📖Program Curriculum
On completion of this course you'll be well equipped with a knowledge of electronics systems’ design techniques and their application in areas such as control telecommunications and consumer products.
Foundation Year
Semester 1
Applied Mathematics
Scientific Principles for Engineering
Study & Laboratory Skills
Semester 2
Mathematics for Engineering
Engineering Science
Chemistry and Applications
Year 1 (FT)
Engineering Mathematics and Modelling
Object-Oriented Programming C++
Electrical Circuit Analysis
Digital Logic Design
Electronic Principles
Design and Practice
Year 2 (FT)
Advanced Engineering Mathematics and Modelling
Circuits Signals and Systems
Principles of Control
Analogue Electronics
Embedded Software Design
Professional Practice and Team Design Project
Year 3 (FT)
Optional placement
Year 4 (FT)
Renewable Energy Engineering
Communication Systems and Wireless Technologies
Biomedical Electronics
Embedded Systems and the Internet of Things
BEng Project
Year 1 (PT)
Design and Practice
Engineering Mathematics and Modelling
Object-Oriented Programming C++
Electrical Circuit Analysis
Year 2 (PT)
Digital Logic Design
Electronic Principles
Advanced Engineering Mathematics and Modelling
Circuits Signals and Systems
Principles of Control
Year 3 (PT)
Analogue Electronics
Embedded Software Design
Professional Practice and Team Design Project
Renewable Energy Engineering
Communication Systems and Wireless Technologies
Year 4 (PT)
Biomedical Electronics
Embedded Systems and the Internet of Things
BEng Project




