Swansea University

What you'll study

This programme builds a solid foundation in core engineering principles alongside human physiology and biomedical topics. In the first year you study fundamental mathematics, mechanics, electrical circuits and introductory physiology, together with practical laboratory and computing skills. In subsequent years modules broaden into applied biomedical subjects such as biomaterials, biomechanics, medical instrumentation, biofluids, signals and systems, sensors and imaging, and control for rehabilitation technologies.

• Core engineering maths and mechanics
• Human physiology and cellular biology for engineers
• Electrical and electronic systems, analogue and digital circuits
• Biomaterials and tissue engineering basics
• Medical instrumentation, sensors and data acquisition
• Biomechanics and biofluid mechanics
• Biomedical signal processing and imaging principles
• Design and professional skills, including project management and regulatory awareness
• Individual or group design project with laboratory and prototyping work

Teaching methods include lectures, tutorials, laboratory practicals, computing workshops, group design work and a substantial individual project in the final year. Assessments combine written exams, coursework, lab reports and design presentations. Students have access to biomedical laboratories, engineering workshops and computational facilities, and can benefit from interdisciplinary links with life-science researchers and local clinical partners.

Entry requirements

Applicants typically need A-levels (or equivalent) with a strong emphasis on mathematics plus one of the sciences (biology, chemistry or physics). Appropriate vocational qualifications such as BTEC in Engineering or Applied Science are considered when combined with A-level Maths. International Baccalaureate candidates are expected to hold higher-level mathematics and a science subject. GCSE passes in English and Mathematics are normally required.

Swansea welcomes applications from mature students and those with relevant practical experience. Admissions also consider personal statements, references and any relevant preparatory courses. International applicants should demonstrate English language competence through an approved qualification.

Career prospects

Graduates move into a wide range of roles across the medical technology and healthcare sectors. Typical career paths include design and development of medical devices, clinical engineering and hospital equipment management, product testing and quality assurance, regulatory affairs, research and development, and technical sales. Many graduates progress to further study — for example MSc or MPhil/PhD programmes — or take roles in startups and innovation teams within the healthcare ecosystem.

Employers include medical device manufacturers, diagnostic and imaging companies, NHS trusts and hospital engineering departments, research institutes and consultancies specialising in healthcare technology. The degree also provides a strong foundation for careers in data analysis, software for medical applications, and interdisciplinary roles that bridge engineering and life sciences.

Why study at Swansea University

Swansea offers an engineering education with strong links to life-science research and clinical practice, giving biomedical engineering students access to interdisciplinary expertise and applied research facilities. The university’s institutes and centres focusing on health technologies and translational research support project opportunities and industry-engaged work.

Students benefit from practical laboratory and workshop facilities, computing resources and opportunities to collaborate with local NHS partners and industry. The campus environment and student support services provide a supportive setting for practical learning, professional development and extracurricular activities related to innovation and entrepreneurship in healthcare technology.