Our biomedical engineering courses cover artificial intelligence, digital health, electronic systems and mechatronics for health and medical devices. Biomedical engineering (mechanics and materials) focuses on mechanical engineering aspects of healthcare technologies with an emphasis on user needs and interactions. Optional industry placements in healthcare engineering let you apply what you’ve learned and can be a springboard to an exciting career in roles such as biomedical engineer, biomechanical engineer, or biomaterials engineer.

Biomedical engineering courses

Find out more about our biomedical engineering degrees.

Related subjects

Adriana Wilde
Lecturer
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My research is on safe, inclusive, and secure digital technologies for health that empower people to live independently. I teach students the fundamentals needed to create these and the principles to design them for people’s needs
Alex Dickinson
Professor
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Developing medical devices needs close partnership between engineers, health care professionals and patients. My research and teaching involve working with these groups to improve prosthetic limb design
Zehor Belkhatir
Lecturer
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I fuse control system engineering with data analytics to identify patterns for precision medicine and to help identify biomarkers. In my teaching, I also combine fundamental theoretical concepts with hands-on application to show students how these can be applied to health

Student stories

  • Biomedical engineering PhD student wearing safety goggles soldering a circuit board in an electronics lab.

    How my MEng led to a PhD in stroke rehabilitation technology

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