Training & Curriculum
Residency Goals & Objectives
- Train Residents to provide high-quality care using radiation oncology physics knowledge and skills that are both broad and deep, with special attention to patient safety.
- Prepare the residents to become certified in radiation oncology physics through ABR or CCPM through didactic and practical training.
Curriculum
Through training and practice at a busy academic medical center’s radiation oncology department, the program will provide residents with comprehensive training in all aspects of radiation oncology physics. With a prioritization of high-quality clinical care, participation in clinical research and concentration on safety, problem-solving and attention to detail, our program will provide high-quality training to our clinical medical physics residents, preparing them for both clinical and academic environments in their future career as certified radiation oncology physicists.
Year 1
Includes four (three-month) rotations and didactic lectures:
- Rotation 1: Treatment and Planning
- Rotation 2: Dosimetry and QA I
- Rotation 3: Treatment Planning II
- Rotation 4: Special Procedures (SRS, TBI, TSE)
Year 2
Includes four (three-month) rotations and didactic lectures:
- Rotation 5: Clinical Project, Safety and Informatics
- Rotation 6: Brachytherapy
- Rotation 7: QAII/Commissioning
- Rotation 8: Full Participation/Clinical Coverage
Research
There is a wide array of available research opportunities, spanning disciplines from clinical, physics, imaging, population, digital health, computational, translational and basic sciences.
U.S. News & World Report ranked Cedars-Sinai #2 in the nation in its "Best Hospitals 2022-23" analysis. The cancer program consistently ranks among the best in California and the nation.
Have Questions or Need Help?
Contact us if you would like to learn more about the Radiation Oncology Medical Physics Residency Program at Cedars-Sinai.