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Durham University’s MSc Biomedical Engineering is an innovative, interdisciplinary programme delivered by the Department of Engineering with contributions from Biosciences. It blends principles of engineering, biosciences, and computing to address modern healthcare challenges such as tissue regeneration, artificial organ design, and the application of AI in medicine. The course is designed to meet the demands of the evolving healthcare technology industry and equip students with the skills needed to contribute to the design and development of medical devices and biotechnology solutions.
The programme integrates theoretical foundations with practical applications, including team-based projects and exposure to research-active staff and industrial partners. Graduates gain expertise in biomechanics, fluid mechanics, artificial intelligence, deep learning, and tissue engineering, positioning them for success in biomedical innovation, research, and clinical technology roles.
Core Modules:
Biomechanics
Physiological Fluid Mechanics
Artificial Organs
Biotechnology Design Project
Artificial Intelligence and Deep Learning
Tissue Engineering
Research and Development Project (group & individual components with oral exam and report)
Optional Modules:
Environmental Engineering
Optimisation
Non-linear Solid Mechanics
Teaching & Assessment:
Teaching: 20 hours of lectures per module, revision sessions, guest seminars, and independent study
Assessment: Written exams, coursework, oral presentations, team design projects, and a major individual research project
Group-based and individual biotechnology design projects supervised by academic experts
Research and Development Project with an oral exam and written dissertation
Guest seminars and career sessions featuring professionals from healthcare, industry, and academia
Use of cutting-edge labs including clean rooms, electronics, fluid dynamics, and biomedical systems
Dedicated careers support, CV guidance, and mock interviews
Graduates pursue careers in biomedical engineering, biotechnology, medical technology, and research sectors
Alumni find roles in both clinical and industrial settings, including NHS, startups, and global medical device firms
Foundation for PhD study or clinical scientist training pathways
Dedicated careers team and employer events support job readiness
UK first or upper second-class honours degree or equivalent in engineering, sciences (physics) or a relevant related subject requiredInternational students who do not meet direct entry requirements for this degree might have the option to complete an International Foundation YearIELTS: 6.0 Overall with no component less than 5.5Your 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.Medical Device DesignHealthcare TechnologyClinical EngineeringResearchRegulatory AffairsBiomaterials EngineeringMedical ImagingRehabilitation EngineeringBiotechnologyPharmaceutical EngineeringTissue EngineeringNeuroengineeringHealthcare Consulting
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Durham University
