers attack, efficient cryptographic primitives, data integrity and authentication, digital
signature schemes, key exchange and key management, standard protocols, mobile communications security, key escrow schemes,
zero-knowledge identification schemes, Smart cards and PCMCIA cards, quantum cryptography, firewalls cryptographic technology
and services, tunneling protocols, virtual private networks, intrusion detection systems.
CSE 3015Y(5) - NETWORK DESIGN AND SERVICES (L/P - 6)
The Kernel, Core features of Linux, Connectivity, NFS, Network Configuration, IP Addressing, Sub-netting, Subnet Masks,
Gateways, IP Aliases, DNS Server, IP Chains, Samba Server, Access Control, Permissions, ARP and RARP, ICMP, BOOTP and
DHCP Servers, TCP Ports and Protocols, UDP, Dial-in/Dial-Out Server, Telnet and SSH, Print Server, FTP, Web Server, Mail
Server, SMTP and POP3, DNS Server, NAT, IP Masquerading, Firewalls, VPNs, System Maintenance, Network Security, Proxy
Server.
CSE 3108(5) - NETWORKS I (L – 3)
Reference Models (TCP/IP, ATM); Physical Layers (SONET/SDH, ISDN, X21); Data Link Layer (MAC, LLC); Intro to Network
Design.
CSE 3109(5) - MULTIMEDIA INFORMATION SYSTEMS (L – 3)
Multimedia Data; multimedia databases; MM DB design, Multimedia Databases Querying; Current and Emerging Applications.
CSE 3203(5) - MANAGEMENT INFORMATION SYSTEMS (L – 3)
Fundamentals of information systems; Information systems for business operations; Decision support systems; Information systems
for strategic advantage; Managing information technology; Planning and implementing change; Business process re-engineering;
Executive Information systems.
CSE 3206(5) - NETWORKS II (L – 3) (PQ: CSE 3108(5))
Network Layer (IP, ATM); Transport Layer (TCP, UDP, RTP, XTP)); Application Layer (Email, Directory Services, File Transfer); ISP
Network Design.
CSE 3207(5) - INFORMATION SYSTEMS SECURITY
Basic Concepts such as Authentication; Cryptographic Sealing and Certification; Security Planning; Analysis of Security Threats;
Security Controls; Design Issues of Security Systems; Implementation of Security Systems.
ECON 1015(1) – ECONOMICS
Microeconomics: Economics and the economy; Demand, supply and the market; Elasticity concept; Theory of consumer choice;
Theory of supply: costs and production; Market Structure; Labour market; Introduction to Welfare Economics.
Macroeconomics: Introduction, National income accounting; the determination of national income equilibrium; Aggregate demand;
Fiscal policy and Foreign trade; Money and Banking; Monetary and fiscal policy; Unemployment; Inflation; Economic Growth.
ELEC 1101(1) - ELECTRICAL ENGINEERING (L/P - 3.5)
DC and AC single phase electric circuits. Magnetic Circuits. 3-phase Systems.
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ELEC 1102(1) - BASIC ELECTRICAL & ELECTRONICS ENGINEERING. (L - 3)
Current Electricity, Network Theorems, Magnetism & Electromagnetic Induction. Semiconductors, Diode, Transistors, Opamp,
Control & Feedback Systems.
ELEC 1103(1) - DIGITAL ELECTRONICS 1 (L/P – 3.5)
Data representation; Number systems; Boolean Algebra and Logic Simplification; Regular Structures; Combinational Logic Circuits.
Flip Flops.
ELEC 1104(1) - COMPUTER PROGRAMMING 1
Introductory concepts, C Fundamentals, Operators and Expressions, Data Inputs and Outputs, Flowcharts and Pseudocodes,
Control Statements, Arrays, Pointers, Data Files.
ELEC 1106(1) - ANALOG ELECTRONICS 1 (L/P - 3.5)
PN Junction, Diode circuits, and Simple Transistor Circuits. Operational Amplifier.
ELEC 1200 - PRACTICAL TRAINING (P - 0)
Mechanical and Electrical Workshop Practice. Use of popular Electrical Engineering Software. Mini Design Project
ELEC 1202(1) - ELECTRONICS 1 (L/P - 3.5)
PN Junction, Diode circuits, and Simple Transistor Circuits. Operational Amplifier. Combinational Logic. Flip Flops.
ELEC 1203(1) - MEASUREMENT SCIENCE (L/P - 3.5)
Distance, Height and Angular Measurement. Characteristics of Measuring Systems Elements. Measurement of electrical
Parameters and Measuring Instruments.
ELEC 1204(1) - COMPUTER PROGRAMMING (L/P – 3)
Introductory concepts, C Fundamentals, Operators and Expressions, Data Inputs and Outputs, Flowcharts and Pseudocodes,
Control Statements, Arrays, Pointers, Data Files.
ELEC 1205(1) - COMPUTER SYSTEM ORGANISATION (L – 3)
Components of hardware: CPU, I/O, memory; Introduction to networking (physical layer), study of a real-life network; structure of an
OS, I/O, hands on OS.
ELEC 1206(1) - ANALOG ELECTRONICS 2 (L/P – 3.5) (PQ: ELEC 1106(1))
Low Frequency Amplifier Circuits. H-Parameters, Hybrid-pi Model. Power Amplifiers Oscillators, Feedback. Differential Amplifier.
ELEC 1207(1) - COMPUTER PROGRAMMING 2 (L/P - 3)
Int. to VB, VB development, intrinsic controls, MDI, database in VB, Custom controls, OLE, Files reading and writing, client/server
architecture, active X components.
ELEC 2000(3) - DIPLOMA PROJECT/ DISSERTATION (P - 6)
ELEC 2101(3) - DIGITAL ELECTRONICS 2 (L/P – 3.5) (PQ: ELEC 1103(1))
I.C. Logic Families. Digital System Components; ADC, DAC. Sequential Logic Design. Finite State Machines.
ELEC 2104(3) - MICROPROCESSORS 1 (L/P - 3.5)
Microprocessors, Internal Architecture, Instructions and Timing. Programming and Interfacing Devices.
