MEng Electrical and Electronic Engineering
Entry requirements
A Level: AAA IB: 36, with 6 in Higher Level Maths and a science; 34, with 6,5 (in any order) in Higher Level Maths and a science, and B in a science-based Extended Essay
About this course
MEng in Electrical and Electronic Engineering MEng, an Electrical and Electronic Engineering degree centred on the study of modern electrical power, communication, and electronic systems. Core topics include Circuit Design, Microelectronics, Embedded Systems, Signal Processing, Control Systems, and Computer Architecture. Students complete a series of practical group projects and an individual engineering project under academic supervision. The first year covers foundational concepts through compulsory modules such as Electric and Magnetic Circuits, Analogue and Digital Electronics, and Engineering Modelling and Mathematics. The second year progresses to topics like Control and Communication Systems, Applied Engineering Mathematics, and Electrical Energy Conversion. Later stages involve multidisciplinary group work alongside core studies in areas such as Energy Systems and Power Electronics and Electromagnetic Fields and Devices. Optional modules and fourth-year choices allow specialisation in subjects like Machine Learning and Optimisation, Digital Signal Processing, and Advanced Machines and Actuators.
Modules
- Individual Project
- Energy Systems and Power Electronics
- Electromagnetic Fields and Devices
- Control Systems Design
- Machine Learning and Optimisation
- Electronic and Photonic Devices
- Industrial Automation and Digitalisation
- Digital Signal Processing
- Group Project
- Advanced Machines and Actuators - Advanced Power Electronics and Devices - Control of Electrical Machines and Drives - F
- Fourth year optional modules:
- Real-time Control and Embedded Systems - Power and RF Semiconductor Devices
- Integrated Electronic and Semiconductor Systems
- Communication Systems
- Computer and AI System Architecture
- Semiconductor Technologies for Computing - Photonic Components and Integrated Circuits - Semiconductor Manufacturing - A
- Advanced Computer and Electronic System Architecture - Verification and Test of Secure Microelectronics - Resilient Micr
- Future Energy Grids - Advanced Integrated Electronics
- Advanced Power Electronics and Devices - Control of Electrical Machines and Drives - Advanced Digital Communications - M
- Advanced Digital Communications - Mobile Communications and Networks - Radio Architectures for Wireless Communication -
- Advanced Integrated Electronics - Advanced Computer and Electronic System Architecture - Resilient Microelectronic and C
- Group Project and Engineering Skills
- Engineering Modelling and Mathematics
- System Analysis and Machine Learning
- Electric and Magnetic Circuits
- Analogue and Digital Electronics
- Industrial and Design Projects
- Control and Communication Systems
- Applied Engineering Mathematics
- Embedded Systems Engineering
- Electrical Energy Conversion
- Analogue devices and circuits