Biomedical Engineering University of Toronto

Overview

The Biomedical Engineering programme at the University of Toronto provides a comprehensive multidisciplinary education that bridges the gap between engineering principles and medical sciences. Students engage with a curriculum designed to solve complex problems in life sciences through the application of physical sciences and mathematics.

This master level study focuses on the enhancement and replacement of living systems, the design of physiological measurement tools, and the construction of innovative medical instruments. By its nature, the majority of the work conducted within the institute is interdisciplinary, fostering collaboration across various scientific fields.

Why Biomedical Engineering at University of Toronto?

The University of Toronto provides world-class facilities through the Institute of Biomedical Engineering (BME) for advanced research and practical development. Students benefit from an environment that supports the creation of artificial organs and the development of sophisticated techniques for biological and medical practice.

The institution is recognised for its leadership in the field, offering students access to a vast network of experts and resources. The programme is specifically structured to prepare graduates for the technical demands of the healthcare industry and the evolving landscape of medical technology.

Tuition Fee Breakdown

• International fee: CAD 31870 per year
• National fee: CAD 6210 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is designed to provide a robust foundation in both technical engineering and biological applications. Modules may include:

• Biomedical Engineering
• Engineering and Biology
• Medical Device Design
• Physiological Systems
• Biological Practice
• Mathematical Modelling
• Physical Sciences in Medicine
• Artificial Organs

Careers with Biomedical Engineering

Graduates from the University of Toronto are well-equipped to pursue diverse career paths within the global healthcare and technology sectors. The programme prepares individuals for roles focused on the design and construction of medical devices, instruments, and materials used in clinical settings.

Common career destinations include positions in medical device manufacturing, biotechnology firms, and research institutions. Graduates often work as biomedical engineers, clinical researchers, or technical consultants, contributing to the development of life-saving technologies and advanced medical systems.