Biomedical Engineering Technology (Fast Track)
The Biomedical Engineering Technology (Fast Track) program is beneficial to students with a college or university electronics background. Their educational background allows them to gain direct admission into the second year (third semester) of this three-year diploma program and receive an advanced diploma in two years (four semesters).
Quick Facts |
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Full-time Duration: | 2 years |
Starting in: | January, September |
Tuition Fee: | $16,377 |
Location: | Pickering, Canada / Blended / Online |
The Biomedical Engineering Technology courses, which are facilitated through the School of Engineering Technology and Applied Science, combine engineering with medicine. You use technical problem-solving skills while learning about biomedical engineering principles, among which are:
- Electronics
- Computers
- Embedded microcontrollers
- Chemistry
- Biology
- Medicine
- Health
- Product engineering in the design of medical equipment, rehabilitation and health improvement devices
The merger between the biomedical equipment industry, engineering and scientific disciplines has seen innovations within the healthcare system which require qualified professionals in biomedical engineering. Biomedical Engineering Technology graduates are in demand! The program continues to evolve to reflect the ever-growing innovations in the industry, upgrading its curriculum to do so.
Program Highlights
- The faculty members teaching in this program are biomedical industry professionals.
- At Centennial College’s state-of-the-art facilities, you gain hands-on experience with a wide range of high-tech equipment.
- A strong focus on hands-on learning in our labs to enhance classroom learning.
- This School of Engineering Technology and Applied Science program is part of an active student chapter of the Institute of Electrical and Electronic Engineers (IEEE).
- The program has its own Biomedical Student Club.
“A good opportunity to be a member of the research team to conduct research for reputed institutions like University of Toronto and Centennial College. Gained a lot a new knowledge and hands-on experience in conducting research. Learned sampling techniques and different data analysis methods.”
Sushil Anu // Performance of Existing Oil-Grit Separators (Stormceptor) and Development a New Generation of Urban Sediment-Contaminant Separators
Career Prospects
Career Outlook
- Bioengineer
- Biomedical engineer
- Engineering technologist
Areas of Employment
Graduates may choose to use their knowledge to pursue careers in:
- Hospitals
- Medical equipment companies
- Pharmaceutical companies
- Rehabilitation facilities
- Customer service