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The MSc Medical Engineering (Biomedical Engineering) at Keele University delivers a clinically-focused and multidisciplinary education, blending engineering, life sciences, and medicine to tackle complex healthcare challenges. Accredited by IPEM, the course provides a strong foundation in the design and development of medical devices and diagnostics with real-world applications through clinical visits and partnerships with local hospitals.
It is designed for students from diverse academic backgrounds—including engineering, biosciences, medicine, and allied health disciplines—offering tailored conversion modules for those without prior experience in medical or engineering fields. The course integrates cutting-edge research in regenerative medicine and medical engineering, delivered at the state-of-the-art Guy Hilton Research Centre.
Course Overview
Core: Medical Equipment and Technology Services Management, Physiological Measurements, Medical Devices Design: Design Control Methodologies, Medical Devices Design: Design Control Methodologies, Biomedical Signal Processing and Analysing, Experimental Research Methodology, Project (Dissertation)
Optional: Stem Cells: Types, Characteristics and Applications, Cell and Tissue Engineering, Biomechanics, Engineering for Medical Applications, Human Physiology and Anatomy, Biotechnology and Omics, Bioreactors and Growth Environments, Biomaterials, Cell Biomechanics, Nanomagnetics in Nanomedicine
Teaching & Learning:
Delivered through lectures, tutorials, lab practicals, seminars, group and individual projects, and clinical visits
Assessment via coursework, lab-based assignments, presentations, and a final dissertation
Clinical visits providing direct exposure to hospital environments and patient care technologies
Opportunities to work on research linked to regenerative medicine and medical device innovation
Specialist seminars and collaborative projects with healthcare professionals
Access to Keele’s advanced diagnostics, biomedical imaging, and manufacturing labs
Graduates are well-prepared for roles in clinical engineering, medical technology innovation, and hospital technology management
Provides a solid foundation for PhD study or specialist professional training
Strong employability outcomes across healthcare, academia, and biomedical industries
Flexible entry with support for students transitioning from non-engineering disciplines
IELTS: 6.5 with 6.0 in all componentsTOEFL IBT (including Home): 87 with 19 (writing), 19 (listening), 19 (reading) and 20 (speaking)Your personal details, academic qualifications (predicted works too), a personal statement, evidence of your English language skills (with relevant qualifications), a reference and employment history are required for applications.Part time studies available; 2 yearsAccredited by IPEM, ensuring quality and industry relevanceScholarships availableBioengineerBiomedical engineerClinical engineerDesign support officerDevelopment engineerManufacturing specialistMechanical engineerMedical design engineerProduct developerProduct design engineerResearch scientistSales representative (medical technology)ScientistSenior Scientist (R&D)Technician
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Keele University
