Biomedical Systems Engineering

Biomedical systems engineering applies engineering principles to some of the most important problems in healthcare, designing the devices, systems, and technologies that diagnose, monitor, and treat disease. It sits at the boundary between engineering and medicine, combining knowledge from mechanical and electronic engineering, computer science, physiology, and biology to develop solutions that work reliably in biological environments. From imaging systems and prosthetic limbs to wearable sensors and robotic surgery tools, biomedical engineers are behind the technology that modern clinical medicine depends on.

This three-year full-time degree at the University of Warwick develops specialist knowledge across biomedical problem-solving and healthcare technology design. You will study the engineering principles underpinning medical devices and systems alongside the biological and physiological context in which they operate, learning how to analyse problems that span both domains. The programme includes a sandwich year, giving you the opportunity to gain substantial industry experience in a relevant organisation before your final year, and a year abroad is also available.

Work placement opportunities are built into the course, reflecting the degree's commitment to preparing you for professional practice from the outset. The typical entry tariff is 168 points.

Biomedical systems engineering graduates are well placed for careers in medical device companies, NHS biomedical engineering departments, research institutes, pharmaceutical technology firms, and healthcare consultancies. Many go on to roles in design and development, clinical engineering, regulatory affairs, or project management within the healthcare technology sector. The combination of engineering rigour and biomedical knowledge also supports routes into academic research, and postgraduate study in biomedical engineering, medical physics, or healthcare technology is a natural continuation for those who want to specialise further or pursue doctoral research.