Last updated on 2025-12-10
Program Overview
The Master of Engineering in Biomedical Systems program at the University of Victoria is designed to equip students with essential knowledge and hands-on experience in the field of biomedical systems and devices. This program emphasizes the application of human physiology across various levels, from cellular structures to organ systems, culminating in the design of innovative medical devices. Students will gain a comprehensive understanding of how to integrate engineering principles with biological systems, preparing them for a dynamic career in the biomedical industry.
Program Structure
The MEng in Biomedical Systems program is structured to be completed in a 12-16 months timeframe, offering both project and thesis options. Students can choose to study full-time and will attend classes on-campus. The program includes:
- Project or thesis options available
- Full-time study format
- On-campus program delivery
- Opportunity to join a co-op program with permission from the program director
- Possibility to work as a teaching assistant
This structure allows students to tailor their educational experience while gaining practical skills that are highly valued in the biomedical field.
Featured Experiences
The MEng in Biomedical Systems program offers several unique features that enhance the learning experience:
- Hands-on experience in designing and analyzing medical devices
- Integration of human factors and ergonomic considerations into system design
- Exposure to current innovative technologies and techniques in the biomedical device industry
- Collaboration opportunities with healthcare professionals and the health industry
- Access to a co-op program for real-world experience
These experiences are designed to prepare students for the challenges and demands of the biomedical engineering field.
Career Options
Graduates of the MEng in Biomedical Systems program can pursue a variety of career paths in Canada, including:
- Biomedical Engineer: Design and develop medical devices and equipment, ensuring they meet regulatory standards and user needs.
- Clinical Engineer: Work in healthcare settings to manage and maintain medical equipment, ensuring safety and effectiveness.
- Regulatory Affairs Specialist: Navigate the regulatory landscape to ensure compliance for medical devices and technologies.
- Product Development Engineer: Lead the development of new biomedical products from concept through to market launch.
- Quality Assurance Engineer: Oversee the quality control processes for biomedical products, ensuring they meet industry standards.
These roles highlight the diverse opportunities available to graduates, allowing them to make significant contributions to the healthcare and biomedical sectors.
DISCLAIMER: The information above is subject to change. For the latest updates, please contact LOA Portal's advisors.
Visit University of Victoria official website






















