About medical physicists
Medical physicists have specialized training in the medical applications of physics. This involves the use of physical agents — including X-rays, particle beams, radioactive materials, ultrasound, magnetic and electric fields, heat and light — in medical diagnosis and therapy.
Medical physicists work in cancer treatment facilities, hospital diagnostic imaging departments, hospital-based research establishments, universities, government and industry.
CIHI’s Health Workforce Database (HWDB) collects aggregate-level, standardized data on the regulatory environment, supply, and demographic and education characteristics of medical physicists in Canada.
- Data on medical physicists from 1992 to 2017 is available on request by completing this data inquiry form or emailing us at email@example.com.
- For more information on CIHI’s health workforce data, visit the HWDB metadata page.
Reports and analyses
- Canada’s Health Care Providers: Provincial Profiles, 2008 to 2017 — Data Tables (Jan 2019)
- Canada’s Health Care Providers: Provincial Profiles, 2007 to 2016 — Data Tables (Dec 2017)
- Canada’s Health Care Providers: Provincial Profiles, 2013
- Canada’s Health Care Providers — 1997 to 2011: A Reference Guide
In Canada, there are no legislated regulatory requirements for medical physicists.
To practise as a medical physicist in Canada, an individual must meet various requirements that may vary slightly from one jurisdiction to another.
- Hold a graduate degree in medical physics or physics from an accredited program or a related discipline
- Obtain certificationi with the Canadian College of Physicists in Medicine (CCPM) or equivalent (a condition of employment in many provinces/for many employers)
Scope of practice
The scope of practice for medical physicists is articulated by the Canadian Organization of Medical Physicists, which outlines the range of responsibilities that define the boundaries of professional practice.
Medical physicists are highly trained professionals who focus on the physics and instrumentation related to diagnosis and treatment. Some of their main functions includeii
- Providing clinical service in 1 or more of the 4 subfields of medical physics:
- Radiation oncology
- Nuclear medicine
- Diagnostic radiology
- Magnetic resonance imaging
- Providing expertise in radiation safety
- Being involved in research and development