Electrical and Electronic Engineering Master of Science - MSc (UG)

Advance your career with our MSc in Electrical and Electronic Engineering, combining advanced technical expertise, practical lab experience, and industry-informed learning. Designed with a global outlook, it prepares you to tackle complex, real-world engineering challenges with confidence.

Why study this course?

This MSc in Electrical and Electronic Engineering is designed for graduates with a strong foundation in electrical and electronic engineering wishing to deepen their technical expertise and enhance your career opportunities in high-impact roles in global industry or research.

With modules spanning Mixed-Signal Application-Specific Integrated Circuit (ASIC) Design, Internet of Things (IoT) with Applications, Smart Grids, Applications of Artificial Intelligence (AI), Advanced Mechatronics, Radio Frequency and Microwave Communication Systems, our course blends academic rigour with hands-on lab experience and innovation.

A strong emphasis on enterprise and a major project component prepares you to solve complex engineering problems and lead technological advancement in a global context.

The course has been designed to reflect the expectations of postgraduate-level learning and aligns with the Engineering Council standards.

The course supports you in meeting the academic requirements for professional registration as a Chartered Engineer (CEng), offering partial fulfilment of UK-SPEC competences at Level 7.

Why UWE Bristol?

Our MSc Electrical and Electronic Engineering is shaped by industry insight to ensure relevance, rigour, and real-world impact. You’ll gain advanced technical knowledge, hands-on lab experience, and exposure to cutting-edge topics like ASIC Design, Smart Grids, and AI Applications. Supported by expert academics, state-of-the-art facilities, and strong employer links, our course fosters innovation, interdisciplinary collaboration, and career readiness.

With dedicated careers support, inclusive teaching, and opportunities for interdisciplinary collaboration, we'll prepare you to lead and thrive in the competitive global engineering landscape.

Where can it take me?

On graduation, you will be perfectly positioned for careers across a wide range of industries, from power, electronics, telecommunications, renewable energy, and digital technologies.

Potential job roles include Electrical Engineer, Electronics Design Engineer, Power Systems Engineer, Smart Grid Engineer, Internet of Things (IoT) Solutions Architect, ASIC (Application-Specific Integrated Circuit) Engineer, Radio Frequency (RF) and Microwave Engineer, and Artificial Intelligence (AI) Applications Engineer.

Our course also prepares you for leadership positions and consultancy roles in engineering projects and provides a strong foundation for doctoral research (PhD) in electrical, electronic, or interdisciplinary engineering fields.