University of Nottingham

What you'll study

This MSc combines taught modules with a substantial research or design project. Core teaching covers the fundamentals of biomaterials, biomechanics, biological systems modelling and medical imaging, together with practical training in laboratory and engineering techniques. Students study modules such as biomaterials and tissue engineering, biomechanics and mechanobiology, medical device design and testing, computational modelling of biological systems, and experimental methods for bioengineering. The programme also includes modules addressing regulatory, ethical and translational aspects of healthcare technology, and training in statistics, data analysis and experimental design.

The course is typically delivered through a combination of lectures, lab classes, computer practicals, group design projects and a supervised individual research project or industrial placement. The research project, carried out in university laboratories or with external partners, allows students to develop hands‑on skills in areas such as cell culture and biomaterials testing, mechanical characterisation, imaging and image analysis, rapid prototyping/3D printing, and device validation.

Entry requirements

Applicants are normally expected to hold a good UK honours degree (2:1 or equivalent) in engineering, biomedical engineering, physics, materials science, biology, biotechnology or a closely related discipline. Candidates with a 2:2 may be considered if they can demonstrate relevant professional or research experience. Prospective students whose first language is not English are required to provide evidence of English language proficiency at a level appropriate for postgraduate study.

Selection is based on academic record, relevant practical experience, references and the applicant’s statement of purpose. International applicants should supply documentation of prior qualifications and, where appropriate, translated certified copies. Applicants with industrial experience or those transferring from related professional backgrounds are encouraged to explain how their experience prepares them for advanced study in bioengineering.

Career prospects

Graduates from this programme move into a wide range of roles in the medical technology and life sciences sectors. Typical career paths include medical device design and development, biomaterials and tissue engineering roles, biomechanics and rehabilitation engineering, bioinstrumentation and imaging, translational research in academic or clinical settings, regulatory affairs and quality assurance, and roles in product development or technical consultancy. Many students also progress to further research, including PhD study, or to roles that bridge engineering with clinical teams in the NHS or industry.

The programme’s combination of laboratory, computational and design training is valued by employers across start‑ups, established medtech and biotech companies, contract research organisations and hospital engineering departments.

Why study at University of Nottingham

The University of Nottingham offers an interdisciplinary environment with active research groups working at the interface of engineering, biology and clinical practice. Students benefit from access to specialist laboratories, prototyping and fabrication facilities, and imaging resources, as well as opportunities to collaborate with clinical partners and industry. The university’s emphasis on translational research means that projects often have practical, application‑focused objectives and links to real‑world healthcare challenges.

Teaching is delivered by academics with expertise across biomaterials, biomechanics, medical imaging, computational modelling and systems biology, supported by technicians and clinicians who contribute to practical training and project supervision. The programme’s strong industry and clinical engagement helps students develop the technical and professional skills needed to take ideas from concept through to testing and implementation.