MSc in Sustainable Energy Systems, Queen Mary University of London

London - Canada,

12 Months

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About this course

The Sustainable Energy Systems MSc is designed to prepare students to become specialists in the vital industry of energy sustainability. It covers fundamentals of creating affordable and sustainable energy systems, including renewable sources like wind, solar, biofuels, and energy storage technologies. The course emphasizes scientific, engineering, and technical aspects, equipping students with the skills to design and develop new energy technologies. It’s a dynamic program that aims to meet global challenges related to energy supply and environmental impact, providing a broad interdisciplinary education with opportunities for specialization. Students gain access to top-tier facilities, including the new £3 million Green Energy Hub, and engage in research projects that tackle real-world energy challenges. The program is accredited by the Institution of Mechanical Engineers (IMechE), paving the way for Chartered Engineer status, and offers a comprehensive overview of energy systems, policy, and management.

Why this course is highly recommended

This MSc is highly recommended because it addresses one of the world's greatest challenges—global energy sustainability—by combining scientific, engineering, and policy perspectives. It's designed to give students the skills to innovate in this rapidly expanding industry, with access to excellent research facilities and expert faculty involved in cutting-edge projects. The accreditation by IMechE also enables students to pursue Chartered Engineer status, making it a strong qualification for those aiming for leadership roles in the energy sector.

Specialisation

The course offers a broad interdisciplinary approach, allowing students to gain a wide overview of sustainable energy systems, with scope to deepen expertise in areas like wind, solar, biofuels, energy storage, and solar energy engineering. Students can choose elective modules such as Computational Engineering, Systems Engineering, or Project Management to tailor their learning experience to specific interests and career paths.

Course fees

Application fees

1st year tuition fees

31.62L

Living cost

Degree requirements

Applicants should have a good undergraduate degree in engineering subjects, physics, chemistry, materials science, or related disciplines, with a minimum of a 2:2 classification (55% or above). Specific grade requirements vary by country, and international students may need to demonstrate equivalent qualifications. The visa process may require ATAS clearance for some applicants.

English language test

PTE

TOEFL

DUOLINGO

IELTS

6.5

Career prospects

Graduates will be well-qualified for employment in leading industries and research in sustainable energy. Previous graduates have taken roles such as Compliance Engineer, Thermal Design Engineer, Project Planning Engineer, and other technical positions at organizations like Heatric, Cummins Inc, and Nafath Renewable Energy. The course’s strong industry links and research focus make it ideal for careers in renewable energy development, energy policy, and innovative technology design.

FAQs

What are the main modules covered in the course?

The main modules include Renewable Energy Sources, Electrochemical Energy Storage Systems, and Solar Energy Engineering, alongside a core research project. Elective modules such as Computational Engineering, Systems Engineering, and Project Management are also available.

What facilities are available for research?

Students have access to facilities like the £3 million Green Energy Hub, BioFluids Laboratory, Combustion Laboratory, Computational Modelling Facilities, and other specialised labs for microscopy, polymer chemistry, spectral analysis, and heat transfer research.