MSc Biomedical Engineering
Course Overview
This MSc in Biomedical Engineering equips graduates and professionals with the advanced technical and analytical expertise to pioneer the next generation of medical technology. You will learn to apply engineering principles to design novel diagnostic and therapeutic devices, specialising in one of three key streams: Biomechanical, Bioelectrical, or Regulatory Sciences. The program is designed to provide highly transferable skills for a successful career at the intersection of engineering and healthcare.
Key Program Highlights
- Specialize in one of three focused streams: Biomechanical, Bioelectrical, or Regulatory Sciences.
- Master industry-standard engineering software including MATLAB, CAD, and FEA for data analysis and device design.
- Develop practical solutions to real-world medical problems through hands-on case studies.
- Gain a critical understanding of the medical device regulatory landscape and quality requirements.
- Acquire highly transferable skills tailored for careers in the biomedical industry, clinical engineering, and research.
Course Overview
This MSc in Biomedical Engineering equips graduates and professionals with the advanced technical and analytical expertise to pioneer the next generation of medical technology. You will learn to apply engineering principles to design novel diagnostic and therapeutic devices, specialising in one of three key streams: Biomechanical, Bioelectrical, or Regulatory Sciences. The program is designed to provide highly transferable skills for a successful career at the intersection of engineering and healthcare.
Key Program Highlights
- Specialize in one of three focused streams: Biomechanical, Bioelectrical, or Regulatory Sciences.
- Master industry-standard engineering software including MATLAB, CAD, and FEA for data analysis and device design.
- Develop practical solutions to real-world medical problems through hands-on case studies.
- Gain a critical understanding of the medical device regulatory landscape and quality requirements.
- Acquire highly transferable skills tailored for careers in the biomedical industry, clinical engineering, and research.
