Master in Renewable Energy Engineering

Kingston University in England blends a long history—tracing roots back to 1899—with a modern, practice-focused approach to higher education. Home to around 18,949 students with nearly 5,000 international peers, Kingston offers a lively multicultural campus that balances creativity, enterprise, and academic rigor. With roughly 200 programs across arts, sciences, business, and engineering, students benefit from industry links, hands-on learning, and close collaboration with faculty who bring professional experience into the classroom.

The university's London location provides excellent access to internships, cultural institutions, and professional networks, while campus facilities support active learning through studios, labs, and industry-standard equipment. Student services include career guidance, international student support, and tailored wellbeing programs, which help new arrivals settle and succeed. Kingston also hosts vibrant student societies and events that make it easy to build friendships and professional contacts in a global city.

Prospective international students should consider Kingston for its practical degree structures, strong employability focus, and supportive community that promotes real-world readiness. Whether pursuing undergraduate study, postgraduate research, or professional development, applicants will find pathways that combine academic excellence with applied learning. Investigating scholarship options, entry requirements, and industry placements will help candidates identify the best program fit and make the most of Kingston's London advantages.

The Master in Renewable Energy Engineering at Kingston University is a 2-year program for students interested in engineering and sustainability. It's a Master's degree taught in English.

The curriculum covers core modules like Biomass and Fuel Cell Renewable Technology, and Solar Power Engineering. Students also learn about Wind Power Engineering and complete a project dissertation. There are option modules such as Engineering Research Techniques and Computational Fluid Dynamics for Engineering Applications.

Graduates can work as Renewable Energy Engineers, Sustainability Consultants, or Energy Managers. They can also work in research and development or as Engineering Consultants. Employers may include energy companies, engineering firms, or government agencies focused on sustainability.