University of York

What you'll study

This programme delivers a solid foundation in engineering mathematics, mechanics, electronics and programming in the first year, then builds into specialist biomedical topics such as biomechanics, biomaterials, medical imaging, instrumentation, physiological measurement and biomedical signal processing. Teaching mixes lectures, laboratory classes, computing workshops and project-based work to develop theoretical knowledge alongside practical skills.

Typical themes and module topics include:

• Core engineering fundamentals: calculus, linear algebra, dynamics, thermofluids, circuit theory and digital systems.
• Biomedical-specific subjects: biomechanics and tissue mechanics, biomaterials and their interactions, physiological systems and measurement, medical imaging principles, sensors and transducers for healthcare.
• Computing and data analysis: programming for engineers, signal processing, data acquisition, machine learning fundamentals as applied to biomedical data.
• Design and professional skills: group design projects, systems engineering, regulatory and ethical considerations in medical device development, project management and communication skills.

Study is progressive: early years emphasise mathematics, physics and core engineering, while later years concentrate on specialist modules and individual or team design projects that synthesise knowledge across disciplines. Assessment typically includes a mixture of written exams, laboratory reports, coursework, design portfolios and project presentations.

Entry requirements

Applicants are expected to demonstrate strong ability in mathematics and at least one science (commonly physics or chemistry) at advanced secondary school level or equivalent. Typical offers specify achievement in mathematics as a required subject; applicants with alternative qualifications such as BTEC, International Baccalaureate, or equivalent international and recognised vocational qualifications are considered, provided they include suitable quantitative content.

Mature applicants and those with relevant work experience are welcome; selection takes into account prior learning, references and personal statements. All applicants must meet the University's general requirements for English language proficiency if English is not their first language.

Career prospects

Graduates with a BEng in Biomedical Engineering enter a broad range of careers across healthcare, industry and research. Common destinations include roles in medical device design and manufacturing, clinical engineering and hospital technology management, regulatory affairs and quality assurance, medical imaging and diagnostics, and data-driven roles such as biomedical signal and image analysis.

Other career pathways include technical sales and support for medical technologies, consultancy, product development and testing, and further study at MSc or PhD level leading to research careers. Many graduates also move into related sectors such as robotics, software engineering for health, and start-ups developing digital health solutions.

Why study at University of York

Studying Biomedical Engineering at York offers an interdisciplinary environment where engineering is taught alongside life sciences and computing, enabling integrated approaches to healthcare challenges. The department provides hands-on laboratory facilities and project space for electronics, biomechanics and materials testing, supported by computing resources for data analysis and simulation.

Students benefit from small-group teaching, opportunities for team-based design projects, and links with local hospitals, clinical partners and biomedical companies for project supervision, industrial collaboration and guest lectures. The course emphasises professional skills and real-world design experience to prepare graduates for engineering careers in the healthcare sector or for further academic study.