The Bachelor of Engineering Science in Biomedical Engineering - BEngSc(BME) is a new three year degree programme which has been designed to give students a thorough understanding of the application of quantitative sciences and engineering methods to problems in medicine and biology. The course develops an appreciation for living systems as complex machines amenable to engineering analysis, as well as facilitating a thorough understanding of diagnostic and therapeutic instrumentation. Most importantly, graduates will receive a thorough training in general science, making them highly adaptable for many careers paths in science and technology.
This degree has been specially designed to enable students to become doctors, electrical engineers or physicists, with a minimum of additional study. The details of these options can be viewed on the link called follow-on options. (Please note that some of these options are competitive and automatic entry is not guaranteed). In addition, students who are more research oriented may choose to follow this degree with any of a number of postgraduate degrees in the sciences. In view of these options, prospective students are discouraged from seeing this degree as an end in itself.
In short, this degree will serve as a key step in producing doctors, engineers, physicists and other scientists who will be equipped to become leaders in their respective fields.
The BME programme takes a minimum of three years to complete Each academic year of the degree programme is divided into two terms. Courses last for one or two terms.
Biomedical Engineering Programme : The following is a summary of courses in each year of the Biomedical Engineering degree program
Year 1
Subject |
Duration |
Course code |
Chemistry |
full year (1) |
CHEM1012 |
Electric Circuits |
full year (1) |
ELEN1000 |
Physics I |
full year (1) |
PHYS1014 |
Mathematics I |
full year (1) |
MATH1014 |
Introductory Life Sciences |
full year (1) |
BIOL1000 |
Mechanics |
full year (1) |
PHYS1015 |
Vacation design |
|
|
Year 2
Subject |
Duration |
Course code |
Electronics 1 |
half year (1/2) |
ELEN2001 |
Microprocessors |
half year (1/2) |
ELEN2002 |
Software development 1 |
half year (1/2) |
ELEN2004 |
Electric and Magnetic Systems |
half year (1/2) |
ELEN2003 |
Signals and Systems 1 |
half year (1/2) |
ELEN005 |
Mathematics II |
full year (1) |
MATH2014 |
Physics II (Electrical) |
half year (1/2) |
PHYS2007 |
Molecular and Cell Biology |
half year (1/2) |
HAEM2001 |
Biomedical Statistics and Numerical Methods |
half year (1/2) |
APPM2013 |
Vacation work |
|
|
Year 3
Subject |
Duration |
Course code |
Signals & Systems IIA | Half year (1/2) | ELEN3012 |
Biomedical Signals, Systems and Control | Half year (1/2) | ELEN3014 |
Physiology & Medical Biochemistry 1 |
full year (1) |
PHSL2004 |
Biomedical transport phenomena |
half year (1/2) |
CHMT3017 |
Biomedical Measurement, Instrumentation and Imaging |
half year (1/2) |
ELEN3008 |
Anatomy I |
full year (1) |
ANAT2020 |
- Applications to Wits must enclose a non-refundable application fee of R100 (for international applicants, R700).
- Submit your Grade 11 report which must be signed and stamped by your school principal.
- If you have already matriculated, attach a copy of your matric certificate.
- A pass in the IELTS (International English Language Testing System) with a score of at least 7.0.
Want to improve your English level for admission?
Prepare for the program requirements with English Online by the British Council.
- ✔️ Flexible study schedule
- ✔️ Experienced teachers
- ✔️ Certificate upon completion
📘 Recommended for students with an IELTS level of 6.0 or below.