This is a direct honours programme; graduating students who meet the honours eligibility criteria will be awarded the respective honours classification. To graduate, students are required to complete a total of 170 credit units ( cu) of courses, inclusive of 10 cu of SUSS core courses.

The breakdown of the cu to be completed is:

• 95 cu of Compulsory courses;
• 40 cu of Elective courses;
• 10 cu Compulsory Capstone Project;
• 15 cu of General Elective; and
• 10 cu of SUSS Core courses.
  
  

BSc Biomedical Engineering with Paramedicine and Emergency Response Minor
This is a direct honours programme; graduating students who meet the honours eligibility criteria will be awarded the respective honours classification. Students are required to complete a total of 170 credit units ( cu), inclusive of 10 cu of SUSS core courses.

The breakdown of the cu to be completed is:

• 95 cu of Biomedical Engineering compulsory courses;
  
• 40 cu of Paramedicine and Emergency Response courses;
• 10 cu Compulsory Capstone Project;
• 15 cu of General Elective; and
• 10 cu of SUSS Core courses.
  
  

BSc Biomedical Engineering with Minor
This is a direct honours programme; graduating students who meet the honours eligibility criteria will be awarded the respective honours classification. To graduate, students are required to complete a total of 170 credit units ( cu) of courses, inclusive of 10 cu of SUSS core courses.

The breakdown of the cu to be completed is:

• 95 cu of Biomedical Engineering compulsory courses;
• 10 cu of compulsory Capstone Project;
• 40 cu of Minor courses (Analytics, Business, Communications, Digital Media, Entrepreneurship, Human Resource Management, Information Technology, International Trade Management, Management, Marketing, Military Studies, Mobile Application Development, Organisation Management, Outdoor Education, Physical Education, Procurement Management, Psychology, Public Sector Service Management, Sociology, or Supply Chain Management)
• 15 cu General Elective; and
  
• 10 cu of SUSS Core courses.

The curriculum is structured such that:

• Level 1 courses consist of basic sciences and engineering;
• Level 2 covers core biomedical engineering courses such as biomaterials, biomechanics, ethics, and healthcare related topics;
• Level 3 covers advanced biomedical engineering courses such as biomedical devices, biomedical instrumentation and systems, rehabilitative and assistive engineering
• Elective courses are available in areas of advanced biomechanics, advanced biomaterials, medical imaging, genomics, cardiovascular bioengineering.
• Level 4 – Capstone Biomedical Engineering Project