ELEC 2105(3) - ELECTRONICS 2 (L/P - 4) (PQ: ELEC 1202(1))
Low Frequency Amplifier Circuits. H-Parameters, Hybrid-pi Model. Power Amplifiers Oscillators, Feedback. Differential Amplifier.
ELEC 2106(3) - SIGNALS AND SYSTEMS (L - 3)
Continuous and Discrete Time Signals. LTI systems. Noise. Correlation and Convolution Techniques. Sampling. Fourier Analysis for
continuous and discrete-time signals. Laplace and z-Transforms.
ELEC 2107(3) - ELECTROMAGNETICS (L - 3)
Electric Charge and Current. Electric Field Strength and Potential. Magnetic Fields and Magnetic Di-poles. Force between Steady
current. Electromagnetic Induction, Induction and Magnetic Energy. Di-electric Materials. Magnetic Materials. Maxwell's. Equation
and Electromagnetic Waves. Co-axial Transmission Lines. Wave Guides.
ELEC 2108(3) - ELECTRICAL MACHINES (L/P - 4) (PQ: ELEC 1101(1))
Single and 3-Phase Transformers. Analysis and Performance of D.C and A.C Machines. Polyphase and Special Machines.
110
ELEC 2206(3) - COMPUTER SYSTEM ARCHITECTURE (L – 3)
Stored Program Computer, Advancements in Architectures, Pipelined Systems, Implementation of Pipelining, RISC, RISC v/s CISC,
Comparative Architectures.
ELEC 2209(3) - CIRCUITS & SYSTEMS
(PR: ELEC 1101(1))
Two Port Network. Formulation of Network Equations. Computer Solution. Graph Theory. Active Networks. Circuits Transients.
Sensitivity Analysis. Network Synthesis.
ELEC 2210(3) - POWER SYSTEMS 1 (L - 3)
Transmission, Generation and Distribution. Fault Studies. Stability. Economics and Protection.
ELEC 2211(3) - CONTROL SYSTEMS 1 (L - 3)
Modelling of Single Input Single Output Systems. Time and Frequency Domain Analysis. Stability.
ELEC 2212(3) - COMMUNICATIONS 1 (L/P - 3.5)
Amplitude and angle modulation, Noise in amplitude and angle modulation, Introduction to digital modulation techniques.
ELEC 2213(3) - ELECTRONICS 3 (L/P - 4) (PQ: ELEC 1202(1))
I.C. Logic Families. Digital System Components; ADC, DAC. Sequential Logic Design. Finite State Machines.
ELEC 3000(5) - DEGREE PROJECT/ DISSERTATION (P - 12)
Project in Electrical and Electronic Engineering and Related Areas.
ELEC 3110(5) - COMPUTER HARDWARE AND INTERFACING
IBM PC system board, design of expansion board, computer memory, Interrupt and DMA, Interface chips and cards, data
transmission, serial and parallel protocols.
ELEC 3114(5) - MICROPROCESSORS 2 (L/P - 4) (PQ: ELEC 2104(3))
Different Modes of Parallel and Serial Data Transfer. Peripheral Chips and Programming. Transducers and Interfacing. Data
Acquisition.
ELEC 3115(5) - ELECTRONIC SYSTEMS DESIGN (L/P - 3.5) (PQ: ELEC 2213(3))
Sequential Machines. Fault Diagnosis and Tolerance. Design for Testability. Programmable Devices. PAL and PLA.
ELEC 3116(5) - POWER ELECTRONICS 1 (L/P – 3.5)
Characteristics of Power Switching Devices. Switching Losses. Thermal Design. Switching Aid Circuits. Control and Protection
Circuits. Motor Drive Applications. D.C to D.C. Converters. Resonant Converters.
ELEC 3117(5) - COMMUNICATIONS 2 (L/P – 4) (PQ: ELEC 2212(3) & ELEC 1204(1) or acceptable equivalent)
Baseband Signalling. Digital Modulation/Demodulation Techniques. Introduction to Source and Channel Coding. Satellite
Communication. Link Budget Analysis.
ELEC 3200 - INDUSTRIAL TRAINING (P - 0)
Industrial Training of around 10 Weeks.
ELEC 4000(5) - DEGREE PROJECTDISSERTATION (P - 12)
Project in Electrical and Electronic Engineering and Related Areas.
ELEC 4119(5) - INSTRUMENTATION AND CONTROL (L - 3)
Instrumentation System Elements. Transducers and Signal Conditioning. Display Devices. Measurement Systems Integration.
Design of Compensators for SISO Systems. Introduction to Discrete Time Control Systems.
ELEC 4121(5) - DIGITAL SIGNAL PROCESSING (L – 3) (PQ: ELEC 2106(3))
Discrete and Fast Fourier Transform. FFT Algorithms. Applications. IIR and FIR Filter Design. Matched Filtering Design and
Applications.
ELEC 4122(5) - OPTOELECTRONICS (L - 3) (PQ: ELEC 2107(3) or PR: PHYS 1221(1))
Optical Sources. Electro-Optic Modulation. Detection of Optical Signals. Holography.
ELEC 4123(5) - POWER SYSTEMS 2 (L - 3) (PQ: ELEC 2210(3))
Generating Units. Economic Dispatch. Load Flow Studies. Unit Commitment. Control of Generation. Power System Security. State
Estimation.
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ELEC 4128(5) - MICROWAVE ENGINEERING (L - 3) (PQ: ELEC 2107(3) or PR: PHYS 1221(1))
Microwave Waveguides. Microwave Components. Design of Microwave links. Application of Microwaves
ELEC 4129(5) - ANTENNA THEORY AND RADIOWAVE PROPAGATION (L - 3)
Antenna Theory. Arrays and Small Antenna Elements. Apertures. Diffracting and Reflecting Antennas. Radar Cross-Section.
Antenna Design. Electromagnetic Waves Propagation. Multipath Channel and Fading.
ELEC 4130(5) - COMMUNICATIONS NETWORKS 1 (L - 3)
Switching Theory. Broadcasting Networks. Satellite, Optical, Microwave Networks. Broadband Technologies, Network Design.
