University of Bristol campus

Engineering

MSc Power Electronics and Energy Systems at University of Bristol

University of Bristol, United Kingdom

Programme overview

Power electronics and energy systems are at the heart of the global transition to a cleaner, smarter and more sustainable energy future. From electric vehicles and renewable energy systems to aircraft electrification, data centres and modern electricity grids, power electronics enables the efficient conversion, control and distribution of electrical energy. The MSc in Power Electronics and Energy Systems is designed for graduates in electrical and electronic engineering and related disciplines who want to specialise in one of the fastest growing and most strategically important areas of engineering.

Faculty: Faculty of Science and Engineering  |  Department: School of Electrical, Electronic and Mechanical Engineering  |  Duration: One year full-time  |  Study mode: full-time  |  Intake: September 2027  |  Location: Bristol, England, United Kingdom

What you will study

The programme combines taught units with a substantial research project, providing both theoretical depth and practical engineering experience. During the taught component, you will study topics including power electronics systems, advanced electric machines, renewable energy for a sustainable future, energy systems for a just transition, and advanced topics in engineering. You will also learn engineering project skills which enables you to deliver your Capstone Project.

Career pathways

The transition to low-carbon energy systems is creating unprecedented demand for engineers with expertise in power electronics and energy systems. Graduates of this programme are well prepared for careers in renewable energy, electric mobility, aerospace and marine electrification, power systems, energy storage, industrial automation, semiconductor technologies and advanced manufacturing.

Official programme page

Application information

Entry requirements

You will typically need an upper second-class honours degree or an international equivalent in Electrical Engineering, Electronic Engineering, Microelectronic Engineering, Energy Engineering, or related disciplines including Mechatronics, Semiconductors, Grid or Electric mobility. Applicants from other related subjects are required to have studied three modules relevant to the programme. Relevant Modules: Analogue Electronic Circuits Circuit Theory Control / Control Engineering Digital Electronics Circuits Electrical Machines Electrical Principles Electrical Systems Electromagnetic Fields and Waves Electronic Circuits Energy Conversion / Energy Conversion Systems Energy Systems High Frequency Electronic Circuits Microelectronics Power Distribution Power Electronics Power Semiconductors Power Systems / Electrical Power Systems Programming Semiconductor Devices. English language: profile level E.

Domestic applicants: GBP 19,600 a year (2027/28). full-time per year; 2027 entry, subject to annual review. Source

International applicants: GBP 38,300 a year (2027/28). full-time per year; 2027 entry, subject to annual review. Source

Intake: September 2027

Duration: One year full-time

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