Swansea University

What you'll study

The programme builds a foundation in circuit theory, analogue and digital electronics, signals and systems, electromagnetism and power engineering before progressing to more specialised topics. In early years you study mathematical methods for engineers, basic electronics, programming and laboratory techniques. Intermediate and final years typically cover subjects such as embedded systems and microcontrollers, analogue and digital signal processing, control engineering, power electronics and machines, communications and wireless systems, and electronic materials.

Practical work is embedded throughout the degree: laboratory classes, electronics and instrumentation workshops, PCB design and testing, software development for embedded platforms, and team design projects. Most students complete an individual final‑year project that applies theoretical knowledge to a real engineering problem, often in collaboration with an industrial partner or a research group.

The course structure commonly includes core modules that ensure breadth across electrical and electronic engineering, alongside optional modules that allow you to specialise (for example, in renewable energy systems, advanced communications, robotics or power systems). There is often the option of a placement year in industry or a period of study abroad to gain professional experience.

Entry requirements

Applicants are expected to have strong attainment in mathematics and a science subject (usually physics) at A level or equivalent. Typical offers are in the range of strong passes at A level, with Mathematics required and Physics highly recommended. Applicants with vocational qualifications such as BTEC, T‑level, an Access to HE diploma, or international qualifications (including the International Baccalaureate) are considered where learning outcomes are comparable. GCSEs in English and Mathematics at a good grade are also normally required.

Swansea University welcomes mature students and those with relevant work experience; such applicants are assessed on the strength of their portfolio and prior learning. English language proficiency must be demonstrated by international applicants who do not have prior education in English.

Career prospects

Graduates go on to roles in electronics design, embedded systems development, power and energy engineering, telecommunications, control and automation, test and instrumentation, and systems engineering. Many join graduate schemes with utilities, automotive and aerospace companies, electronics manufacturers, telecoms firms and technology consultancies. Others work for engineering consultancies, research organisations or start their own technology businesses.

The degree also provides a route to further study (MSc, MEng conversion or research degrees) and professional registration. With additional experience or further qualifications, graduates can progress towards Incorporated Engineer (IEng) or Chartered Engineer (CEng) status via the Institution of Engineering and Technology (IET) or other relevant professional bodies.

Why study at Swansea University

Swansea University’s College of Engineering offers a practical, research‑informed engineering education delivered on the modern Bay Campus. The university provides well‑equipped electronics, power and control laboratories, dedicated maker spaces and computing facilities for embedded development and simulation. Research strengths in power electronics, renewable energy integration, communications and smart systems create opportunities for project collaboration with active research groups.

The university maintains industry links across energy, automotive, telecommunications and electronics sectors, supporting placement and employer‑led project opportunities. Students benefit from careers support, professional development activities and a community that combines a strong engineering culture with access to the wider facilities and student life Swansea offers.