ELEC 4133(5) - ENERGY: THE POWER SECTOR (L - 3)
Power Sector: Management and Economics.
ELEC 4224(5) - CONTROL SYSTEMS 2 (L - 3) (PQ: ELEC 2211(3))
State Space Analysis and Controller Design. Discrete Time Systems and z-Transform. Sampling and Reconstruction. Stability.
Digital Controller Design.
ELEC 4225(5) - INSTRUMENTATION SYSTEMS (L - 3)
Intelligent Systems Elements. Microcontroller Modes of Operation. Assembly Level Programming. Design of Target Systems. High
Performance Data Acquisition System Design.
ELEC 4226(5) - MICROELECTRONICS (L - 3)
NMOS, PMOS and CMOS structure. Design Rules. Characteristics, Configurations and Switching Speed. VLSI Systems: Registers,
Rams, CCD.
ELEC 4227(5) - POWER ELECTRONICS 2 (L – 3) (PQ: ELEC 3116(5))
Controlled Rectification. A.C Voltage Controllers. Single Phase and 3-Phase Inverters. Power Electronic Control of DC and AC
Motors.
ELEC 4230(5) - MOBILE COMMUNICATIONS (L – 3) (PQ: ELEC 3117(5))
Historical Development. Inverse Fourth Power Losses. Shadowing Losses. Rayleigh Fading Losses. Narrow Band System
Performance. Wideband System Principles. Equalisation, Random Access Methods. GSM System. Recent Advances in Mobile
Radio.
ELEC 4231(5) - SATELLITE COMMUNICATION SYSTEMS (L - 3) (PQ: ELEC 3117(5))
Link Analysis. Transmission Techniques for Satellite Channel. Multiple Access. Multibeam and Regenerative Satellite Networks.
Orbits. Earth Stations. Communication Payload. Organisation of Telecommunication Platforms. Space Environment. Reliability.
ELEC 4232(5) - OPTICAL FIBER COMMUNICATIONS (L - 3) (PQ: ELEC 2107(3))
Optical Fibre Transmission and Communication Systems. Optical Transmitters and Receivers. Coherent Optical Communications.
Optical Fibre Domain Reflectrometry. Dispersion Characteristics
ELEC 4233(5) - INFORMATION THEORY (L - 3)
Fundamentals of Information Theory (Entropy and Source Coding). Introduction to Decision Theory. Channel Models and Capacity.
Error Correcting and Detecting Codes: Block and Convolutional Codes.
ELEC 4234(5) - COMMUNICATION NETWORKS 2 (PQ: ELEC 4130(5))
Network services and Architecture. ATM networks. Layered Network Architecture: SS7, Network Routing, Addressing. Transmission
Protocols: Bit-oriented, character-oriented, DLL Protocols, ARQ, Selective Repeat, HDLC. Performance evaluation and monitoring:
SNMP, CMOT. Queuing theory and Network Queues. Delay and loss performance models.
ELEC 4235(5) - WIRELESS TECHNOLOGY
GSM, GPRS, UMTS Technologies. Wireless local area networks. Pocket radio systems. Mobile IP. Bluetooth.
MATH 1231(1) - PROBABILITY AND STATISTICS I (PR: A-LEVEL MATHS)
Elementary probability. Conditional probability. Discrete and continuous distributions. The Central Limit Theorem. Introduction to
Linear Regression. Estimation and Hypothesis testing.
MATH 2101(3) - MATHEMATICS 3
Complex variables. Laplace and Fourier Transforms. Fourier series. Numerical solutions of differential equations.
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MATH 2151(3) - PROBABILITY AND STATISTICS II (PR: MATH 1231(1))
Axiomatic approach to probability. Bayes’ theorem. Random variables. Moments. Generating functions. Limit theorems. Joint
distributions.
MATH 2242(3) - LINEAR ALGEBRA AND APPLICATIONS
Theory of simultaneous equations; Matrices; Vector spaces solution and Orthogonal projection; Problem solving; General difficulties
and review.
MATHS 1111(1) - MATHEMATICS 1 (PR: A-LEVEL MATHEMATICS)
Calculus of one and several variables. Polar coordinates. Complex numbers. Hyperbolic functions. Limits. Ordinary differential
equations.
MATHS 1211(1) - MATHEMATICS 2 (PR: A-LEVEL MATHEMATICS)
Matrix Algebra: Matrices and determinants. Solution of linear systems of equations. Eigenvalues and eigenvectors. Infinite Series:
Comparison test and Ratio test for non-negative series. Vector Algebra: Scalar and vector products, triple products. Vector
equations. Vector Analysis: Gradient, divergence and curl. Line and multiple integrals. Green’s theorem in the plane, Divergence
theorem and Stokes’ theorem.
MECH 1111(1) - ENGINEERING GRAPHICS I (L/P – 3)
Introduction to Drawing Office Practice, BS 308, etc; Geometrical constructions; Blending of curves; Linkages, Locus, Ellipse,
cycloid, epicycloid, etc; Introduction to development (Prisms, cylinders, etc); Orthographic Projection (systems of projection);
Dimensioning and Tolerancing; Sections and sectional views. Introduction to isometric projection; Standard Parts (Threading,
Fasteners, etc); Assembly Drawing.
MECH 1200 - VACATION TRAINING (P – 0)
1 week mechanical workshop practice, 1 week automobile workshop, 1 week Computer Aided Drafting, 1 week Electronics Lab.,
Electrical Wiring Diagram, Building Civil Construction, Mini-project + Assessment.
MECH 1212(1) - ENGINEERING GRAPHICS 2 (L/P - 2) (PQ: MECH 1111(1))
Further Isometric projection, True lengths & True Shapes, Further Development & Interpenetration, Development of Truncated Parts
& Transition pieces, Assembly & Working Drawings, Drawing analysis, Cams, Gearing & Gears, Piping Drawing, Welding
representation,Limits, Fits and Tolerances- BS.4500, Geometrical Tolerancing, Freehand sketching & Perspective Drawing
MECH 1213(1) - APPLIED MECHANICS (L/P – 3.5)
Statics; Dynamics; Friction; Work Power and Energy; Direct Stress and Strain; Shear and Torsion; Shear Force & Bending Moment.
