Power Engineering and Sustainable Energy, MSc

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Course Overview

The MSc in Power Engineering and Sustainable Energy equips you with a sound knowledge of semiconductor devices and technologies, advanced power electronics, and advanced power systems.

You will also learn about renewable energy generation technologies, wide band gap electronics, energy harvesting, solar cells and biofuels.

Growing concerns about greenhouse gas emissions and global warming mean the subject of power engineering and sustainable energy has never been more vital.

This course offers you the opportunity to do an additional year for an Industry Placement or project, giving you valuable work experience and the opportunity to improve technical plus interpersonal skills.

The second Industry Placement Year course fees are £3600 for International students and £1800 for Home students. We are now able to offer academic performance based bursaries to cover this second year course fee. For more information, you can view our MSc with Industry page.

Support and guidance is provided to help secure your placement; however it is not guaranteed.

Why Power Engineering and Sustainable Energy at Swansea?

Based at our coastal Bay Campus, overlooking the Swansea Bay, Engineering at Swansea has an established global reputation for pioneering research and teaching in electrical and electronics energy, as well as advanced semiconductor materials. Our strong track record is reflected in excellent graduate outcomes, with 93% of Electronic and Electrical Engineering graduates in employment or further study 15 months after leaving Swansea University (HESA, 2025).

We have an international reputation for electrical and electronics research in energy and advanced semiconductor materials and devices. You will also explore exciting new developments such as wide band gap electronics, energy harvesting, solar cells and biofuels, alongside recent advances in power electronics.

We also offer an MSc Electronic and Electrical Engineering with the optional additional Industry Placement year.

Your Power Engineering and Sustainable Energy Experience

On this programme, you will explore advanced power systems and state‑of‑the‑art semiconductor technologies while exploring the latest developments in areas such as renewable energy, wide band gap electronics, solar cells and energy harvesting. You will build a strong understanding of how these technologies shape modern electrical and electronic engineering, and how they are applied in real‑world systems.

You will learn in an excellent study environment with access to a 24‑hour on‑site library, advanced laboratories, specialist equipment, dedicated postgraduate work rooms and a year‑round programme of guest lectures from industry and research experts. These facilities and experiences are designed to support your learning, research and professional development throughout your studies.

You will also be part of a vibrant and supportive student community. The Electrical and Electronic Engineering student society plays a key role in helping you connect with others on your course, offering opportunities to meet new people through regular events, field trips, technical workshops and social activities. These experiences help you build friendships, collaborate on ideas and broaden your understanding of the subject beyond the classroom.

The programme embraces diversity and promotes a respectful, inclusive learning environment where every student is valued. Whatever your background or previous experience, you will be encouraged to share your ideas, take part in discussions and contribute to a positive and collaborative learning culture.

Power Engineering and Sustainable Energy Employment Opportunities

As a graduate of the Power Engineering and Sustainable Energy MSc, you will be well prepared for a wide range of specialist roles across the energy and engineering sectors. The advanced technical skills and practical experience you gain during your studies will open doors to careers in areas such as:

  • Control and instrumentation engineering
  • Electrical engineering
  • IT consultancy
  • Network engineering
  • Systems analysis
  • Engineering geology

You will be equipped to work in organisations ranging from small and innovative SMEs to large multinational companies, across sectors that rely on electrical and electronic engineering expertise. Many employers actively engage with our students through skills days, workshops and recruitment events, giving you valuable opportunities to build connections and gain insight into the industry.

Companies that regularly engage with, recruit from or collaborate with our students include organisations such as ABM University Hospital Trust, Arup, Infineon, Magstim, Mesuro, Microsemi, Nissan, SPTS, Thyssenkrupp, UltraElectronics, Würth, Tata Steel, GE, Renishaw, Rohde & Schwarz, Airbus and Silver Wing. Other notable employers of our graduates include Land Rover, Qinetiq and Horiba Mira, reflecting the wide range of industries that value the skills developed on this programme.

With strong industry links and a curriculum that reflects real engineering challenges, this programme gives you the foundation you need to pursue an exciting and impactful career in power engineering, sustainable energy, and beyond.

Modules

We're currently reviewing our curriculum to enhance your learning experience and embed skills that will benefit your future career. This means that some modules may be subject to change.

Entry Requirements

We consider all applicants on their own merits and welcome applications from students with a wide range of qualifications.