Trainees working on an experiment

Medical Physics Certificate Program

The U-M Medical School Department of Radiation Oncology's Medical Physics Certificate Program is administered by the Department of Radiation Oncology, in collaboration with the Rackham Graduate School and Nuclear Engineering & Radiological Sciences.

Our program is currently in preparation for accreditation by the Commission on Accreditation of Medical Physics Education Programs (CAMPEP).

For More Information

Program Overview

The goal of the Medical Physics Certificate Program is to develop the next generation of scientific and professional leaders in medical physics and beyond.

Trainees will complete didactic courses and have the opportunity to shadow qualified medical physicists to gain clinical experiences at the University Hospital (main campus) and our hospital affiliates. 

Learn more about Medical Physics

Eligibility

This certificate program is open to current Rackham students pursuing a PhD in physics, engineering or a science field related to medical physics and candidates who have already obtained a PhD in those disciplines.

Note: As CAMPEP requires a doctorate (for students that do not have a CAMPEP-approved medical physics masters degree) to enter a residency program for clinical training, official enrollment into this certificate will only be granted after the doctoral degree is earned.

Apply

Learn about the application process for the program.

Didactic Requirements

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 CAMPEP. Our program complies with CAMPEP education standards, and fully prepares trainees to compete for residency positions.

Trainees are expected to complete the following six core courses with a total of 19 credits. Students who have completed some of these courses as part of previous graduate study will be required to take any remaining CAMPEP-required core courses.

  • Radiological Physics and Dosimetry (2 credits)
  • Radiation Therapy Physics (3 credits)
  • Medical Radiological Health Engineering (3 credits)
  • Radiation Biology (2 credits)
  • Physics of Medical Imaging (3 credits)
  • Anatomy (5 credits)

Program Statistics

YearNumber of ApplicationsNumber AcceptedNumber EnrolledNumber GraduatedResidencyClinicalAnother Degree ProgramIndustryGovernmentStill Seeking PositionOther
202600011000000
202522200000000
202100031101000
202000022000000
201911111000000
201822211000000
201733322000000
201633300000000

Alumni

Julia Pakela

  • Home Department: Applied Physics
  • Post-Certificate Training: Therapy
  • Position Post-Training: Clinical Faculty Physicist

Daniel (Rocky) Owen

  • Home Department: Nuclear Engineering and Radiological Science
  • Position Post-Training: Industry

Daniel Polan

  • Home Department: Nuclear Engineering and Radiological Science
  • Post-Certificate Training: Postdoctoral Research
  • Position Post-Training: Research Faculty Physicist

Lise Wei

  • Home Department: Applied Physics
  • Post-Certificate Training: Therapy
  • Position Post-Training: Clinical Faculty Physicist

Sunan Cui

  • Home Department: Applied Physics
  • Post-Certificate Training: Therapy
  • Position Post-Training: Clinical Faculty Physicist

Crystal Green

  • Home Department: Nuclear Engineering and Radiological Science
  • Post-Certificate Training: Diagnostic
  • Position Post-Training: Clinical Faculty Physicist

Lianli Liu

  • Home Department: Electrical Engineering and Computer Science
  • Post-Certificate Training: Therapy
  • Position Post-Training: Clinical Faculty Physicist

Alexander Moncion-Baez

  • Home Department: Applied Physics
  • Post-Certificate Training: Therapy
  • Position Post-Training: Clinical Faculty Physicist

Ebrahim Oraiqat

  • Home Department: Radiation Oncology
  • Post-Certificate Training: Therapy
  • Position Post-Training: Clinical Faculty Physicist
     

Jennifer Dolan

  • Home Department: Radiation Oncology
  • Post-Certificate Training: Therapy
  • Position Post-Training: Clinical Faculty Physicist

Program Steering Committee

See all Radiation Oncology faculty Alexander Moncion

Alexander Moncion, PhD

Clinical Assistant Professor of Radiation Oncology and Program Director
Radiation Oncology
Medical School
Zheng Zhang

Zheng Zhang, PhD, DABR

Clinical Assistant Professor of Radiation Oncology
Medical School
Martha M. Matuszak

Martha Matuszak, PhD

Laurie Snow Research Professor
Associate Chair
Medical Physics
Clinical Professor of Radiation Oncology
Medical School
Associate Professor of Nuclear Engineering and Radiological Sciences
College of Engineering
Joann I. Prisciandaro

Joann Isabella Prisciandaro, PhD, FAAPM

Program Director
Clinical Physics
Clinical Professor of Radiation Oncology
Medical School
Karolyn Hopfensperger

Karolyn M Hopfensperger, PhD

Clinical Assistant Professor of Radiation Oncology
Medical School
Cory S. Knill

Cory S Knill, PhD, DABR

Clinical Assistant Professor of Radiation Oncology and Program Director
Radiation Oncology
Medical School
Sean P. Devan

Sean P Devan

Clinical Instructor in Radiation Oncology
Medical School
user

Sandra Larson, PhD

Alec Pennington

Alec Pennington

Program Coordinator & Curriculum Administrator
Rebecca Roulo

Rebecca Roulo

Program Coordinator & Curriculum Administrator