MECH 2121(3) - ENGINEERING MATERIALS (L/P – 3.5)
Atomic Structure and Inter Atomic Bonding, Crystalline Structure of Solids, Imperfections in Solids, Physical and Mechanical
Properties of Metals, Plastic Deformation of Crystalline Materials, Phase Diagrams of Metals and Alloys, Thermal Processing of
Metals and Alloys, Production, properties and Application of Steels (carbon steels, alloy steels, etc.)., Production, properties and
Application of some Non- Ferrous metals & alloys (Aluminum, Copper, Magnesium, Titanium, etc.), Production, properties and
Application of polymers (Thermosets, Thermoplastics, etc.), Production, properties and Application of Reinforced Polymers,
Production, properties & applications of Ceramics
MECH 2122(3) - PRODUCTION ENGINEERING (L/P - 3.5)
Casting, Cold & Hot Working, Forming, Forging, etc., Machining Technology (Turning, Milling, Shaping, Drilling, Boring, etc.) –
principle of operation of processes, mathematical modelling of metal removal process, applications, factors affecting machining,
machining parameters, accessories, etc., Tool Materials (Low carbon steels, HSS, Carbides, Ceramics, Cermets, Coated tools,
Diamond, CBN, etc.) & Machinability (of tool materials with respect to different metals), Economics of Machining.
MECH 2123(3) - METROLOGY (L/P – 2.5)
Introduction to Metrology & Standards, Dimensional Properties & Errors, Tolerance, Fits & Gauges, Linear Measurement,
Comparators & Angular Measurement, Introduction to Surface Texture Measurement, Surface Roundness Measurement,
Interferometry, Introduction to CMM, Analogue ac and dc measuring instruments: moving coil, moving iron and, electrodynamics
instruments. Measurement of current, voltage, power and energy. Classification of data and errors, Uncertainty analysis.
MECH 2224(3) - MANUFACTURING TECHNOLOGY (L/P – 3 .5)
Grinding Processes; Finishing Operations; Introduction to Joining Processes; Fusion welding (arc welding, TIG, MIG, Resistance
welding, gas cutting, MAG, plasma, etc.); Adhesive Bonding; Introduction to Tribology (Wear, oil analysis, etc.); Introduction to Nonconventional Machining Processes; Electro Discharge Machine (EDM).
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MECH 2225(3) – INTELLIGENT CONTROLLERS (L/P – 3)
Programmable Logic Controllers; Microcontrollers; PC based systems; Mini-project.
MECH 2226(3) - THERMAL SCIENCE 1 (L/P - 3.5)
Heat Engine Cycle; Steam Boiler, Steam Plant, Displacement Machines, Nozzles, Mixtures; Introduction to Combustion and Internal
Combustion Engines.
MECH 2227(3) – FLUID POWER AND DRIVES (L/P – 3 .5)
Pneumatics & Hydraulics Systems; Standards; Generation of Pneumatic & Hydraulic Power; Design and Implementation of
Pneumatics and Hydraulics Circuits; Pneumatics and Hydraulics Components – Valves, Actuators, etc.; Design of cascade circuits
and troubleshooting; Electrohydraulic & Electropneumatic Systems and Components; Proportional Control; Systems Integration and
Interfacing to PLC’s and Microprocessors; Safety Aspects; Applications and Comparisons between Different Systems.
MECH 2228(3) - STRUCTURAL MECHANICS AND DYNAMICS 1 (L/P – 3.5)
(PQ: MECH 1213(1))
Frameworks; Deflection of Beams; Strain Energy; Velocity Diagrams; Balancing; Crank Effort Diagrams; Belt Drives.
MECH 3000 - INDUSTRIAL TRAINING (P – O)
Industrial Training of minimum duration 20 weeks.
MECH 3130(5) - HEAT TRANSFER 1 (L/P - 3.5)
Introduction to Conduction, Convection and Radiation. One Dimensional Steady State Conduction, External and Internal Flows, Free
Convection, Radiation Processes and Properties.
MECH 3131(5) - DESIGN OF WORK SYSTEM I (L/P – 3)
Productivity in the Enterprise; Method Study (Procedures, Charting, Micro motion study); Work Measurement (Procedures, Rating,
Setting standards); Design of plant layout; Work place engineering; Organisation of work study department; Techniques to reduce
work content; Work Physiology; Management of ageing in work situation.
MECH 3132(3) - ENGINEERING MANAGEMENT 1 (L – 3)
Introduction to the Production and Operations Management; Decision Analysis; Capacity Planning; Process Selection and Facility
Layout; Location Planning and Analysis; Introduction to Quality; Introduction to Inventory Management: Requirements of an effective
Inventory Management System; EOQ & EBQ models, Reorder levels, Quantity Discounts; Materials Requirement Planning; Project
Management.
MECH 3133(5) - ENGINEERING DESIGN (L - 3)
The Engineering Design Process: Importance of Design, Design Project: Working in Teams, Data Collection methods (surveys,
brainstorming), Concept Generation and Evaluation Methods, Configuration Design, Material Selection, Process Selection,
Parametric Design, Risk, Reliability and Safety, Feasibility analysis, Quality Methods in Design (Value Engineering, Taguchi
Method), Legal and Ethical issues in Design, Test, Project Presentation, Round up.
MECH 3134(5) - STRUCTURAL MECHANICS AND DYNAMICS 2 (L/P – 3.5)
(PQ: MECH 2228(3))
Bending Stresses; Complex Stress and Strain; Elastic Constants; Volumetric Strain; Theories of Failure; Cams; Governors;
Clutches; Spur Gearing.
MECH 3135(5) - FACTORY AUTOMATION (L/P – 3)
Fundamentals of Manufacturing and Automation; Type of Automation Systems and Strategies; Design for Automation; Automated
Assembly Lines; Automated Materials Handling and Storage; Automated Inspection; Numerical Control, NC Part Programming;
Introduction to CAD/CAM; Introduction to CIM; Group Technology; Flexible Manufacturing Systems.
