MSc Renewable Energy Technologies

1 Years On Campus Masters Program

University of York

Program Overview

The MSc in Renewable Energy Technologies at the University of York gives students a cross‑disciplinary education that combines the science, engineering, and policy aspects of clean energy. It’s perfect for those who want to design, analyse, and optimise next‑generation renewable energy systems.

Curriculum Structure

Year 1 (Full‑time, 12 months)
Over this one‑year master’s, students engage in a suite of taught modules and a major research project. They begin with core technical subjects such as Power Electronics, Fuel Cell and Battery Technologies, and Smart Grid. They also study Sustainable Energy Technologies: Solar, Wind, Geothermal and Marine, which gives a solid grounding in the most important sources of renewable power. In the summer semester, students complete a Renewable Energy Project where they design and implement real-world renewable energy solutions in York’s dedicated Renewable Energy Laboratory.

Focus Areas
Advanced power electronics; electric vehicle energy technologies; smart grid design; solar, wind, geothermal and marine energy systems; battery/fuel cell technology; systems evaluation and optimisation; applied renewable energy research.

Learning Outcomes
Graduates will master the technical principles behind a variety of renewable energy technologies and systems; design and evaluate components such as smart grids and storage solutions; communicate and present complex technical information; and carry out independent research that applies theory to practical, real-world renewable energy challenges.

Professional Alignment (Accreditation)
This MSc is rooted in York’s School of Physics, Engineering and Technology, giving students access to strong academic guidance and industry-relevant experience — particularly through its laboratory project component.

Reputation (Employability / Rankings)
York’s engineering research is highly rated, with 97% of its engineering research judged as “internationally excellent” or “world-leading” in a major national assessment. Graduates of this programme are well-prepared for careers in renewable energy consultancy, systems analysis, project management, storage engineering, and energy policy roles.

Experiential Learning (Research, Projects, Internships etc.)

The MSc Renewable Energy Technologies at York equips students with a strong, interdisciplinary understanding of how modern renewable energy systems work — technically, scientifically, and in policy contexts. Students master the design, analysis, and optimization of clean energy technologies like solar, wind, marine, and electric-vehicle systems. With a blend of hands-on lab work, theory, and industry-relevant projects, graduates are prepared to contribute to real-world sustainable energy solutions immediately.

Students gain practical, real-world experience from day one. York provides dedicated lab and workshop spaces and integrates industry-level projects to ensure students apply what they learn:

Laboratory-Based Learning: Students work in the Renewable Energy Laboratory and the Power Machines Lab, which include electrical and electronics equipment and specialized testbeds for exploring real renewable energy systems.
Group Project in the Renewable Energy Project Module: Students collaborate to design, build, and test a renewable energy solution, implemented and assessed in the laboratory environment.
Research Project / Dissertation: During the summer semester, every student undertakes a project where they plan, design, and execute a renewable-energy system, working closely with academic staff and industry partners.
Technical Modules: Students study core technologies such as power electronics, smart grids, fuel cells, battery technology, and sustainable energy sources (solar, wind, geothermal, marine), combining theory with practical design and optimization.
Teamwork & Communication: Group assignments and the major project module develop skills in project management, teamwork, and presenting technical solutions effectively.

Progression & Future Opportunities

Graduates are prepared for roles such as Renewable Energy Engineer, Energy Systems Analyst, Sustainable Energy Consultant, and Project Manager in renewable energy projects.

Key supporting factors include:

University services: Career Development Service offers workshops, one-to-one guidance, and connections with employers in the renewable energy sector.
Employment stats and salary figures: Graduates typically secure positions with starting salaries ranging from £28,000 to £38,000, reflecting strong industry demand.
University–industry partnerships: Collaboration with renewable energy firms, technology providers, and energy consultancies provides practical exposure and networking opportunities.
Long-term accreditation value: The program is recognized for its technical rigor and relevance to the renewable energy industry, supporting professional credibility.
Graduation outcomes: Alumni contribute to designing, implementing, and optimizing renewable energy systems, working in energy companies, consultancy firms, and sustainability initiatives.

Further Academic Progression:
Graduates may pursue doctoral research in renewable energy systems, energy storage technologies, or sustainable power generation. This enables specialization in research, development, or high-level consultancy roles in the global energy sector.