University of York

What you'll study

The programme builds from a broad foundation in the first year to specialist renewable energy topics in later years. Early study emphasises mathematics, mechanics, thermodynamics, materials and electrical fundamentals to give a solid engineering base. In later years you will study modules dedicated to energy systems and technologies, such as wind and solar power engineering, energy storage and batteries, power electronics and drives, control systems for energy applications, and grid integration and microgrids.

Teaching is a mix of lectures, small-group tutorials, laboratory classes and project work. You will undertake practical laboratory sessions that develop measurement, instrumentation and data analysis skills, and group design projects that simulate industry-style multidisciplinary engineering challenges. The final year normally includes an individual integrated research or design project that draws together technical, economic and sustainability aspects of renewable energy engineering.

• Core engineering mathematics and modelling
• Fluid dynamics and thermofluids for energy applications
• Electrical machines, power electronics and grid interfaces
• Renewable technology modules (wind, solar, tidal and biomass where available)
• Energy storage technologies and management
• Control systems, sensors and instrumentation
• Systems integration, energy policy and lifecycle assessment
• Individual MEng research or design project

Entry requirements

Admissions look for strong performance in quantitative subjects. Typical offers ask for high A-level or equivalent qualifications with Mathematics and usually Physics or another relevant science/engineering subject. International Baccalaureate applicants will normally be expected to achieve a competitive overall score with Higher Level Mathematics. The programme is also open to applicants with appropriate foundation or access qualifications and to mature students with relevant experience.

Successful applicants should demonstrate problem-solving ability, practical interest in engineering and commitment to sustainability. Applicants whose first language is not English will need to meet the University’s English language requirements.

Career prospects

Graduates are prepared for technical and professional careers across the low-carbon energy sector and general engineering. Typical roles include design and project engineers in wind, solar and storage projects, systems integration and grid connection engineers, energy systems analysts, R&D engineers in component and materials development, and consultancy roles in renewables and sustainability. The integrated MEng provides the academic grounding sought by employers and, when combined with professional experience, positions graduates to progress towards Chartered Engineer status or further research such as a PhD.

York graduates commonly find employment with utilities, renewable technology manufacturers, engineering consultancies, research organisations and public-sector bodies involved in energy policy and planning. The programme’s project and group-work elements also develop transferable skills valued in project management and commercial roles.

Why study at University of York

The University of York offers a multidisciplinary approach to renewable energy, bringing together mechanical, electrical and systems perspectives in a flexible integrated degree. You will benefit from small-group teaching, laboratory-based practical work and substantial project experience that mirror real engineering practice.

York maintains active links with regional and national industry and research partners, providing opportunities for guest lectures, industrial projects and employment networks. The department emphasises employability and professional development alongside technical learning, preparing graduates to contribute to the transition to a low-carbon energy system.