MECH 3136(5) - ADVANCED MANUFACTURING SYSTEMS (L/P – 3.5)
Fundamentals Of Manufacturing & Automation. Group Technology. Flexible Manufacturing Systems. Principles of Material handling,
Equipment & storage. Industrial Robots (structures, drive systems, physical & specific performance, applications, Robot
Implementation and safety requirements, robot end effectors, etc). Sensors for automated systems & vision system. Introduction to
PLCs.
MECH 3137(5) - QUALITY AND RELIABILITY 1 (L - 3)
Principles of Quality Assurance, Relation to Design, Development, Manufacturer and User Products and Services. Management
Aspects of Reliability, Basic Statistics, Reliability Engineering.
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MECH 3238(5) - ENGINEERING MAINTENANCE (L/P - 3)
Concepts and Horizons of Maintenance, Maintenance of Plant facilities, Maintenance of Mechanical Service Equipment and
Electrical Equipment, Maintenance Techniques, Computerised and Conventional Maintenance Management Systems, Maintenance
Costs and Costs Controls.
MECH 3239(5) - QUALITY SYSTEMS (L/P – 3)
Introduction to Quality & Standards, ISO 9000 Standards – Part 1 & II, Internal & External Quality Auditing, Statistical Process
Control, Control charts for Attributes, Control charts for Variables, Process Capability Indices, Total Quality Management, Quality
Costs, Quality Circle, Quality Planning, Benchmarking & Continuous Improvement.
MECH 4000(5) - DEGREE PROJECT/DISSERTATION (P - 12)
Project in Mechanical/ Manufacturing Engineering and Related Areas.
MECH 4041(5) - ROBOTICS TECHNOLOGY (L/P – 3)
Course Overview, Importance of a knowledge of Robotics Systems for engineers; Fundamentals of Robotics & Automation; Control
Systems and Components; Robot Motion Analysis and Control; Robot End Effectors; Sensors in Robotics; Introduction to Machine
Vision; Robot Programming and Languages; Robot Cell Design and Control; Economics of Robotic Systems; Robot Applications in
Manufacturing; Robot Implementation and safety requirements; Mini-project + Hands on sessions.
MECH 4042(5) - MACHINE INTELLIGENCE (L/P – 3)
Representation of knowledge; Knowledge based systems; Introduction to fuzzy systems and inexact reasoning; Artificial neural
networks; Pattern matching; Control techniques; Expert systems design.
MECH 4055(5) - REFRIGERATION & AIR CONDITIONING (L - 3)
Air Conditioning, p-h, T-S, p-v and psychrometric charts, Vapour Compression Cycle and System Analysis, Equipment:
Compressors, Evaporators, Condensers, Throttle Valves, Refrigerant and the Ozone Layer, Air Conditioning for Tropical Climates,
Air quality and Standards, Determination of Cooling Load, Air Conditioning Systems. Design of Ducting and Piping Systems.
Installation, Commissioning and Maintenance of Refrigeration Equipment, Thermal Storage Systems.
MECH 4061(5) - SIMULATION OF MANUFACTURING SYSTEMS (L/P – 3)
Introduction to system concept, Basic introduction to simulation: concepts, types of application, available systems. Simulation
models; drawing and understanding activity and entity life cycle diagrams, hand simulation. Experimentation, verification and
validation. Concepts of, warm-up, run length, repetition, experimentation and analysis of results. Introduction to computer-assisted
simulation: building models on a computer using WITNESS Visual Interactive Simulation package. Entity life cycle diagrams, use of
attributes, collection of statistics, producing graphics. Model building & Simulation individual project.
MECH 4062(5) - CAD/CAM (L/P – 3)
Manufacturing Systems and CAD/CAM, Mini project, The Design Process and CAD, CAD Hardware and Software, CAD Modelling
Schemes, Introduction to Mechanical Desktop, Fundamentals of NC, NC part programming, CNC, DNC and Adaptive Control,
Programming the CNC lathe, Programming the VMC, Using HyperMill.
MECH 4066(5) - RELIABILITY & MAINTENANCE ENGINEERING (L/P – 3)
Definition of Reliability, Probability and Sampling, Taguchi Methodology, Reliability characterization, Failure Models, Reliability Data
Analysis & Management, Loading, Safety Factors & Capacity related to Reliability, Reliability Testing, Failure Mode Effect Criticality
Analysis (FMECA), Fault Tree Analysis (FTA), Markov Analysis, Cause Consequence diagrams, etc. Risk Assessment, Maintenance
Strategies & Techniques, Breakdown Maintenance, Preventive Maintenance, Predictive Maintenance, Introduction to Condition
Monitoring, Reliability Centered Maintenance (RCM)
MECH 4151(5) - STRUCTURAL MECHANICS AND DYNAMICS 3 (L/P - 3.5) (PQ: MECH 3134(5))
Thick Cylinders, Springs, Torsion of No Circular and Thin Walled Sections; Unsymmetrical Bending, Gear Trains, Gyroscopes.
MECH 4152(5) - AUTOMOTIVE SYSTEMS (L – 3)
Engine, Fuel, transmission, Suspension and Braking Systems, Chassis and Body Shell, Electrical and Electronic Vehicle
Applications, Engine management and Exhaust Systems, Overall maintenance Schedules, Environmental Issues, Noise, Air
Pollution, Road Wear, Safety, Congestion Developments in Electronic systems, New Materials.
MECH 4153(5) - HEAT TRANSFER 2 (L - 3) (PQ: MECH 3130(5))
Steady State Conduction with Generation, Internal Flow, Radiation Exchange, Heat Exchangers and Heat Pipes, Boiling and
condensation, Combined Modes of Heat Transfer.
MECH 4154(5) - THERMAL SCIENCE 2 (L - 3) (PQ: MECH 2226(3))
Turbomachinery, Psychrometry, Condensers and Cooling Towers, Internal Combustion Engines: Performance Testing.
