Nottingham Trent University

What you'll study

This integrated master's builds core engineering knowledge alongside specialist biomedical topics. Early stages concentrate on mathematics, electronics, mechanics, programming and an introduction to human physiology. As you progress you will study modules such as biomechanics, biomaterials, medical imaging and signal processing, instrumentation and sensors, control systems for biomedical applications, and design for healthcare.

Later stages emphasise advanced and research-led topics including tissue engineering, rehabilitation and prosthetic design, clinical engineering and regulatory considerations, systems biology and data analysis for medical applications. The course culminates in a substantial individual or group MEng project that typically involves experimental work, numerical modelling or a design-and-test programme carried out with access to specialist laboratories and supervision.

• Year-by-year structure with increasing specialist content and project work
• Hands-on laboratory modules covering materials testing, electronics, biomechanics rigs and medical instrumentation
• Computing and data modules teaching MATLAB/Python, signal processing and modelling
• Design-focused modules with risk assessment, human factors and regulatory/ethical training
• Opportunity for an industrial placement or research project to apply learning in a workplace or clinical setting

Entry requirements

Typical applicants hold a strong background in mathematics plus at least one science subject (biology, chemistry or physics) from school-level qualifications. Offers are normally based on successful completion of A-levels, BTEC, International Baccalaureate or recognised international equivalents with appropriate grades in maths and a science.

Other acceptable routes include completed relevant foundation years, HND/HNC with progression routes, or admission as a mature student with evidence of prior learning and experience. International applicants must meet Nottingham Trent University's standard English language requirements through a recognised qualification.

Applicants are encouraged to demonstrate practical experience, relevant work placements or extracurricular engineering projects where possible; selected candidates may be invited to interview or asked for a portfolio.

Career prospects

Graduates move into a variety of roles across medical device design and manufacture, clinical engineering and healthcare technology management, regulatory affairs and quality assurance, research and development, and data-driven roles in medical imaging and diagnostics. The programme also prepares students for postgraduate research (PhD) or further professional training.

Typical employers include medtech and implant manufacturers, hospitals and clinical engineering departments, consultancy firms, contract research organisations and start-ups in diagnostics or assistive technologies. Graduates develop transferable skills valued in systems engineering, product development and technical project management.

Why study at Nottingham Trent University

Nottingham Trent University offers a practical, career-focused biomedical engineering degree with modern laboratories, prototyping workshops and specialist biomedical equipment. The School provides strong links to local industry and healthcare partners, enabling project collaborations and opportunities for placements or applied research projects.

Teaching emphasises hands-on learning, team design projects and support from academic staff active in applied research. NTU's careers and enterprise services help students secure placements and employment, and there are student societies and technical clubs that allow extra-curricular development of engineering and entrepreneurial skills. The course is designed to give the technical depth and professional awareness needed for a career in biomedical technology or for continued study in research-focused pathways.