A joint venture between Washington University School of Medicine and the School of Engineering & Applied Science, the Certificate in Medical Physics is an 18-hour credit program. The certificate is offered in one- and two-year formats.
Purpose & Goals
The PhD Certificate in Medical Physics Program will provide candidates with required didactic background course work and clinical knowledge to prepare for careers in imaging, radiation therapy and medical physics.
The objective of the PhD Certificate in Medical Physics Program is to provide students with the basic and applied scientific knowledge that is necessary both for further education and research in medical physics and for entry into a medical physics residency (radiation oncology or diagnostic 7 radiology) leading to a career in clinical medical physics. At the completion of the program, candidates will have:
- an understanding of the role of patient safety in the clinical physics
- necessary physical and scientific background for a career in medical physics
- the ability to research and create new knowledge;
- the ability to critically evaluate research and scholarship, and identify new solve problems in medical physics.
The program will also help develop communication and interpersonal skills necessary of a collaborative, multidisciplinary environment.
Requirements for Completion
In order to successfully complete the PhD Certificate in Medical Physics, a candidate must have:
- Three high level courses in Physics at undergraduate level or a minor in physics
- Completed PhD in Physics, Engineering, or associated disciplines
- Successfully complete the following courses
|Bio 4580||Principles of Human Anatomy & Development||Fall, 3 ||Strait |
|ESE/BME 589 ||Biological Imaging Technology||Spring, 3||O’Sullivan|
|BME 5072||Radiation Oncology Physics||Spring, 3||Zoberi|
|BME 507||Radiological Physics & Dosimetry||Fall, 3||Zhang|
|BME 507||Radiation Protection & Safety||Fall, 2||Khan|
|TBD||Advance Clinical Medical Physics Lab||Summer, 2||TBD|