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DEPARTMENT OF ELECTRICAL AND ELECTRONIC ENGINEERING
17 MASTER’S (MODULAR) PROGRAMME IN ELECTRICAL AND ELECTRONIC ENGINEERING
17.1 Title of Programme
The title of the programme is Masters (Modular) Programme in Electrical and Electronic Engineering
17.2 Programme Objectives
Electrical and electronic engineering is essential for maintaining and developing a modern society. From the production of electricity through the multiplicity of electrical and electronic apparatuses to communications and robotics, electrical and electronic engineering is fundamental to many of the technical systems that are used every day at work and at home. Electrical and electronic engineering is also changing rapidly.
The Masters programme is designed for Electrical/Electronic Engineering graduates who are practicing engineers, designers or industry planners who seek a further understanding of areas of electrical and electronic engineering such as power systems, mechatronics and industrial automation and communications engineering. The programme is intended to equip the student so as to adapt to the challenging demands of the modern electrical and electronic engineering industries.
The main objectives of the programme are to:
• Give candidates professional training in the theoretical and practical aspects of electrical and electronic engineering so as to turn out competent postgraduates to meet the current demands of analysis, synthesis and design of systems of the electrical and electronic engineering industries.
• To provide an academic environment for study and research for the engineer wishing to follow a MSc/PhD programme, in order to contribute in solving the problems of electrical and electronic engineering by the use of appropriate technologies.
• To enrich the capacity of the student to continuously adapt to the constant changes of the state of the art in electrical and electronic engineering.
17.3 Entry Requirements
a) The entry requirements for the Master’s degrees in Electrical and Electronic Engineering are:
i. Applicants must have BSc First Class or Second Class (Upper Division) or its equivalent in Electrical and/or Electronic Engineering or in related Engineering disciplines from a recognised University.
ii. All other applicants who do not satisfy (i) above but have degrees in Engineering and Science may be eligible only after passing an interview.
iii. Holders of UMaT Diploma in Mine Electrical Engineering who hold senior positions in an appropriate industry and have at least 5 years professional experience with proven ability in their discipline are eligible for admission.
iv. Foreign applicants with proficiency in English language who satisfy the requirements of (i) or (ii) above are eligible for admission after careful consideration of transcripts and relevant references.
b) A student may be admitted to participate in any module on non-scoring basis. In this case, the student may participate in class discussions, do practical work, take examinations and generally enjoy the privileges of a class member. No credit is given either on completion of a module or at a later time. Such a student shall be given the award of either a Certificate of Proficiency if the student takes examinations or Certificate of Participation if the student does not take examination or fails the examination.
17.4 Programme Requirements
The Department offers two Master’s Degree Programmes. These are:
i. MSc Electrical and Electronic Engineering Degree Programme
ii. MPhil Electrical and Electronic Engineering Degree Programme
a) Graduation Requirements
i. MSc Electrical and Electronic Engineering Degree
• A minimum of 45 credit hours is required for the award of MSc. Degree. This is made up of a minimum of eight (8) modules (at least 24 credit hours) in five (5) core modules and at least three (3) other modules which must be selected by the candidate in consultation with his/her supervisor, a Graduate Seminar (3 credit hours), Field Trip and Report (3 credit hours) and a Thesis (15 credit hours).
• There shall be a minimum of forty (40) contact hours in each module (4 hrs/day).
• A student may take a module on non-scoring basis. In this case no credit will be given either on completion of a module or at a later time.
ii. MPhil Electrical and Electronic Engineering Degree
• A student is required to audit five (5) core modules outlined in Section 17.5a. In addition, the student may audit modules recommended by the Supervisor to facilitate the student’s research work. The candidate is also required to present at least one seminar.
• The successful defence of a thesis is required for the award of the MPhil degree. The thesis should be an embodiment of independent research conducted by the student under the guidance of a Supervisor on a significant problem in a chosen area of Electrical and Electronic Engineering.
b) Programme Duration
• Full-time: A maximum of four (4) semesters for coursework and thesis.
