Course Information & Syllabus
Course Information :
This is a well-established programme designed to integrate telecommunication / electronic systems with computer technology so that graduates can take up demanding, responsible and exciting positions in the rapidly expanding telecommunication/ electronics 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 :
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 :
Analog and Digital Communication
Pulse and Digital Integrated Circuits
Digital Hardware Design
Telecommunications Standards, Regulation and Legislation
Electronic Measurement and Testing
Major Project II
Data Communication and Networks
Mobile Communication
Radar Systems and Communication
Microwave Communication
Automatic Control Systems
Major Project III
Year 4 :
Embedded System Design
VLSI Design and Technology
Optics and Solid State Physics
Telecommunication, Transmissions & Switching Techniques
Digital Signal Processing
Major Project IV
Satellite Communication Systems
Optical Fibre Communication Systems
Neural Networks
Quality Assurance and Management Principles
Robot Technology
Major Project V
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 :
Graduates can pursue careers in the communication industry, telecom sector, design and manufacture, research and development, technical management, marketing and large public sector and private undertaking having their captive telecom networks. 