Medical physics is a discipline involving the application of physics to biology and medicine. The clinical practice of medical physics, for medical diagnosis and therapy, involves the application of both ionizing and non-ionizing radiation to patients. Current US standards of professional practice require medical physicists to complete structured clinical training and either have graduated from accredited graduate programs or obtain a certificate approved by the Commission on Accreditation of Medical Physics Education Programs (CAMPEP).
The Medical Physics Certificate Program is open to students with a Ph.D. in physics, engineering or a science field related to medical physics. The certificate program is currently open for enrollment.
To qualify for CAMPEP certification, students must take a specific set of six courses with a total of 19 credits. Students who have completed some of these courses while undergraduates or as part of previous graduate study will be required to take any additional CAMPEP-required core courses as well as a sufficient number of approved technical elective courses, for a minimum of 12 credits being attributed solely to graduate certificate studies through Rackham. As CAMPEP requires a doctorate (for students that do not have a CAMPEP approved medical physics MS) to enter a residency program for clinical training, official enrollment into the Medical Physics certificate will only be granted after the doctoral degree is earned.
Requirements for the Medical Physics certificate include:
The medical physics certificate curriculum will cover the following core topics:
Courses eligible to satisfy the 12-19 credits requirement. Courses designated with an asterisk (*) are required to satisfy professional standards for CAMPEP.
NERS 555* (Introduction to Radiologic Physics and Dosimetry) Winter (term subject to change) (2)
NERS 582* (Medical Radiological Health Engineering), Fall (3)
NERS 584* (Radiation Biology), Fall (3)
NERS 581* (Radiation Therapy Physics), Winter (3)
ANAT 403* (Human Anatomy: Structure and Function), Fall/Winter (5)
NERS 579* (Physics of Diagnostic Radiology), Summer/Fall (3)
NERS 481 (Engineering Principles of Radiation Imaging), Winter (2)
NERS 518 (Advanced Radiation Measurements and Imaging), Fall (alternate years) (3)
NERS 554 (Radiation Shielding Design), Winter (4)
NERS 580 (Computational Projects in Radiation Imaging), Winter (1)
NERS 484 (Radiological Health Engineering Fundamentals), Fall (4)
NERS 583 (Radiological Dose Assessment and Response), Winter (3)
NERS 586 (Applied Radiological Measurements), Winter (4)
NERS 587 (Internal Dose Assessment), Fall (NERS 582 and NERS 587 alternate) (3)
NERS 588 (Radiation Safety and Medical Physics Practicum), Fall, winter, Spring/Summer (up to 6)
BME 510 (Medical Imaging Laboratory), varies (3)
BME 516 (Medical Imaging Systems), varies (3)
BME 519 (Bioengineering Physiology), varies (4)
Students who have not taken any prior medical physics courses will need to take the CAMPEP required courses (totaling 19 credits) in order to satisfy certificate requirements.
Candidates who have earned a PhD in an appropriate field such as Nuclear Engineering and Radiological Sciences (NERS), Biomedical Engineering (BME), and other related science and engineering fields, may apply for the certificate program. Applications are submitted through the Rackham Graduate School application portal.
Prerequisites, which must be completed before admission, are the following:
In addition to an application form, applicants will be required to submit at least 3 letters of reference, official undergraduate and graduate transcripts, and a personal statement relating their experience and interest in medical physics. The accomplishments, coursework, and research of those applicants will be judged against the latest requirements for CAMPEP residencies. The MPCC will assess each applicant for the appropriate credentials and prerequisites. If admission is granted, the candidate will be assigned a mentor based upon their interests.
Students with existing PhDs who are admitted to the program must be self-supported. Private educational loans are available to students in certificate programs, and students are encouraged to contact financial aid for more information on such programs.
Program tracking information, as required by CAMPEP, can be found here.
Martha M Matuszak, Radiation Oncology Associate Professor, NERS Assistant Professor
Kimberlee J. Kearfott, NERS professor, BME professor, Radiology Adjunct Professor
Joann I. Prisciandaro, Radiation Oncology Associate Professor
Alex F. Bielajew, NERS Professor
Mitchell M. Goodsitt, Radiology Professor, BME Professor, NERS Adjunct Professor
Joan Greve, BME Assistant Professor
Scott Hadley, Radiation Oncology Associate Professor
John Foster, NERS Professor (Advisory Member)
Benjamin Rosen, Radiation Oncology Assistant Professor (Advisory Member)
Daniel (Rocky) Owen, NERS Student (Advisory Member)
Daniel Polan, NERS Student (Advisory Member)
Nuclear Engineering and Radiological Sciences