• Part-time: A maximum of six (6) semesters of coursework and thesis.
c) Registration
• Full time students will be required to register a minimum of three (3) modules per semester.
• Students should register modules they intend to participate in by the third week of every semester. Students may, however, pay module participation fees at the time the module is being offered.
• To be of good standing, a part-time student must enroll in at least three modules per annum.
17.5 Programme Structure
a) Core and Compulsory Modules
The MSc course work comprises 5 core/compulsory modules namely:
• Research Methods (EL 501)
• Power System Operation, Protection and Planning (EL 505)
• Economic and Financial Evaluation (EL 506)
• Intelligent Systems in Manufacturing (EL 507)
• Advanced Signal Processing (EL 508)
Introduction to Computer Applications and Computer Applications: C++ and MATLAB/SIMULINK for engineers are compulsory but a candidate may apply for exemption.
Field trips will be organised and all students will be required to participate in at least one of them. An essential requirement of the modules is that students devote the afternoons to tutorials, practicals or field trips.
Programme Modules for the Master’s Programmes in Electrical and Electronic Engineering
* Preparatory Module
** At least three (3) modules must be selected depending on Supervisor’s directives as per student’s topic.
Module No.: EL 351
Name of Module: Introduction to Computer Applications
Credits: 0
DAY TOPIC
1. Introduction to the PC
2. Basic Hardware Components of the PC
3. Operating System Software (DOS)
4. Operating System Software (DOSshell, Windows, File Managers and Utilities)
5. Word Processing
6. Database
7. Data Processing
8. Graphics
9. Software Installation and Interfacing
10. Summary
Module No.: EL 262
Name of Module: Computer Applications: C++ and MATLAB/Simulink
Credits: 0
DAY TOPIC
1. Introduction to C++ Programming for Engineers
2. C++ Language Basics (Variables, Statements, Data Types)
3. Control Flow (If/Else Statements, for and while Loops)
4. Object-Oriented Concepts (Classes, Objects, Creating Classes)
5. Arrays, Exceptions, More about OOP, Input/Output, Inheritance, Abstract Classes, Polymorphism
6. Introduction to GUI Programming
7. Introduction to Applets
8. Threads, Vector Class, String Buffer Class
9. Working with Files
10. Analysis of Generation and Network Aspects of Marginal Cost Based on Electricity Markets
Module No.: EL 501
Name of Module: Research Methods
Credits: 3
DAY TOPIC
Introduction to Research
Epistemology and its Implications for Research Methodology and Design
Theoretical Framework and Scientific Research Design
Qualitative Data Collection and Analysis
Principles of Quantitative Data Analysis (Descriptive Statistics)
Quantitative Methods
Sampling, Questionnaire Design and Methods for Pre-testing
Research Proposal for Competitive Research Grant
Format of Research Proposal
Reporting and Communicating Research Results
Module No.: EL 505
Name of Module: Power System Operation, Protection and Planning
Credits: 3
DAY TOPIC
Insulation Engineering
Protection Systems and Control
Diagnosis of Causes and Modes of Power System Failure
Performance Prediction and Design of Earthing Systems
Measurement and Safety Evaluation of Earthing Systems
Introduction to System Planning and Optimization
Generation and Transmission System Planning
System Expansion Planning and Optimisation
Dynamic System Security and Control Optimization using FACTS Devices
Forecasting and Scheduling
Module No.: EL 506
Name of Module: Economic and Financial Evaluation
Credits: 3
DAY TOPIC
1. Nature of and Requirements for Engineering Projects, Course Objectives and Expected Outcomes
2. Time Value of Money and Economic Equivalence
3. Estimation of Revenue and Costs
4. Investment Allowances, Taxation and Royalties
5. Financing Alternatives
