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An innovative opportunity awaits in a hybrid research and clinical residency program in radiotherapy physics. This four-year program offers full tuition support for a CAMPEP Certificate, followed by a clinical residency. Ideal candidates will engage in cutting-edge research on deep learning techniques while collaborating with a renowned team in radiation oncology physics. With access to state-of-the-art facilities and resources, you will contribute to groundbreaking advancements in the field. If you are passionate about medical physics and eager to make a significant impact, this position is perfect for you.
This position offers a hybrid research and clinical residency in radiotherapy physics, with a flexible start date. The program spans four years: the first two years focus on a CAMPEP Certificate program with full tuition support, followed by two years of clinical residency. The research component involves a project titled “Deep Learning Empowered Target Decomposition Technique for Markerless Intrafraction Motion Monitoring,” under Dr. Xiang Li, Ph.D., DABR. Responsibilities include developing deep-learning modules, validating algorithms with clinical data, and publishing research findings.
The Department of Medical Physics at MSKCC is renowned for its innovative research in radiation oncology physics, including real-time motion adaptation, AI-based treatment planning, and advanced imaging techniques. Facilities include state-of-the-art linear accelerators, MRI-Linac systems, PET/CT, MRI simulators, and high-performance GPU computing resources.
Ideal candidates should have:
For questions, contact Jeanne Estimé at estimej@mskcc.org. Applications should include a letter of intent, CV, and three references. Salary ranges from $55,439 to $85,402 annually.