MSc Energy and Power Engineering (at ZJUT, China)

The MSc Energy and Power Engineering at the University of Exeter, delivered in partnership with Zhejiang University of Technology (ZJUT) in China, provides students with practical experience in advanced energy systems, power engineering, renewable technologies, and sustainable energy solutions. Through research-led teaching, specialist facilities, engineering simulations, and an independent dissertation project, students learn how to apply concepts from modules such as Power Systems Analysis, Renewable Energy Systems, Heat Transfer and Advanced Engineering Thermodynamics, Low Carbon Vehicles and Transport, and Network Engineering, Modelling and Management to real-world energy challenges.

Students gain practical knowledge through engineering tools, modelling approaches, and research facilities that support the development of modern power networks and low-carbon technologies. The programme also benefits from Exeter’s strong engineering environment, including specialist laboratories and research spaces that support innovation in renewable energy, electrical power systems, and sustainable engineering. Students gain practical experience through:

• Electrical Power Systems Laboratory: Students develop practical knowledge of modern power networks through specialist facilities that support power system testing, simulation, analysis, and research activities.

• Renewable energy research facilities: Students engage with renewable energy technologies and explore how sustainable energy systems can be designed, tested, and integrated into future power networks.

• Energy system modelling and simulation: Through modules such as Power Systems Analysis and Network Engineering, Modelling and Management, students develop skills in analysing energy networks, improving system performance, and understanding the operation of advanced power systems.

• Renewable Energy Systems practical learning: Students study renewable technologies and their integration into energy systems, gaining knowledge of solutions that support the global transition towards cleaner energy.

• Thermodynamics and heat transfer applications: Through Heat Transfer and Advanced Engineering Thermodynamics, students apply engineering principles related to energy conversion, thermal systems, and improving energy efficiency.

• Low-carbon technology experience: The Low Carbon Vehicles and Transport module helps students understand sustainable transport solutions and the role of energy engineering in reducing environmental impact.

• Research dissertation project: Students complete an independent Dissertation, allowing them to investigate a specialist energy or power engineering topic while developing research, technical analysis, and problem-solving skills.

• Engineering software and digital tools: Students use specialist modelling and simulation tools that support energy system analysis, engineering design, and the evaluation of complex power systems.

• Access to engineering laboratories: Students benefit from Exeter’s engineering facilities, including specialist laboratories and research environments that support work in renewable energy, electrical systems, materials, and sustainable engineering.

• International collaborative learning: As a joint programme between the University of Exeter and Zhejiang University of Technology, students experience an international engineering environment that combines UK academic expertise with Chinese research strengths in energy and power engineering.

Graduates of the MSc Energy and Power Engineering at the University of Exeter are prepared for careers in the evolving global energy sector, with specialist knowledge in power systems, renewable energy, smart grids, and sustainable engineering solutions. The programme develops the technical expertise, analytical ability, and research skills needed for roles such as Energy Consultant, Power Systems Engineer, Renewable Energy Engineer, and Smart Grid Engineer, enabling graduates to contribute to the development of cleaner and more efficient energy systems.

Students benefit from Exeter’s career support, industry connections, and research environment, helping them successfully progress into professional opportunities:

• Career support services: Students have access to the University of Exeter’s Career Zone, which provides personalised career advice, employability workshops, employer events, networking opportunities, CV guidance, application support, and interview preparation. Graduates can continue using Career Zone services for three years after completing their studies.

• Strong graduate outcomes: Engineering graduates from the University of Exeter achieve excellent career outcomes, with 96% of Engineering graduates in or due to start employment or further study 15 months after graduation according to HESA Graduate Outcomes data (2022/23).

• Industry-focused career preparation: The programme focuses on areas with increasing demand, including renewable energy systems, power network development, smart grids, and sustainable energy solutions, preparing graduates for opportunities across the international energy industry.

• University–industry connections: The University of Exeter works with industry partners and organisations involved in engineering innovation, renewable energy, sustainability, and advanced technologies. These connections help students understand industry requirements and develop skills relevant to professional engineering environments.

• International career opportunities: As a joint programme between the University of Exeter and Zhejiang University of Technology (ZJUT), students gain international academic experience that supports career opportunities in China and global energy markets.

• Research and innovation opportunities: Through the dissertation project, students develop independent research skills and investigate real-world energy and power engineering challenges, preparing them for roles involving engineering analysis, innovation, and technology development.

• Long-term career value: With growing global investment in renewable energy, low-carbon technologies, and advanced power networks, graduates with expertise in energy and power engineering are well positioned for long-term career growth in the energy sector.

Further Academic Progression:
After completing the MSc Energy and Power Engineering, graduates can continue their studies through PhD programmes in areas such as Energy Engineering, Electrical Engineering, Renewable Energy Systems, Smart Grids, Power Systems, and Sustainable Technologies. The research experience gained through the dissertation provides a strong foundation for students who wish to pursue advanced research careers, specialist engineering roles, or contribute to future energy innovations.