6. Cash Flow Models and Analysis
7. Investment Decision Methods and Criteria
8. Sensitivity and Risk Analysis
9. Feasibility Study
10. Case Studies
Module No.: EL 507
Name of Module: Intelligent Systems in Manufacturing
Credits: 3
DAY TOPIC
1. Overview of AI Techniques in Manufacturing: Overview and Survey of AI Techniques that has recently been Applied to Solving/Simulating Activities in Manufacturing Engineering
2. Knowledge-Based ystems
3. Expert Systems
4. Fuzzy Logic
5. Artificial Neural Networks
6. Adaptive Neural Controllers and Emulators
7. Commercially Available Systems: Neuralworks Explorer and Neural Works Professional
8. Case-Based Learning/ Reasoning
9. Genetic Algorithms
10. Applications of Intelligent Systems
Module No.: EL 508
Name of Module: Advanced Signal Processing
Credits: 3
DAY TOPIC
1. Scalar Random Variables and Stochastic Processes
2. Linear Systems Models
3. Principles of Estimation Theory
4. Signal Modelling and Parametric Spectral Estimation
5. Discrete-time signals and systems
6. Autocorrelation and Cross-Correlation
7. MA and AR Processes, Prediction, DTFT, DFS, DFT, FFT, Filter Specifications
8. Filter Structures and Design
9. C/D and D/C Conversions
10. Multi-Rate Practical Digital Signal Processing and Applications
Module No.: EL 515
Name of Module: Graduate Seminar
Credits: 3
Students will be required to make a minimum of one presentation on the progress and research underway in their areas of specialization. The seminar will be assessed by a Departmental Panel. Postgraduate students are required to attend.
Module No.: EL 518
Name of Module: Field Trip and Report
Credits: 3
Field trips will be organized and all students will be required to participate in at least one of them. Candidates are required to submit a written report and make oral presentation(s) on it/them. Also, reports on laboratory works shall be defended by the candidate.
Module No.: EL 500
Name of Module: Thesis
Credits: 12
The thesis must be an embodiment of independent research work under the guidance of Supervisor(s) on a topic in the student’s area of specialisation. A thesis embodying the results of the research will be presented to the Department for assessment and defended orally. A panel of examiners will assess the thesis.
Module No.: EL 503
Name of Module: Operations Research
Credits: 3
DAY TOPIC
Nature of Operations Research
Linear, the Simplex Algorithm for Integer and Goal Programming
Transportation and Assignment Problems
Decision Analysis
Markov Analysis
Simulation
Queuing Models
Inventory Control Models
Production Scheduling Methods - CPM
Dynamic Programming
Module No.: EL 509
Name of Module: Statistical Models
Credits: 3
DAY TOPIC
1. Basic Statistical Procedures I
2. Basic Statistical Procedures II
3. Regression and Linear Models I
4. Regression and Linear Models II
5. Application to Multiple Regression I
6. Application to Multiple Regression II
7. Application to Multiple Regression III
8. Statistical Inference and Statistical Modelling I
9. Statistical Inference and Statistical Modelling II
10. Use of Transformation, Correlation and its Relationship with Regression
Module No.: EL 510
Name of Module: Microprocessor Systems
Credits: 3
DAY TOPIC
1. Review of Basic Microprocessor System Design Fundamentals
2. Programming Techniques
3. Hardware of Microcontrollers
4. Digital Signal Processors
5. Memory System
6. Design and Use of Memory Management Unit
7. Virtual Memory Systems
8. Multiprocessors Case Studies
9. Hands-On Laboratory Sessions
Module No.: EL 511
Name of Module: Computer Control Systems
Credits: 3
DAY TOPIC
Mathematical Background
Process Modelling and Identification
Simulation Tools
Discrete Systems, Stability Analysis
Digital Control System Design and Implementation
Sensors
Control Algorithm Implementation
Programme Packages for Identification
Case Study
Hands-on Session and Laboratory Exercises/Mini Project.
