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Advanced Power Engineering MSc: Renewable Energy, Power Systems and Energy Storage University of Edinburgh in United Kingdom
Degree Level
Master's
Field of study
Electrical Engineering
Funding
The programme is not advertised as funded. Students are responsible for tuition fees, a £1,500 deposit if offered admission, and accommodation and living costs. The University estimates average postgraduate living costs in Edinburgh at £18,504 per year for 2026–2027. Potential funding sources include loans, savings, employer sponsorship, scholarships and listed merit scholarships. University of Edinburgh graduates may be eligible for a 10% tuition-fee discount.
Country
United Kingdom
University
University of Edinburgh
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About this position
The Advanced Power Engineering MSc at the University of Edinburgh is a two-year, full-time postgraduate programme based at the King's Buildings campus. It is designed for students who want advanced training in modern power engineering and the technologies shaping secure, efficient and sustainable energy systems.
The programme covers both traditional and renewable power sources, with core study in power systems, electrical machines and power conversion. Students develop advanced numerical, analytical and research methods while examining emerging areas including wind energy, offshore renewables, photovoltaics, energy storage, smart grids and the economics of power systems.
Year one combines taught courses, workshops, laboratory activities and group design projects. Students build a foundation in contemporary power engineering before progressing to advanced topics and selecting options aligned with their interests and career goals. Practical learning includes simulation, industry-approved software, specialist facilities and applying engineering theory to real-world energy challenges.
In the second year, each student completes a year-long research project and master's dissertation in close collaboration with University of Edinburgh academics. Projects address actual, industry-relevant power-engineering problems and provide experience in research, modelling, system analysis, scientific writing and evidence-based engineering decision-making.
The programme is connected to the School of Engineering's research environment and industry links. Its compulsory material engages with the United Nations Sustainable Development Goals, particularly affordable and clean energy, industry and infrastructure, and climate action. Graduates can progress into roles across energy utilities, renewable energy, engineering and construction companies, governments, consultancies and academia, or continue to PhD-level study.
Funding details
The programme is not advertised as funded. Students are responsible for tuition fees, a £1,500 deposit if offered admission, and accommodation and living costs. The University estimates average postgraduate living costs in Edinburgh at £18,504 per year for 2026–2027. Potential funding sources include loans, savings, employer sponsorship, scholarships and listed merit scholarships. University of Edinburgh graduates may be eligible for a 10% tuition-fee discount.
What's required
Applicants need a UK 2:1 degree or international equivalent in Electrical and/or Electronic Engineering. Applicants from different academic backgrounds may be considered, but should have passed at least two power-engineering-related courses, such as power electronics, power systems, electric machines, control engineering or renewable energy, with marks equivalent to a UK 2:1; relevant industrial experience may partially meet this requirement. Applicants must submit a personal statement demonstrating their understanding of power engineering and strong interest and commitment to the field. Applicants must also meet the English-language requirement, for example IELTS Academic 6.5 overall with at least 6.0 in each component, or an accepted equivalent.
How to apply
Review the entry and English-language requirements, prepare your academic documents and personal statement, and apply through the University of Edinburgh's online application portal using the programme page.
ApplyKite TwinLearns as you applyMake your next move.
Prepare your application
Review drafts and confirm requirements with the university.
ApplyKite TwinLearns as you applyMake your next move.
Prepare your application
Review drafts and confirm requirements with the university.