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My last blog just scratched the surface of the many career options available to graduate students in the department of Medical Biophysics (or most graduate departments for that matter). So I’m going to discuss with you three more options today. Someone mentioned they’d be interested in hearing what a radiation physicist does, so I’ll try my best to answer that question.
Medical Radiation Physicist (Radiation Oncology Physics)
These advanced degree holders (typically a Ph.D. in medical physics) work in the hospital setting. Medical Radiation Physicists are involved in all aspects of radiation therapy. Their day to day responsibilities include ensuring that radiation emitting devices within the hospital are functioning properly, monitoring emissions and recommending safe dosages and treatment parameters. Radiation Physicists verify that the hospital is following established guidelines for the use of radiation. This career will expose individuals to radiation equipment design and enable them to research particular medical devices in order to make policy recommendations based on the findings.
Becoming a Radiation Physicist unfortunately requires more training. The program lasts 2 years and includes both a classroom portion (typically in the first year) and a clinical rotation portion (typically in the second year). Does this sound interesting? Here are some links to get you started.
The Toronto Residency Program in Radiation Oncology Physics http://bit.ly/aXOtTD
Radiation Oncology Physics: An in depth look (text book) http://bit.ly/9kVwcj
