Bachelor in Biomedical Engineering

Birmingham City University, based in the heart of Birmingham, England, blends a long heritage with a modern approach to higher education. Established in its current form in 1992 but tracing roots back to the 19th century, the university serves a large and diverse student body across arts, business, computing, engineering, health and social sciences. Its campus life reflects the city’s cultural energy, making it a stimulating place for international students seeking both academic rigor and urban experiences.

The university is known for strong industry links and practice-led teaching that help students develop workplace-ready skills. With more than a hundred programs, students benefit from placements, live projects and partnerships with local and global employers. Research and creative practice are woven into teaching, so learners gain hands-on opportunities alongside academic study, supported by career services, employability workshops and networks that boost transitions into professional roles.

For prospective international students, Birmingham City University offers practical support including orientation services, accommodation advice and tailored English language help. The city’s transport links and affordable living options make it straightforward to settle in, while campus societies and multicultural events help newcomers build social and professional networks. Consider programs with placement components if you value experiential learning; early engagement with career teams will help you make the most of the university’s industry connections.

The Bachelor in Biomedical Engineering at Birmingham City University is a degree program for students interested in biomedical engineering, offered in English, and takes several years to complete. You'll learn about assistive technology, rehabilitation, and medical imaging, and develop skills in designing and manufacturing medical equipment.

The curriculum covers modules such as Human Anatomy and Physiology, Biomechanics, and Biomaterials. You'll also learn about Medical Instrumentation and Measurements, and have the opportunity to work on an Individual Research Project. Practical skills are developed through industrial-led workshops and labs.

Graduates can pursue careers as Biomedical Engineers, Clinical Engineers, or Medical Device Engineers, working for companies like hospitals, medical device manufacturers, or research institutions. Other potential job titles include Rehabilitation Engineer, Orthotics and Prosthetics Engineer, or Research and Development Engineer.