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MSc in Electrical Power Engineering, The University of Edinburgh
Edinburgh,
.
12 Months
Check Eligibility
About this course
The MSc in Electrical Power Engineering is a one-year, full-time programme that offers comprehensive training in modern power engineering technologies. Emphasising power systems, electrical machines, and power electronics, it prepares students to address global energy challenges such as wind energy integration, offshore renewables, energy storage, and smart grids. The course includes advanced fundamentals, research tools, and techniques, culminating in an individual dissertation project during the summer semester that involves applying learned skills to real-world problems. The programme blends theoretical knowledge with practical applications through labs, workshops, group projects, guest lectures, and research activities, ensuring students gain industry-relevant experience.
Why this course is highly recommended
This programme is highly valued because of its industry-driven curriculum, designed by experts to reflect current demands and innovations in electrical power engineering. The faculty's extensive industry experience, combined with practical lab work, research projects, and industry collaborations, equips students with relevant skills and up-to-date knowledge. The programme's accreditation by the UK Institution of Engineering and Technology (IET) also offers globally recognized recognition, making it a strong stepping stone toward becoming a Chartered Engineer. Students gain both theoretical and practical skills crucial for tackling contemporary energy challenges and advancing their careers in the dynamically evolving energy sector.
Specialisation
This MSc programme focuses on key aspects of electrical power engineering, including the integration of renewable energy sources like wind and solar, smart grid technologies, and energy storage solutions. Students will develop expertise in power systems, electrical machines, and power electronics, along with emerging technologies such as offshore renewables and advanced numerical methods. Elective options allow students to tailor their learning towards specific interests within the broader field of sustainable and modern power engineering.
Course fees
Application fees
-
1st year tuition fees
37.26L
Living cost
-
Living cost
-
Degree requirements
Applicants need a UK 2:1 degree or an international equivalent in Electrical and/or Electronic Engineering. Candidates with different backgrounds may be considered if they have passed at least two power engineering-related courses, such as power electronics, power systems, or renewable energy, with marks comparable to a UK 2:1. Relevant industrial experience can also be considered. Candidates must submit a personal statement demonstrating their understanding and interest in power engineering. The competition is intense, typically favoring applicants with a first-class honours degree or equivalent.
English language test
DUOLINGO
-
IELTS
7
TOEFL
100
PTE
73
Career prospects
Graduates are prepared for roles across the energy sector, including utilities, manufacturers, consultancies, engineering firms, and renewable energy developers. They can work in designing, maintaining, and developing power systems, renewable energy installations, and smart grid technologies. For those pursuing research, opportunities include joining industry-led R&D teams or academia. The university offers robust support through networking events, industry seminars, and a dedicated careers service, helping graduates build professional networks and secure competitive roles in the evolving field of electrical power engineering.
FAQs
What are the English language requirements?
Applicants must demonstrate English proficiency through tests like IELTS (total 6.5, at least 6.0 in each component), TOEFL-iBT (total 92), or equivalent, or hold a degree taught in English from an approved institution. The tests should be recent within two to three and a half years of the start date.
What kind of funding opportunities are available?
Students can explore scholarships like the Engineering International Masters Scholarships (£3,000) based on merit and the Scottish Power Scholarship which covers tuition and provides a maintenance allowance. Other sources include UK government loans, personal savings, family support, and employer sponsorship.
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