Module No.: EL 512
Name of Module: Power System Stability, Modelling and Control
Credits: 3
DAY TOPIC
Power quality : Concept, Voltage Fluctuations and Variations
Transient Over Voltages
Harmonic Distortions
Power System Stability
Swing Equations and its Solutions
Application of Equal-Area Criterion to Switching Transients
Instability due to Symmetrical Line-Ground Fault
Improvement in the Transient Stability
Power System Modelling and Control
Power System Control
Module No.: EL 514
Name of Module: Power Electronics and Industrial Drive Systems
Credits: 3
DAY TOPIC
Introduction to Electric Drives and its Components
Fundamentals of Power Semiconductor Controlled Electric Drives
DC Motor Drives
Speed Control of Electric Drives
Switched Reluctance Drives
AC Motor Drives
Dynamic Model of AC Machine
Vector Control
Inverter-fed AC
Application Case Study
Module No.: EL 516
Name of Module: Mechatronic System Modelling and Design
Credits: 3
DAY TOPIC
Physical Modelling of Mechanical, Electrical Systems
Thermal, Fluid and Mixed Systems
Bond Graphs and Response Analysis
Overview of a Mechtronic Design Process and Specification Development/ Planning
Conceptual, Embodiment, Detail Designs and Integration
Application Procedure for Patents
Quality Function Deployment, Failure Model and Effect Analysis
Pugh Charts
Axiomatic design
Case Studies
Module No.: EL 517
Name of Module: Advanced Robotics
Credits: 3
DAY TOPIC
Position and Orientation Transformations and Robot Kinematics of Position
Inverse Kinematics Problem
Rigid Body Motion, Robot Kinematics of Velocity, and Robot Statics
Robot Trajectory Planning & Kinematic Robot Control
Robot Dynamics
Properties of the Robot Dynamic Model
Robot Position Control
Implementation and Robustness Issues
Robot Compliance and Force Control
Lab: Industrial Robot Demonstrations
Module No.: EL 519
Name of Module: Factory Automation
Credits: 3
DAY TOPIC
Sensors, Actuators and Switching Elements
Programmable Logic Devices and Arrays
Pneumatic Valves
Logic Operation
Design of Sequential Control Systems
Programmable Controllers
Distributed Control
Supervisory Control and Data Acquisition (SCADA) for Factory Automation
Modelling and Simulation
Case Studies
Module No.: EL 520
Name of Module: Mobile Communications and Wireless Technology
Credits: 3
DAY TOPIC
Inverse Fourth Power
Shadowing and Rayleigh Fading Losses, Narrow Band System Performance,
Wide Band System Principles,
Multiple Access Techniques for Wireless Communications
GSM System
UMTS System
Wireless Technologies and Data Network
Satellite Communication
Placement of a Satellite in a Geostationary Orbit
Modulation and Multiplexing Techniques for Satellite Links.
Module No.: EL 521
Name of Module: Microwave Engineering and Optical Communication Systems
Credits: 3
DAY TOPIC
Microwave Power Dividers, Directional Couplers and Hybrids
Filter Theory
Ferrite Properties, Wave Propagation in Ferrite
Noise in Microwave Systems
Active Microwave Circuits
Characterisation of Microwave Communication Systems
Budgets for Terrestrial Microwave Systems
Optical Communication Systems
Optical Detectors and Optical Sources
Advanced Optical Systems
Module No.: EL 522
Name of Module: Broadcasting Technologies
Credits: 3
DAY TOPIC
Conventional FM Broadcasting
Digital Audio Broadcasting (DAB) Techniques
Analog TV Transmission
Digital Terrestrial TV Broadcasting (DTTB) Techniques
Single Frequency Networking (SFN)
Digital Satellite TV Broadcasting (DVB-S and ISDB)
Digital Cable TV Transmission
New Developments in Television Broadcasting
Case Study
Module No.: EL 523
Name of Module: Environmental and Safety Engineering
Credits: 3
DAY TOPIC
Environmental Impact of Industrial Activity (An Overview)
Air Quality/Pollution
Air Quality Modelling
Water Quality/Pollution
Water Quality Modelling
Noise
Ergonomics and Industrial Safety Technology
Accident Prevention
Laws on Safety
Environmental Impact Assessment Methodologies and Practices
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Electrical & Electronic Master's Programme
