University of Nottingham

What you'll study

The programme is a doctoral research degree centred on an individual project agreed with a supervisory team. Projects typically address topics such as advanced energy materials, battery and hydrogen storage, photovoltaic and fuel cell devices, power-electronics and grid integration, energy system modelling, and techno-economic or policy analysis of low-carbon technologies. Study emphasises original experimental, computational or theoretical research leading to a thesis and oral examination.

• Research project: the majority of time is spent designing and delivering an independent research programme under the guidance of one or more supervisors.
• Training and skills: transferables such as research methods, data analysis, scientific communication, project management and ethics are provided through workshops and courses.
• Progress milestones: regular reviews and a vivavoce examination (doctoral thesis defence) form the formal assessment route.
• Interdisciplinary opportunities: projects often involve collaboration across engineering, materials science, physics, computer modelling and policy, and may include industry or external research partner engagement.

Entry requirements

Applicants should normally hold a relevant master’s degree with a strong performance or a first-class honours degree in engineering, physical sciences, or a closely related discipline, together with evidence of research potential. A clear research proposal and the agreement of a prospective supervisor improve the chances of admission. International applicants must meet the University’s English language requirements and provide certified academic transcripts and references. Candidates with substantial industry or research experience may be considered on the basis of a demonstrated ability to undertake doctoral-level research.

Career prospects

Graduates from this PhD typically move into research and development roles in academia, national and international research institutes, and industrial research labs. Other common career paths include technical and managerial roles in renewable energy companies, battery and hydrogen technology manufacturers, utilities and grid operators; consultancy and policy advisory positions in government or non-government organisations; and technology transfer, entrepreneurship or further academic study. The training in specialist research techniques and transferable skills also prepares graduates for data science, systems modelling and leadership roles in the energy sector.

Why study at University of Nottingham

The University of Nottingham offers interdisciplinary supervision across engineering, physical sciences and policy, and access to well‑equipped laboratories and computational facilities for energy research. Collaborative links with industry and research partners provide opportunities for applied projects, placements and knowledge exchange. The University supports doctoral researchers with training programmes, funding application advice and a research community that encourages networking across energy-related centres and institutes.