Keele University

What you'll study

This single‑honours degree delivers a solid foundation in classical and modern physics while progressively introducing specialised topics in renewable energy. In early years you study core subjects such as mechanics, electromagnetism, waves, quantum ideas, mathematical methods and experimental techniques. Practical laboratory work and computing form a continuous strand to develop data analysis and modelling skills.

In later years the programme introduces energy‑focused modules including thermodynamics and heat transfer, fluid dynamics for environmental and energy applications, electrical power and machines, photovoltaic and wind energy systems, energy storage and battery technologies, and the physics of materials for energy. You will also study energy systems, sustainability and the physics underpinning low‑carbon technologies.

The final year normally includes an individual honours research project on a physics or renewable energy topic, where you design and carry out experiments or computational investigations under academic supervision. There are also optional modules that let you pursue topics such as computational modelling, advanced materials, instrumentation and control, or energy policy and economics.

Students often have the opportunity to take an optional industrial placement year or a year abroad between the second and final years to gain practical experience in industry, research institutes or international partners.

Entry requirements

Typical offers reflect the need for strong mathematical ability and familiarity with a science subject. Applicants are normally expected to have A‑level or equivalent qualifications including Mathematics and usually Physics (or a closely related science). Typical UK offers are in the range expected for single‑honours physics degrees; BTEC and other vocational qualifications may be considered when combined with A‑level Mathematics or equivalent. Applicants should also demonstrate competence in English.

International applicants are considered with appropriate international qualifications (for example, International Baccalaureate higher scores with Mathematics and Physics at higher level). Mature applicants and those with relevant work experience are welcome; Keele’s admissions tutors consider the whole profile, including references and a personal statement. Applicants may be invited to an interview or assessed through submitted work in some cases.

Career prospects

Graduates combine physics problem‑solving skills with knowledge of renewable energy technologies, making them attractive to a wide range of employers. Career paths include roles in renewable energy companies (solar, wind, hydro, battery and storage), power utilities, energy consultancies, environmental and sustainability consultancies, instrumentation and sensor companies, and design and testing laboratories. Many graduates move into research and development roles or continue to postgraduate study (MSc/PhD) in areas such as energy materials, power electronics or climate science.

Other common destinations include graduate schemes in engineering and technology firms, technical roles in manufacturing and materials, roles in policy, regulation or project management within the energy sector, as well as teaching and outreach. The practical, modelling and data skills gained are also valued in finance, data analysis and software roles.

Why study at Keele University

Keele offers a campus‑based student experience with small‑group teaching, close academic support and accessible laboratory facilities. The physics provision emphasises hands‑on experimental work and computational skills, supported by experienced academics who supervise student research projects. Keele encourages interdisciplinary study, allowing you to contextualise physics within environmental and sustainability challenges.

The university maintains links with regional and national employers and supports students seeking placements and project partnerships, helping to build professional experience in the energy sector. Student support services, career guidance and opportunities for extracurricular engagement in societies and research projects help prepare graduates for employment or further study in the evolving renewable energy landscape.