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MECH 4163(5) - OPERATIONS RESEARCH 1 (L/P – 3)
Linear Programming Techniques, Forecasting Techniques, Decision & Utility, Theory, Advanced Inventory model, JIT Systems,
Scheduling of Manufacturing & Service Systems, Queuing Theory, Network Models.
MECH 4256(5) - ENGINEERING MANAGEMENT 2 (L – 3)
Human Resource Management: Evolution of Management, Types of leadership, Motivation, Recruitment, Training and Development,
Evaluation, Control and Reward System.; Industrial Relations & Law: Industrial Disputes and Discipline, Workers bargaining power
and participation; Introduction to Marketing: The marketing Environment, Customer buying behaviour, Segmentation, Targeting and
Positioning, The 4 P’s of Marketing; Contracts & Tendering.
MECH 4257(5) - ENERGY MANAGEMENT (L - 3) (PQ: MECH 4154(5))
Fuel and Combustion, Boilers, Efficiency; Total Energy Schemes, Case Studies.
MECH 4258(5) - STRUCTURAL MECHANICS AND DYNAMICS 4 (L - 3)
Strains Beyond Elastic Limit; Rings, Discs, Cylinders subjected to Rotation and Thermal Gradients, Circular Plates and
Diaphragms, Experimental Stress Analysis; Vibrations.
MECH 4264(5) - OPERATIONS RESEARCH 2 (L/P – 3) (PQ: MECH 4163 (5))
Theory of Games, Simulation, Dynamic Programming, Replacement Theory, Markov Analysis, Sequencing, Goal Programming.
MECH 4265(5) - DESIGN OF WORK SYSTEM II (L/P – 3)
Man/Machine System (characteristics and classification), Design of Displays, Design of controls, Human capabilities and work place
design, Effect of climate, noise, vibrations, vision and lighting on human performance, Industrial Design and Ergonomics, Power
Ergonomics Maintenance Costs and Cost Controls.
MGT 1111(1) - ORGANISATION & MANAGEMENT
Management Concepts and Functions. Development of Management Theories. The Internal and External Environments of the
Organisation. Social Responsibility and Ethics in Management. Managerial Decision Making. The planning process. The nature of
Organisation Structure. Organisational Control. Contemporary issues in Management. Management in Future.
MGT 1200(1) - INTRODUCTION TO MARKETING
Understanding marketing, The Marketing Environment, Information Systems & Marketing Research, Customer Buying Behaviour,
Segmentation, Target Marketing & Positioning, The Marketing Mix: Product, Price, Place, Promotion). Strategic Planning.
MGT 1201(1) - ORGANISATIONAL BEHAVIOUR
Overview of organisational behaviour. Managerial work, skills and functions. The individual in organisations: ability, skills, perception
and attitudes. The individual: personality, job satisfaction. Learning and behaviour modification. Motivation: theories and practice.
Leadership. Organisational structure and culture. Work groups and work teams. Work design: Re-engineering, productivity, TQM.
Communication, power and politics. Social responsibility and ethics in OB.
MGT 3111 - OPERATIONS MANAGEMENT I
Operations Systems and the firm. Importance of Operations management. Types and characteristics of manufacturing and service
systems. Production planning and control. Inventory Management. Production Routing and Scheduling. Quality Control.
MGT 3211 - OPERATIONS MANAGEMENT II (PQ: MGT 3111)
Just-In-Time. Supply-Chain Management. Human factors, Equipment and maintenance. Forecasting. Capacity planning and
operations scheduling. Plant layout. Manufacturing planning (MRP). Work study.
MGT 4100 - STRATEGIC MANAGEMENT I
Strategic Planning: Tools and Techniques. Environmental Scanning: The SWOT Analysis, Analysis of the Competitive Environment
(Porter’s Five Forces model). Introduction to Strategy Formulation at: Corporate level, Business level, Functional level. Introduction
to Strategy Implementation, Evaluation and Control.
MGT 4200 - STRATEGIC MANAGEMENT II (PQ: MGT 4100)
Strategic Management Tools and Techniques: Value Chain, Financial Statement Analysis (Performance Ratios), Portfolio Analysis
(BCG Matrix, GE Matrix). Strategy Formulation: Ansoff Matrix, Porter’s Generic Strategies (cost leadership, differentiation, focus),
Identification and evaluation of strategic alternatives. Strategy Implementation: Framework for understanding implementation issues,
Tactical aspects of strategy implementation. Strategy Evaluation and Control. Integrative Case Analysis.
PHYS 1121(1) - WAVES AND OPTICS (PR: A-LEVEL PHYSICS & MATHS)
Vibrations, Wave equation, sound waves, Interference and diffraction phenomena, elements of geometrical optics.
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TXT 1103(1) - CHEMISTRY FOR TEXTILE INDUSTRY
Inorganic and Physical Chemistry: Periodicity, The Electronic Theory, Chemical Bonding and Intermolecular Forces as Operating
Between Dyes and Textile Fibres, Energy Changes of Solution Systems, Dyes and Chemicals in Solutions, Endo-Exothermic
Reactions, Redox and Acid-Bases Reactions; Reduction and Oxidation Processes, Equilibria and Factors affecting Equilibria and its
relevance to Dyeing Systems, Reaction Rates.
Organic Chemistry: Introduction to Carbon Chemistry and Derivatives; application to Dye Chemistry.
TXT 1115(1) - TEXTILE SCIENCE (L - 4)
Introduction to textile fibre, yarn and fabric. Classification of fibre, yarn and fabric. Manufacturing process and properties of mainly
used natural and synthetic fibres. Types of yarns. Selection and fabric care. Finishes.
TXT 1125(3) - ART AND DRAWING (P - 3)
Line, triangle, square, circles using pencil, paint brush. Free hand design with pencil and paint brush. Colour wheels, colour scales,
tints and shades chart of primary and secondary colours, colour schemes, complimentary and neutralising colours.
TXT 1135(3) - PATTERN DRAFTING I (L/P – 3)
Drafting of basic block, different yokes, gathers, pleats, sleeves, collars, dresses, shirts, pants, layettes, rompers, jump suits etc.
