MEng in Renewable Energy Engineering, University of Exeter

Exeter,

48 Months

Check Eligibility

About this course

This course specializes in energy engineering with a particular focus on clean and renewable energy technologies. Students will learn from experts in various fields such as energy policy, marine renewables, bio-fuels, electrical power and networks, wind, photovoltaic, and thermal technologies. The program is housed in the state-of-the-art Renewable Engineering Energy Facility (REEF), which provides dedicated workshop and laboratory space for projects. Based in Cornwall, an ideal location for field trips, the course emphasizes practical experience through visits to wind farms, solar photovoltaic systems, offshore test sites, and other renewable energy facilities. Small group projects, group work, and a dedicated student society foster a strong community atmosphere, making it an engaging and practical learning environment.

Why this course is highly recommended

The course offers a comprehensive education in renewable energy engineering, taught at a top UK university recognized for excellence in electronic and electrical engineering as well as environmental science. Its strategic location in Cornwall, the birthplace of the UK’s renewable energy revolution, provides unique opportunities for fieldwork and industry engagement. The program is accredited by both the Energy Institute (EI) and the Institution of Engineering and Technology (IET), preparing students for Chartered Engineer registration. Graduates have gone on to impactful careers in wind energy, marine renewables, and other renewable sectors, making this a strong choice for those committed to sustainable energy futures.

Specialisation

The course covers a range of renewable energy technologies, including wind, solar, marine renewables, bio-fuels, and thermal systems. Students will also explore energy policy, environmental management, and energy storage, with optional modules allowing for deeper focus on topics like advanced wind energy, marine renewables, and solar energy research. Throughout the program, there's an emphasis on practical application and industry relevance, supported by field trips, industry placements, and laboratory work in the renewable energy sector.

Course fees

Application fees

1st year tuition fees

32.62L

Living cost

Degree requirements

Applicants typically need to meet the following requirements: AAA in A-levels including Mathematics and another science subject, or 36/666 in IB with HL 6 in Mathematics and another science, or DDD in BTEC with relevant science subjects and GCE A-Level Maths. Other qualifications like GCSEs, Access to HE, and T-Levels are also considered, with specific grade criteria. International students must demonstrate English proficiency according to Profile B1 standards from the English language requirements page.

English language test

IELTS

6.5

TOEFL

PTE

DUOLINGO

120

Career prospects

Graduates of this course often secure roles such as climate change consultants, design engineers, electrical engineers, energy analysts, and renewable technology designers. The program’s broad skill set prepares students for a variety of roles within the renewable energy sector and other related fields. Given the UK’s and global investments in renewable energy, there are promising opportunities for employment both nationally and internationally, especially in sectors related to wind, marine, solar, and bio-fuels.

FAQs

What are the placement opportunities?

Students can undertake a minimum six-week industrial placement during the summer between their second and third years, with support from the university and connections to industry partners. For the MEng variant, a further placement is available between the third and fourth years.

What laboratory facilities are available?

The Renewable Engineering Energy Facility (REEF) offers dedicated workshop and laboratory space equipped for studying various renewable technologies. The campus also features renewable energy devices like a 50kW solar PV installation and facilities at the Environment and Sustainability Institute.