University of Nottingham

What you'll study

The PhD programme is a predominantly research-based degree in which you design and carry out an original project under the guidance of one or more supervisors. Research themes available in the school typically include power and energy systems (including smart grids and renewable integration), control systems and robotics, signal processing and communications, micro- and nano-electronics, photonics and optoelectronics, sensors and instrumentation, embedded systems and hardware-software co-design, and machine learning for engineering applications.

Your work will usually involve a mixture of theoretical development, computer modelling and simulation, and experimental work in laboratory facilities where appropriate. Training and assessment are centred on an independent thesis and viva voce examination; along the way you will present progress in seminars, write research papers for peer-reviewed journals and conferences, and may contribute to teaching and supervision at undergraduate level.

The School provides structured researcher development, including workshops on research methods, experimental techniques, scientific writing and ethics. You may also take a small number of optional taught modules or short courses to fill any knowledge gaps, learn advanced techniques (for example, advanced signal processing, power electronics or photonic design), or obtain training in transferable skills such as project management and entrepreneurship.

Entry requirements

Applicants are normally expected to hold a relevant postgraduate qualification such as a Master of Science (MSc) or an integrated Master of Engineering (MEng) with a strong record of academic performance, or the overseas equivalent. Candidates with a good first degree and substantial research experience may also be considered. Selection is based on academic qualifications, research experience, the fit between the applicant’s interests and available supervisory expertise, and the quality of the research proposal (when required).

Recommended preparation includes prior coursework or research in core electrical/electronic engineering subjects such as circuit theory, electromagnetics, signals and systems, control, power systems, semiconductor devices or communications, depending on the chosen research area. Practical experience with laboratory work, programming and numerical modelling is advantageous.

International applicants must meet the University's English language requirements; evidence of appropriate English proficiency testing or prior education in English will be requested where relevant. Admissions decisions may also take into account references and an interview (in person or online) with potential supervisors.

Career prospects

Graduates from a PhD in Electrical and Electronic Engineering are prepared for research careers in academia, government laboratories and industry. Typical roles include academic researcher or lecturer, R&D engineer or scientist in sectors such as power generation and distribution, telecommunications, semiconductor and microelectronics companies, photonics and sensing industries, automation and robotics firms, and technology-focused consultancies.

PhD holders are also well placed for leadership roles in product development, technical management, and innovation-driven start-ups. The analytical, experimental and project-management skills developed during the doctorate are valuable in data-driven roles, systems engineering, and policy or advisory positions related to energy, communications infrastructure and advanced manufacturing.

Why study at University of Nottingham

The University of Nottingham offers a research-intensive environment with access to well-equipped laboratories, computing facilities and specialist instrumentation supporting electrical and electronic engineering research. The School fosters interdisciplinary collaboration across engineering, physics, materials and computer science, enabling projects that span device-level innovation to system integration and applications.

Postgraduate researchers benefit from experienced supervisory teams, a structured researcher development programme, and a vibrant doctoral community. The University maintains links with industry and research organisations, providing opportunities for collaborative projects, placements and knowledge exchange. These features combine to support high-quality research training and help prepare graduates for diverse technical and academic careers.