Bachelor in Biomedical Engineering

The University of the Witwatersrand, Johannesburg, known as Wits, is a prominent research-intensive university founded in 1922 and located in one of Africa’s most vibrant cities. With a student body exceeding 42,000 and a diverse international community, Wits offers a wide range of undergraduate and postgraduate programs across humanities, sciences, engineering, health sciences, and business. Its urban campus provides access to cultural institutions, industry partners, and public sector organizations for experiential learning.

Wits is recognized for rigorous research and strong professional programs, offering 322 distinct programs that combine theoretical depth with practical training. The university’s academic environment supports innovation through research centers, clinical training partnerships, and industry collaborations that help students build professional networks. International students benefit from dedicated support services, orientation programs, and resources to assist with visas, accommodations, and academic advising, helping them integrate into campus life and pursue career ambitions.

Campus life at Wits is dynamic, with active student societies, sporting opportunities, and cultural events that reflect Johannesburg’s diversity. Graduates join a broad alumni network and often find career pathways in South Africa and abroad. Prospective students should explore program-specific entry requirements, funding and scholarship options, and early engagement with faculty to tailor their study plans to research interests or professional objectives.

The Bachelor in Biomedical Engineering is a 3-year program at the University of the Witwatersrand, Johannesburg, taught in English. It's ideal for students who want to combine engineering and biology to develop innovative solutions for medical problems. The program offers many benefits, including a strong foundation in engineering and biology.

The curriculum covers subjects like Introductory Physiology, Chemistry, and Engineering Mathematics in the first year. In the second year, students learn about Electric and Magnetic Systems, Software Development, and Molecular and Cell Biology. The third year includes courses like Anatomy, Biomedical Transport Phenomena, and Biomedical Measurement, Instrumentation and Imaging, as well as hands-on experience with signals and systems.

Graduates of this program can pursue careers as Biomedical Engineers, Medical Device Developers, or Clinical Engineers. They can work in industries like healthcare, medical devices, or research, and can be employed by organizations like hospitals, pharmaceutical companies, or research institutions.