TXT 1145(1) - YARN TECHNOLOGY (L - 2)
Classification of yarns and yarn formation systems. Effect of twist on fabric properties Simple, complex and textured yarns.
TXT 1155(1) - FABRIC TECHNOLOGY (L/P - 4)
Yarn preparation for weaving and knitting, different types of looms, basic mechanism of shuttle looms complex shedding methods
looms. Draft and peg plan. Fundamentals of conversion of yarns into knitted fabrics. Basic knitting actions. Knitting elements and
cams. Relationships between fabric design and construction with properties and performance of end product. Non woven fabrics.
TXT 1200 - INDUSTRIAL TRAINING I
TXT 1213(1) - TEXTILE MATERIALS (L - 3)
Fibres: nature, origins, production, structure, properties and end-uses. Identification of fibres.
TXT 1215(1) - FABRIC STRUCTURE (L - 3)
Weaving - different weaves - plain, twill, satin n sateen, pile, leno, distorted thread effect. swivel, double cloth, dobby, Jacquard and
novelty fabrics, textured yarn fabrics, extra warp / weft, napped fabrics. Looms. Laces and braids. Knitting - weft, circular, warp. Non
woven and Bonded fabrics. Leather.
TXT 1223(1) - YARN PRODUCTION 1 (L - 3)
Cotton blowroom systems. Intermediate feed systems. Comparison of carding machines for different yarn production systems.
Preparatory processes for wool. Wool blending.
TXT 1225(3) - ELEMENTS AND PRINCIPLES OF DESIGN (L/P - 3)
Elements of Design. Principles of Design. Each principle with respect to other element and each principle with respect to other
principle. Ways of introduction of different elements and principles in a design. Definition and Explanation of regularly used terms viz.
Style, design, classic, fad, high fashion garments, mass fashion, fashion trends etc.
TXT 1233(1) - WEAVING 1 (L/P - 4)
Yarn Preparation for weaving. Basic mechanisms for shuttle looms. Basic fabric structures and geometry. Fabric quality.
TXT 1235(3) - APPAREL MAKING I (L/P - 3)
Seams and stitches. Sewing machinery. Garment assembly. Designing, stitching and finishing of minimum five garments using
various techniques.
TXT 1243(1) - KNITTING 1 (L/P - 4)
Fundamentals of the conversion of yarns into knitted fabrics. Basic knitting actions. Knitting elements and cams. Relationships
between fabric design and construction with properties and performance of end product.
TXT 1245(3) - COMPUTER GRAPHICS (L/P - 3)
An understanding of systems and dimensions variable. An in depth approach to drawing, creation, editing and presentation.
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TXT 1253(1) - WET PROCESSING 1 (L/P - 4)
Preparatory processes for cotton, protein, man-made fibres and blends. Methods of pretreatment and dyeing of cotton and wool with
various classes of dyes. Water supply and effluent treatment.
TXT 1255(1) - DYEING AND PRINTING (L/P - 4)
Dyeing of fibres, yarns, fabrics and garments. Roller, screen and transfer printing. Styles of printing. Batik and Tie & dye. Textile
finishes.
TXT 1263(1) - CLOTHING TECHNOLOGY (L/P - 4)
Pattern construction. Fabric usage. Seams and stitches. Sewing machinery. Garment assembly. Pressing and fusing technology.
TXT 1265 - INDUSTRIAL TRAINING (P – 0)
TXT 2113(3) - WEAVING 2 (L/P - 4)
Automated yarn preparatory processes. Shuttleless weft insertion methods. Complex shedding methods. CAD and CAM systems.
Warp, weft and cloth control mechanisms. Fabric faults: recognition, rectification and prevention.
TXT 2115(3) - KNITTED FABRIC DESIGN I (L/P - 3)
Creating designs for circular, weft knit fabrics and knitting of samples.
TXT 2123(3) - KNITTING 2 (L/P - 4)
Weft knitting machines. Dimensional stability of knitted structures. Spirality. Geometry of plain knitted Fabrics. Fully fashioned
garment manufacture. Fabric faults: recognition, rectification and prevention. Yarns for weft knitting. Knitting machine performance.
TXT 2125(3) - WOVEN FABRIC DESIGN I (L/P - 3)
Creating designs for simple looms, plain, twill, satin weaves, extra warp & weft designs. Weaving of samples.
TXT 2133(3) - WET PROCESSING 2 (L/P - 4)
Dyeing of man-made fibres and blends. Dyeing machines. Printing. Textile Finishing.
TXT 2135(3) - PRINT DESIGN I (L/P - 3)
Repeat, layout of designs and drop devices. Abstract, decorative, geometrical, nursery, shirting designs. Developing screens and
printing on samples.
TXT 2143(3) - CLOTHING MANAGEMENT (L - 3)
Method study. Line balancing. Organisation of clothing production. Quality management. Costing.
TXT 2145(3) - FASHION ILLUSTRATION I (L/P - 3)
Dividing human figure in proportion of 7.5 parts. Posing of figures. Face details with/ without hairstyles. Drawing of figures. Elongated
fashion figures Colour techniques using various mediums. Sketching of live models.
TXT 2155(3) - DRAPING I (P - 2)
Preparation of dress form for draping. Calculation and cutting of material. Bodice block with shoulder dart. Bodice (hip) block with
princess cut. Manipulation displacement and concealment of darts. Construction of gathers and pleats. Various types of collars.
TXT 2173(3) - COLOUR SCIENCE (L - 3)
Human colour vision. Theories of colour vision. Additive and subtractive colour mixing. CIE RGB system. CIE XYZ system. CIE
observers and illuminants. CIE L* a* b* system. Kubelka-Munk theory. Colour mixing instruments. Metamerism, Recipe match
prediction.
TXT 2200 - INDUSTRIAL TRAINING II
TXT 2213(3) - YARN PRODUCTION 2 (L - 3)
Combing systems. Drafting systems. Methods of twist insertion. Effect of twist on yarn and fabric properties. Tow to top conversion.
Cutting and breaking systems.
