MSc in Medical Biophysics - Image-Guided Therapy and Device Development in Toronto Canada | University of Toronto

The Department of Medical Biophysics is a cross-disciplinary unit renowned for its pioneering work in cancer studies and other biomedical fields. Based mainly at the Princess Margaret Cancer Centre, Sunnybrook Research Institute, and SickKids Research Institute, it provides graduate programs culminating in MSc and PhD degrees. This innovative program bridges biology, physics, clinical medicine, and engineering, offering cutting-edge education and top-tier research opportunities.
For over five decades, the department's graduate training initiative has been fundamental to its mission, tracing its roots to cancer investigations at the Ontario Cancer Institute. Students can pursue interdisciplinary MSc and PhD programs, with the doctoral track being the primary focus. The curriculum enhances students' knowledge, typically coming from life or physical science backgrounds. Program durations average 2.5 years for MSc candidates and 5-6 years for PhD researchers.
Image-guided therapy involves utilizing medical imaging for surgical planning, execution, and assessment. This approach enhances precision while minimizing invasiveness, primarily employing MRI and CT scans. Additional support comes from ultrasound, angiography, surgical navigation systems, tracking instruments, and specialized software. Medical device development drives healthcare advancements. Within Medical Biophysics, researchers meticulously design and manufacture sophisticated medical equipment, aiming to improve disease detection, treatment delivery, and procedural guidance.