University of Nottingham

What you'll study

The programme builds a solid foundation in the principles of electrical and electronic engineering and develops practical skills through laboratory work, project-based learning and design exercises. In your early years you will study fundamental topics such as circuit theory, analogue and digital electronics, signals and systems, electromagnetism and mathematics for engineers. Subsequent modules typically cover power systems and power electronics, control theory, microcontrollers and embedded systems, digital communications, microelectronics and semiconductor devices, instrumentation and sensors, and software for engineering applications.

Teaching is a blend of lectures, tutorials, laboratory classes and team design projects. You will undertake hands-on work in well-equipped electronics and power labs, learn PCB and FPGA prototyping, and use industry-standard simulation and CAD tools. The degree usually culminates in an individual or group project where you apply your knowledge to design, build and test a practical engineering solution.

Students can often choose optional modules aligned to interests such as renewable energy, electric vehicles, wireless communications, signal processing, robotics, or advanced microelectronic design. There are also opportunities for a year in industry or a year abroad on many routes, allowing you to gain professional experience or international exposure before graduation.

Entry requirements

Applicants are expected to have strong qualifications in mathematics and science. Typical academic preparation includes A-levels with Mathematics plus Physics or Further Mathematics or an international equivalent such as IB Higher Level Mathematics and Physics. Colleges and other recognised qualifications are also considered when equivalent competence is demonstrated.

Beyond formal qualifications, successful applicants usually show good problem-solving ability, practical aptitude, and an enthusiasm for engineering and technology. Prior programming experience and familiarity with electronics or robotics clubs, project work or relevant work experience are advantageous but not mandatory. All applicants must meet the university's general entry and English language requirements.

Career prospects

Graduates of electrical and electronic engineering are in demand across a wide range of industries. Typical entry-level roles include electronics design engineer, embedded systems developer, control systems engineer, power systems or protection engineer, test and validation engineer, and telecoms or network engineer. Employers span sectors such as consumer electronics, automotive and electric vehicles, renewable energy and power generation, semiconductors and microelectronics, aerospace, defence, instrumentation, and telecommunications.

Many graduates progress to specialist technical roles, management positions or consultancy, while others continue with postgraduate study (MSc, MPhil/PhD) in topics such as power electronics, signal processing, communications or microelectronics. The degree provides a strong platform for professional registration and, together with further learning and experience, can lead towards Chartered Engineer status.

Why study at University of Nottingham

The University of Nottingham offers strong departmental expertise, well-equipped teaching and research laboratories, and established links with industry that support practical learning and employability. Teaching is informed by active research in areas such as power electronics, renewable energy systems, communications and microelectronics, giving students access to current technologies and methods.

The campus environment supports extra-curricular engineering activities—project teams, student societies and competitions—that complement coursework and help build teamwork and project management skills. Dedicated student support services and careers guidance help with placements, internships and graduate job preparation, making the degree a practical route into a wide range of engineering careers.