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Here is a high-level overview of the different graduate programs offered by us and through our sister 'BBME' interfaculty studies program.
You may elect to pursue studies that lead you to a career in academics or become an industry professional. Note that embarking on the 鈥楢cademic Track鈥� does not restrict you to academia; this path also allows graduates to pursue careers in industry, government, etc.
(If you are visually impaired a text version of the following diagram is presented further down on this page.)
Graphical Version
Links:
- Biological and Biomedical Engineering (Interfaculty Studies) Program (BBME)
- Master's in Translational Biomedical Engineering
- Master's in Biomanufacturing BBME
Text Version
The above diagram is presented here in text version.
Academic Track
Curriculum: Research + Thesis Based
Managed by: Biological & Biomedical Eng. Program (BBME) - Interfaculty Studies
Support: Supervisor + Funding
Programs
- (MSc) Master's Program - with option to fast-track to Doctoral program
- (PhD) Doctoral Program
Examples of research areas:
- Medical Diagnostics & Therapeutics
- Signals, Systems & Modelling
- Molecular & Cellular Engineering
- Tissue Engineering
- Imaging & Microscopy
- Neuroscience
- Artificial Intelligence
- Bioinformatics
- Computational Biology
- Devices & Sensors
- and more!
Professional Track
Curriculum: Course + Internship Based
Support: Student Advising + Self-Funded
(MScA) Master鈥檚 in Translational BME
Become a medical technology industry professional
- Medical Device Development
- Regulatory Affairs
- Clinical Trials
- Internship (16 weeks)
(MEng) Master鈥檚 in Biomanufacturing BBME
- RNA Technologies
- Vaccine production (Biomanufacturing)
- Cell and Gene Therapy
- Bioengineering & Bioprocessing
- Internship (8 months)