MSc Medical Devices Engineering
Course Overview
This MSc in Medical Devices Engineering equips engineers with the specialized skills to design and develop the next generation of healthcare technology. The interdisciplinary programme merges advanced engineering principles with biomedical applications and essential regulatory standards. Graduates are prepared for immediate employment in the global biomedical sector, from R&D to regulatory affairs.
Key Program Highlights
- Apply core engineering expertise to the innovative and fast-growing medical devices field.
- Learn medical device regulations directly from practitioners within the NHS.
- Gain hands-on access to world-class facilities like the James Watt Nanofabrication Centre.
- Benefit from the university's strong clinical links to the Queen Elizabeth University Hospital.
- Build a foundation for careers in both engineering development and device regulatory roles.
Course Overview
This MSc in Medical Devices Engineering equips engineers with the specialized skills to design and develop the next generation of healthcare technology. The interdisciplinary programme merges advanced engineering principles with biomedical applications and essential regulatory standards. Graduates are prepared for immediate employment in the global biomedical sector, from R&D to regulatory affairs.
Key Program Highlights
- Apply core engineering expertise to the innovative and fast-growing medical devices field.
- Learn medical device regulations directly from practitioners within the NHS.
- Gain hands-on access to world-class facilities like the James Watt Nanofabrication Centre.
- Benefit from the university's strong clinical links to the Queen Elizabeth University Hospital.
- Build a foundation for careers in both engineering development and device regulatory roles.
Requirements
Modules
- Biophysics of Cells and Systems
- Statistics For Biomedical Engineering
- Signal Processing of Biosignatures
- Biosensors and Diagnostics
- Entrepreneurship in Biomedical Engineering
- Bioethics for Biomedical Engineering
- HUMAN FACTORS
- MSc Project
- Rehabilitation Engineering
- Digital Signal Processing
- Real Time Embedded Programming
- CyberSecurity Fundamentals
- Mobile Human-Computer Interaction
- Microscopy and Optics
- Nanofabrication
- Scaffolds and Tissues
- Ultrasound Technology and Applications
- Advanced Ultrasonics
- Advanced Imaging and Therapy
