MEng (Hons) Electrical and Electronic Engineering at Manchester Metropolitan University

Our integrated masters prepares you for a career in the fast‑moving world of electrical and electronic engineering, combining advanced technical knowledge with the practical experience employers value. What makes this course distinctive is its project‑based learning in every year, including live industry‑led challenges and opportunities to work on projects rooted in our active research. You won’t just study engineering - you’ll practise it.

Faculty: Faculty of Science and Engineering  |  Department: School of Engineering and Environment  |  Duration: 4 years full-time; 5 years with placement  |  Study mode: integrated, full-time, placement year available  |  Intake: September 2027  |  Location: Manchester, England, United Kingdom

What you will study

Electrical and electronic engineering powers modern life, from renewable energy and smart grids to robotics, communications and intelligent systems. This integrated master’s degree gives you a deep scientific understanding of how these technologies work, while developing the practical and digital skills needed to design and optimise them. Year 1 core: Introduction to Engineering Principles, Engineering Skills, Further Engineering Principles, Design Project. Year 2 core: Group Project, Power and Control Engineering, Electronic Circuits, Programming, Modelling and Simulation. Year 3 core: Advanced Power And Control, Electronic Design, Communications and Business, Individual Project. Year 4 core: Advanced Electronics and Communications, Power and Energy Management, Sensors and Industrial Internet of Things, Management Projects - Professional Practice, Engineering Sustainability, Group Engineering Project.

Career pathways

MEng (Hons) Electrical and Electronic Engineering graduates progress into a wide range of careers across engineering, manufacturing and technology‑driven sectors. Opportunities span engineering consultancies, manufacturing, aircraft design and production, automotive and railway engineering, steel manufacturing, naval engineering, water and utilities, and the power and nuclear fuel industries.

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