The length of the Physics Residency program is three years with the training calendar typically beginning July 1 each year. Each year is divided into two six-month semesters. The Physics Resident is expected to complete two research semesters and four clinical semesters. Through this curriculum, the physics resident is exposed to both the clinical and research aspects of radiation oncology physics, important components in this increasingly technological environment.
Clinical rotations vary in length from six months to twelve months. A schedule of Physics Residency Clinical Rotations is posted and updated semi-annually. At the start of each rotation, the physics resident will be given a Rotation Summary. This summary addresses the expectations of each rotation in the areas of required reading, expected competences, and evaluation criteria.
Concurrently throughout the program, the resident will participate in the following activities:
Research
2 separate 6 month semesters
TLD diodes
6 months
Linac 1 accelerator QA
Linac 2 accelerator QA (CT on Rails included)
Linac 3 accelerator QA
Linac 4 accelerator QA (TomoTherapy machine)
Linac 4 accelerator QA (Artiste machine)
CT simulator QA
MR simulator QA
IMRT plan delivery QA
12 months
External beam treatment planning (TPS Sim)
TomoTherapy patient/plan QA
External beam treatment plan verification (Hand calc/Chart check)
Special Procedures (HDR, seed implant, Gamma Knife, 4DCT/gating, IGRT, SBRT)