Both the MSc and PhD programs in Medical Physics give students the opportunity to engage in impactful and innovative research, supervised by leading faculty in medical imaging and radiation oncology physics.
The majority of thesis supervisors are certified clinical medical physicists, which means that research projects are often motivated by challenges experienced directly in the clinic.
Thesis research is highly applied and directed toward improving outcomes and the lives of cancer patients through improved diagnosis and treatment.
Project areas may include:
- Novel technology for image guidance in radiotherapy
- Innovative approaches to arc-based therapy
- Novel detector development
- Improved methods for dosimetry of HDR brachytherapy
- Applications of functional and molecular imaging to radiation therapy
- Dose measurement in radiotherapy
At both the MSc and PhD levels, students publish in leading journals and present their work in national or international venues. In many cases supervisors and graduate students interface with industry, explore patenting of their innovations and experience translation of research to the clinic firsthand.