Overview

The BEng (Hons) Electronic and Electrical Engineering explores the principles behind electrical power, electronic devices, circuits, and engineered systems. Students combine mathematics and scientific knowledge with practical engineering approaches to understand how electrical and electronic technologies are designed, analysed, controlled, and integrated.

What You'll Learn

• Electrical circuits, systems, and fundamental engineering principles

• Electronic components, devices, and circuit design

• Digital and analogue electronics

• Electrical machines, power systems, and energy technologies

• Signals, communications, and information systems

• Control systems, instrumentation, and measurement

• Programming and computational methods for engineering applications

• Engineering design, modelling, testing, and system integration

• Mathematical and analytical techniques for solving engineering problems

Learning Outcomes

By the end of the course, students will be able to apply mathematical, scientific, and engineering principles to analyse electrical and electronic systems. They will understand how circuits, electronic devices, electrical machines, power systems, signals, and control technologies function and interact. Students will be able to design and evaluate components or systems using suitable analytical, computational, and modelling techniques, while interpreting technical data and experimental results. They will also develop systematic approaches to identifying engineering problems, assessing alternative solutions, and considering practical requirements when making technical decisions. The course will strengthen their ability to communicate engineering concepts clearly and integrate knowledge from electrical and electronic disciplines when developing and evaluating complex engineering systems.