Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
The healthcare sector is experiencing swift growth in adopting sophisticated diagnostic and therapeutic technologies to deliver optimal patient care. With medical professionals relying more on cutting-edge equipment and specialized technical skills, technology-associated risks for both patients and clinical teams have also risen.
Biomedical engineering technologist roles have developed to mitigate these technological risks throughout medical devices' entire lifespan - from specification and inspection to calibration, maintenance, repairs, and technical problem-solving.
Through the Biomedical Engineering Technology program, you'll gain core knowledge and practical skills in electronics, microcontroller applications, computer networking, and medical imaging systems. The curriculum also covers medical lab procedures, human anatomy, physiology, and healthcare technology administration. This program equips you with electronic technologist competencies while specializing in biomedical equipment technology. Your first year will focus on electronics fundamentals, microcontroller coding, mathematics, and computer systems. Later studies will delve into biomedical instrumentation, diagnostic imaging technology, medical lab equipment, plus supplementary courses in human biology and medical device management to complete your specialized training.