Electronic Science and Technology (B.E/B.Sc. in English) --

Introduction
This programme offers students a thorough grounding in electrical and electronic engineering.  Students will learn to operate at the cutting edge of emerging technologies.
 

What knowledge and skills will I acquire?
By the time you graduate, you should:
1. have extensive experience in modelling and analytical methods
2. be able to use IT tools and CAD systems for modelling, analysis, simulation and design
3. be able to design a system, component or process based on initial requirements and constraints
 

What are my career prospects?
With a worldwide shortage of graduates in this field, the programme is directed at all career opportunities within the general domain of Electronic Engineering. Given the strong focus on Micro-Electronics, graduates will be particularly well equipped for employment in the micro-electronics industry. The programme will also provide a sound basis for further studies at Master and PhD level in Electronics.
 

What will I study?
At level 1, you will acquire fundamental knowledge and practical skills, through the study of modules in:
1. electronic circuits – transistors and amplifiers
2. C and C++ programming and software engineering
3. engineering mathematics
4. electromagnetism and drives
5. digital electronics
6. integrated electronics and design

At level 2, you will build on this foundation and learn about:
1. continuous and discrete time signals and systems
2. CMOS Integrated Circuits
3. microprocessor systems
4. communications principles
5. instrumentation
6. RF engineering and applied electromagnetics
7. energy conversion and power systems
8. control systems

In your final year, you will undertake a substantial research project, spanning both semesters.You will also learn about:
1. analogue and digital communications
2. digital design with HDL HDL
3. signal processing
4. electronics for instrumentation
5. embedded computer systems
6. digital filtering
7. optoelectronics and photonics