Course Information & Syllabus
Course Information :
This is a well-established programme designed to integrate electrical systems with computer technology so that
graduates can take up demanding, responsible and exciting positions in the rapidly expanding electrical industries. Armed
with this qualification, graduates will have the necessary skills to develop a concept through the design and computer
modeling stages, to that of product testing using sophisticated computer controlled instruments. In the third year of the course, students are encouraged to take advantage of the industrial placement. The experience gained through the practical application of taught material can
greatly improve job prospects
Year 1 :
Professional Communication & Technical Writing
Mathematics I
Electrical Engineering
Mechanical Engineering
Basic Electronics
Engineering Design
Fundamentals of Computer Programming
Digital and Analog Devices and Circuits
Electronic Material and Devices
Electrical Power
Mathematics II
Control System and Automation
Business Management Techniques
Seminar on Advanced Topics
Year 2 :
Instrumentation and Control Principles
Electronic Computer Aided Design
Computer Architecture and Operating System
Mathematics III
Semi-conductor Fabrication Processes
Microprocessor Systems
Minor Project
Power Electronics and Applications
Signal and Systems
Network Analysis and Circuits
Electromagnetic Theory
Antenna and Wave Propagation
Major Project I
Year 3 :
Communication Engineering
Electrical Machines I
Electrical Machines II
Health Safety and Risk Management
Industrial Engineering
Applied Thermodynamics
Electro-mechanical Energy Conversion
Elements of Power Systems
Mechatronics
High Voltage Engineering
Electrical Measurements and Applied Instruments
Project II
Year 4 :
Electric Drives
Power System Analysis
Switch Gear and Protection
Computer Methods in Power System Analysis
Automatic Control System
Industrial Robots
Industria Management
Solid State Control of Electric Drives
Modelling and Simulation of Electrical Machines
Micro-motors and their Applications
Power Station Practice
Project III
Coursework & Assessment :
Assessment is through assignments, written examinations, presentations and design and project reports. All students are
required to complete a 10,000 - word dissertation, based on project work, in the final year. The project is designed to encourage the use and knowledge of theory and design. Computer-aided modeling is also used, providing the opportunity to carry out an engineering investigation from conception to conclusion.
Careers :
Electronics, electrical and communication industries are growing rapidly and graduates are often able to select from
these. Employers include software firms, device manufacturers, automation industries, telecom specialists, power plants, defence establishments and R&D organisation. 