Radiology, Diagnostic Medical Physicist (M89500)

Diagnostic Medical Physicist (M89500)

Department of Radiology - VCU Health - Richmond, VA

Summary: We are seeking a board-certified or board-eligible diagnostic medical physicist to join our team in providing support for all major imaging modalities at VCU Health, a large academic medical center located in Richmond, Virginia, along with two community hospitals (VCU Health Tappahannock Hospital and VCU Health Community Memorial Hospital) and affiliated outpatient imaging centers.

Department Summary: The mission of the Department of Radiology is to create a world-class department by providing optimal care in a patient-centered environment, providing sub-specialty expertise, providing top quality imaging and therapeutic procedures, and to advance medical education and research, with a vision to create a department that is recognized as top tier nationally and internationally.

Duties & Responsibilities:

The Division of Diagnostic Medical Physics in the Department of Radiology at VCU Health is seeking a clinically oriented Diagnostic Medical Physicist to join our team of 3 diagnostic imaging physicists and 1 nuclear medicine physicist. The successful candidate will provide comprehensive imaging physics support across VCU Health’s hospitals and outpatient sites and contribute to our clinical, educational, and quality/safety missions. Academic rank and compensation will be commensurate with qualifications and experience.

Responsibilities:

\n
• Clinical / Quality / Regulatory\n
  \n
  • Provide diagnostic medical physics support for all major imaging modalities, including:\n
    \n
    • General radiography, fluoroscopy, interventional radiology, and mobile C-arms, CT, Mammography and digital breast tomosynthesis (DBT), MRI, and ultrasound
    \n
  \n
  • Perform acceptance testing, commissioning, and periodic performance evaluations of diagnostic imaging equipment in accordance with state and federal regulations, ACR/MQSA/TJC requirements, and institutional policies.
  \n
  • Develop, implement, and maintain quality assurance programs for imaging systems, including oversight of technologist-performed QC and use of enterprise QC management tools.
  \n
  • Support and advise clinical staff on radiation safety, imaging protocols, CT dose optimization and tracking, fluoroscopic dose management, and MRI safety.
  \n
  • Perform shielding design and evaluation for new or renovated imaging suites and verify compliance with applicable national standards and Virginia regulations.
  \n
  • Prepare and maintain documentation to demonstrate compliance with:\n
    \n
    • The Joint Commission (TJC)
    \n
    • ACR accreditation programs (CT, mammography, MRI, ultrasound, nuclear medicine/PET, as applicable)
    \n
    • FDA, MQSA, and state (VDH) regulatory requirements.
    \n
  \n
\n

\n
• Education / Training\n
  \n
  • Participate in the didactic and clinical education of:\n
    \n
    • Diagnostic radiology residents
    \n
    • Graduate students in the CAMPEP-accredited Medical Physics program
    \n
    • Medical physics residents (as applicable)
    \n
    • Technologists and other clinical staff (e.g., modality-specific QC, dose optimization, and radiation safety in imaging).
    \n
    • Contribute to curriculum development and formal course teaching in diagnostic medical physics as appropriate.
    \n
  \n
\n

\n
• Research / Scholarly Activity\n
  \n
  • Collaborate with radiology, medical physics, and other departments on clinically focused imaging and radiation safety research projects, quality improvement initiatives, and protocol optimization studies.
  \n
  • Mentor residents, fellows, and graduate students in scholarly projects when feasible.
  \n
  • While this is a primarily clinical position, opportunities exist to participate in funded or unfunded research consistent with departmental priorities and candidate interest.
  \n
\n

\n
• Service\n
  \n
  • Participate in departmental, School of Medicine, and health-system committees related to imaging quality, radiation safety, and accreditation.
  \n
  • Contribute to professional organizations and continuing education activities as appropriate.
  \n
\n

Qualifications:

Minimum Qualifications

\n
• Master’s degree (M.S.) in Medical Physics, Radiological Physics, or a closely related discipline.
\n
• Board certification in Diagnostic Radiological Physics / Diagnostic Medical Physics by the American Board of Radiology (ABR) or equivalent upon hire, or board eligible with the expectation of achieving certification within 2 years of hire.
\n
• Demonstrated clinical experience in diagnostic medical / imaging physics in a hospital or health-system environment, including routine QA, acceptance testing, and regulatory/accreditation support.
\n
• Demonstrated ability to work in and foster an environment of respect, professionalism and civility with a population of faculty, staff, and students from all backgrounds and experiences, or a commitment to do so as a faculty member at VCU.
\n
• Eligibility for permanent employment in the United States.
\n

Preferred Qualifications

\n
• Ph.D. or D.Sc. in Medical Physics or related field.
\n
• ABR certification in Nuclear Medical Physics or equivalent, and/or substantial experience supporting nuclear medicine and PET imaging programs (strong plus, but not required).
\n
• MQSA-qualified medical physicist with experience in mammography and DBT clinical programs.
\n
• Experience with ACR accreditation processes for CT, mammography, MRI, ultrasound, and nuclear medicine, and familiarity with state and federal regulatory requirements for diagnostic imaging equipment.
\n
• Experience with enterprise radiation dose monitoring, CT protocol management, and radiation safety program support.
\n
• Programming and data-analysis skills (e.g., MATLAB, Python, or similar) for protocol optimization, dose tracking, and image quality assessment.
\n

#LI-AC1