TXT 2215(3) - PATTERN DRAFTING II (L/P - 3)
Designing and making of paper patterns for casual, office, night, party, sports swimming, evening wear. Computer aided pattern
drafting.
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TXT 2223(3) - MATERIALS AND PRODUCT EVALUATION (L/P - 4)
Moisture measurement and control. Testing of fibre, yarn and fabric properties. Tensile strength tests. Yarn evenness, hairiness and
friction. Flammability testing.
TXT 2225(3) - APPAREL MAKING II (P - 3)
Designing, stitching and finishing of garment for casual, office, night, party, sports, swimming, evening wear. CAD/ CAM.
TXT 2233(3) - TEXTILE ENGINEERING (L - 3)
Steam utilisation. Air conditioning. Machine and plant maintenance.
TXT 2235(3) - KNITTED FABRIC DESIGN II (P - 3) (PR: TXT 2115(3))
Creating knitting fabric designs for fashion garments and knitting . CAD/ CAM
TXT 2243(3) - GARMENT DESIGN PROJECT (P - 1.5) (PR: TXT 2143(3))
Students are required to construct a garment under the supervision of a member of staff.
TXT 2245(3) - WOVEN FABRIC DESIGN II (P - 3) (PR: TXT 2125(3))
Creating design for jacquards, dobby, laces etc. Weaving of samples. CAD/CAM
TXT 2253(3) - ELECTROMECHANICS (L - 3)
Circuit analysis. Transformers. D.C. and A.C. machines. Synchronous machines.
TXT 2255(3) - PRINT DESIGN II (P - 3) (PR: TXT 2135(3))
Design for dress materials, shirting, scarf, sari, box pallave, upholstery design - using various texture applications and techniques.
Printing. CAD/ CAM.
TXT 2263(3) - STATISTICS FOR TEXTILE INDUSTRY
Presentation of data. Probability. Common Probability Distributions. Sampling Distributions. Estimation. Hypothesis Testing. Linear
Regression. Illustrate Application of Methods with Examples Drawn from the Textile Industry.
TXT 2265(3) - FASHION ILLUSTRATION II (P - 3) (PR: TXT 2145(3))
Sketching of outfits / designs - Evening wear, office wear, swimming costume, track suit, night wear, casual wear, draped garments
etc. CAD.
TXT 2275(3) - DRAPING II (P - 3) (PR: TXT 2155(3))
Draping of various types of sleeves. Skirts and its types. Draping of garments and stitching. Grading of paper patterns to different
sizes.
TXT 2295 - INDUSTRIAL TRAINING (P – 0)
TXT 3000(5) – PROJECT/DISSERTATION (P - 9)
TXT 3113(3) - FABRIC STRUCTURE (L - 3)
Analysis of woven and knitted structures. Transfer of woven and knitted designs into finished fabric.
TXT 3115(5) - PORTFOLIO DEVELOPMENT (P - 4)
Preparation of a collection of design for garments / knit wear / textile prints based on a theme, end use or for a season or for an
occasion.
TXT 3123(3) - COLOUR SCIENCE (L - 3)
Human colour vision. Theories of colour vision. Additive and subtractive colour mixing. CIE RGB system. CIE XYZ system. CIE
observers and illuminants. CIE L* a* b* system. Kubelka-Munk theory. Colour measuring instruments. Metamerism, Recipe match
prediction.
TXT 3125(3) - DESIGN OF FASHION ACCESSORIES (P - 2)
Designing of accessories viz. Belts, Wallets, Purses / Bags, Brooches, Hair clips/ bands, Jewellery sets, Hat / Gloves, Re-styled
garments, foot wear.
TXT 3133(3) - ADVANCED TOPICS IN TEXTILE CHEMISTRY (L - 3)
Surface chemistry: contact angles & wetting. Adsorption isotherms. Donnan equilibrium. Thermodynamics: first and second laws.
Physico-mechanical and physico-chemical aspects of dyeing and printing. Theoretical models for dyeing systems.
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TXT 3135(3) - SOURCES OF FASHION MATERIALS (P - 2)
Collection of various fabrics (woven, printed, painted, embroidered, and decorated by other techniques. Laces and braids).
Accessories viz. fasteners, zips, appliqués etc. available in the market and presentation of the same along with their uses and cost
price.
TXT 3165(3) - EVOLUTION OF FASHION (L - 3)
Early civilisation. Middle civilisation. Fifteenth to eighteenth century. Eighteenth to nineteenth century. Twentieth century. Costumes
of various communities and cultures. Present day and upcoming fashion.
TXT 3171(3) - TEXTILE MACHINERY
Yarn Preparations prior to Weaving. Weaving Motion. Conventional and Modern Weaving Machines. Fabric Draw-off. Woven
Structures. Loop formation. Flat and Circular Knitting Machines. Basic Fabrics. Production Calculation. Main Routes in Textile
Technology. Evolution of Yarn Processing Technology. Opening, Cleaning and Blending. Carding. Drawing and Spinning. Production
Calculations. Industrial Survey.
TXT 3213(3) - ADVANCED TOPICS IN TEXTILE MANUFACTURE (L - 3)
Individual needle selection. CAD/CAM systems in knitting. Latest developments in knitting. Introduction to warp knitting. Multiphase
weaving. Pile fabrics and carpets. Recent developments in weaving. Non-woven technology. Textured yarn technology. New
spinning technologies.
TXT 3215(3) - DESIGN OF TRIMMINGS (P - 2)
Designing of fasteners like buttons, zips, buckles. Laces, Appliqués, cording, embroidery.
TXT 3223(3) - TEXTILE PROCESSING & THE ENVIRONMENT (L - 3)
Characterisation of textile effluent. Toxicity of textile chemicals. Methods of effluent treatment. Disposal of effluents. Reuse of water
in wet processing. Solid waste management & recycling. Cleaner production technologies.
TXT 3225(3) - EXHIBITION (P - 4)
Students will plan a fashion show or exhibition (or both) of textiles and garments designed and produced by them.
TXT 3285(3) - HISTORICAL AND CONTEMPORARY TEXTILES (L - 3)
Development of textiles and its designing through the ages and recent developments in Textiles.
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