Radiation Physics Residency

The Department of Radiation Physics faculty members are mentors, teachers and preceptors of the next generation of medical physicists.

Graduate and Postgraduate Education

More than a dozen faculty members teach at the Graduate School of Biomedical Sciences (GSBS), a unit of The University of Texas Health Science Center at Houston in the Texas Medical Center. Students may earn a master’s or Ph.D. degree in medical physics.

Radiation Oncology Medical Physics Residency Program

Program Overview

The radiation oncology medical physics residency program is a two-year clinical training program at The University of Texas MD Anderson Cancer Center for medical physicists who intend to work in Radiation Oncology Physics and are in need of experience to qualify for examination by the American Board of Radiology (ABR). The program is accredited by the Commission of Accreditation of Medical Physics Education Programs, Inc. (CAMPEP).

Program Objectives

The objective of the residency program is to provide structured clinical radiation oncology physics training and experience to individuals wishing to practice professional radiation oncology physics. Residents, under the supervision of board certified medical physicists, will participate in the breadth of routine clinical duties of a radiation oncology physicist. The resident will gain experience with the full range of state-of- the-art radiation oncology procedures, techniques and equipment. At the conclusion of the program the resident will demonstrate competency in:

  • Evaluation of treatment equipment performance
  • Planning for purchase of equipment and site preparation
  • Acceptance and commissioning of new equipment
  • Performance of regularly scheduled quality assurance on treatment and simulation equipment
  • Designing and monitoring a quality assurance program for equipment
  • External beam treatment planning, treatment delivery and quality assurance
  • Brachytherapy treatment planning, treatment delivery and quality assurance
  • Operating a radioactive source radiation safety program
  • Commissioning and quality assurance of treatment planning and simulation workstations
  • Special dosimetry techniques, procedures and equipment
  • Special treatment procedures, techniques and equipment
  • Technical aspects of equipment purchase
  • Providing in-service instruction on radiation oncology physics procedures, techniques and equipment
  • Performing clinical investigation in radiation oncology physics

First Year Training

In parallel with didactic course work offered through The University of Texas Graduate School of Biomedical Sciences (GSBS), the following broad areas will be covered during the first year of residency.

  • External beam (including proton) treatment equipment performance, acceptance testing, commissioning and quality assurance
  • External beam (including proton) treatment planning, treatment delivery and quality assurance
  • Brachytherapy treatment equipment performance, acceptance testing, commissioning and quality assurance
  • Brachytherapy treatment planning, treatment delivery and quality assurance
  • Development and monitoring of quality assurance programs
  • In vivo patient dose measurement
  • 3-D treatment planning and treatment
  • IMRT treatment planning, treatment and quality assurance
  • Patient positioning procedures, techniques and devices
  • Ultrasound equipment performance evaluation

There will be additional experience, such as simulator, CT and ultrasound QA; protective barrier shielding calculations; machine and patient radiation protection surveys; design of QA and radiation safety programs; fetal dose and pacemaker dose calculations; and in-service presentations. Residents also participate in seminars, colloquia, clinical rounds and other educational opportunity

Second Year Training

During the second year of residency, the resident will be assigned duties to be carried out under the direction of medical physics faculty and staff. The resident will be involved in the same types of experiences as the first year, but will work more independently. In addition, the resident will learn special treatment procedures of stereotactic radiosurgery and stereotactic radiation therapy, ultrasound-guided prostate seed implants and IMRT commissioning and QA. Independent practice experience will be obtained at a nearby off-site facility.


Candidates must have an M.S. or Ph.D. degree in medical physics or in another area of physics. Between three and four residents will be recruited each year. The successful candidate must obtain a temporary license to practice professional medical physics from the State of Texas during their first 120 days of residency.

Application and Selection Instructions:

  • The residency program will participate in the AAPM MedPhys Match Program
  • All interested applicants must register for MedPhys Match.  https://www.natmatch.com/medphys
  • Applications must be submitted online through the AAPM Common Application Program (CAP) (http://www.aapm.org/cap/), including a CV and three reference letters.
  • In order to apply for MedPhys Match openings in CAP, applicants must enter their National Match Services (NMS) ID into their profile.
  • Applications must be received by December 11th for a start date of September 1st.

Please address your questions to:

Melvina Hackett, Program Coordinator


Applicants will be required to meet all visa and documentation requirements. The University of Texas MD Anderson Cancer Center is a smoke-free EEO/AA environment.

Undergraduate Education

The University of Texas MD Anderson Cancer Center offers a year-long training program in medical dosimetry.

Continuing Education for Medical Physicists

One- to two-week courses for medical physicists are offered throughout the year and are taught by MD Anderson faculty. These short courses cover such topics as dosimetry of high-energy electron and X-ray therapy machines and basic methods and calculations of external beam dosimetry. 

Please Contact Liz Siller at 713-745-8989 for more information about the CME short courses.  

Related Department

Radiation Physics Department