MEng Electronic and Computer Engineering
Course Overview
This course provides a comprehensive education in electrical and electronic engineering, blending hardware and software to solve modern technological challenges from smart devices to green energy systems. Through hands-on labs and collaborative projects, you will gain the expertise needed for a rewarding career across multiple industries. The flexible structure allows you to specialize in your final year, and the four-year MEng path is the preferred route to becoming a Chartered Engineer.
Key Program Highlights
- Hands-on learning through individual labs and collaborative group projects
- Comprehensive curriculum covering analogue/digital electronics, circuits, computing, and communications
- Flexible specialization in year three after a common foundational curriculum
- Direct path to Chartered Engineer status with the four-year MEng option
- Graduate with a powerful combination of hardware and software engineering knowledge
Course Overview
This course provides a comprehensive education in electrical and electronic engineering, blending hardware and software to solve modern technological challenges from smart devices to green energy systems. Through hands-on labs and collaborative projects, you will gain the expertise needed for a rewarding career across multiple industries. The flexible structure allows you to specialize in your final year, and the four-year MEng path is the preferred route to becoming a Chartered Engineer.
Key Program Highlights
- Hands-on learning through individual labs and collaborative group projects
- Comprehensive curriculum covering analogue/digital electronics, circuits, computing, and communications
- Flexible specialization in year three after a common foundational curriculum
- Direct path to Chartered Engineer status with the four-year MEng option
- Graduate with a powerful combination of hardware and software engineering knowledge
Requirements
Modules
- Applied Electrical and Electronic Engineering Construction Project
- Contemporary Engineering Themes A
- Engineering Mathematics
- Information and Systems
- Introduction to Software Engineering and Programming
- Power and Energy
- Contemporary Engineering Themes B
- Design and Implementation of Engineering Software
- Electrical Energy Conditioning and Control
- Electronic Processing and Communications
- Electronic Systems Group Design Project
- Modelling: Methods and Tools
- Software Development Group Design Project
- Advanced Engineering Mathematics
- Analogue Electronics
- Group Project
- Professional Studies
- Scalable Cross-Platform Software Design
- Applications of AI in Electrical and Electronic Engineering
- Cybersecurity
- Digital Communications
- Embedded Computing
- IT Infrastructure
- Mobile Technologies
- Optical Networks
- Robotics, Dynamics and Control
- Sensing Systems and Signal Processing
- Industrial/Research Orientated Project
- Advanced Computational Engineering
- Artificial Intelligence and Intelligent Systems
- Digital Signal Processing
- HDL for Programmable Devices
- Instrumentation and Measurement
- Optical and Photonics Technology
- RF Devices and Systems
