Biomedical Engineering
Biomedical engineering applies engineering principles and methods to the challenges of medicine and healthcare, designing the devices, systems, and technologies that help clinicians diagnose, treat, and monitor conditions, and that support or replace the functions of damaged tissues and organs. It is a genuinely interdisciplinary field, drawing on mechanical and electrical engineering, materials science, biology, and physiology to address problems at the frontier of clinical medicine and technological innovation. Prosthetics, imaging systems, implantable devices, diagnostic equipment, and rehabilitation technologies are all products of biomedical engineering thinking.
At Queen Mary University of London this four-year full-time programme develops your engineering knowledge alongside a deep understanding of the biological and medical contexts that give that knowledge its purpose. You will study the fundamentals of engineering science, including mechanics, electronics, and materials, alongside cell biology, anatomy, physiology, and medical imaging. You will learn to apply engineering analysis to questions about how the body works and how technology can support or repair it.
The programme builds both the quantitative and technical skills of the engineer and the medical understanding needed to design solutions that work safely and effectively in clinical and real-world settings.
Biomedical engineering graduates work in the medical devices industry, clinical engineering, research and development, regulatory affairs, and hospital technology management. Major employers include medical device companies, the NHS, research institutes, and technology consultancies. Some graduates move into academia or pursue postgraduate degrees to deepen their expertise in a particular area such as tissue engineering, neural engineering, or medical imaging.
The combination of engineering rigour and medical knowledge positions graduates well in a sector that is growing as healthcare technology becomes ever more central to modern medicine.