Residency Information and Highlights

One of the strengths of the teaching program is the extensive interaction between staff and residents. More than 133 clinical faculty members and 35 Ph.D. research faculty are dedicated to the education of future radiologists.

  • Residents participate in daily faculty-led conferences and weekly mega conferences, as well as experience hands-on learning at PACS workstations and through direct patient interactions.
  • Residents participate in multidisciplinary conferences with faculty and other clinical services.
  • Residents and faculty members learn and participate in research initiatives, including presentations of individual projects during Research Day.

Varied Clinical Experiences

The Department of Radiology performs more than 900,000 radiology exams across our diverse facilities annually. As a resident, you’ll have experience at:

Global Health Initiative

The Radiology Department’s Global Health Initiative provides residents, fellows and faculty opportunities to develop their interpretive skills as they voluntarily provide teleradiology services to some of the poorest parts of the world. As a chapter of the nonprofit aid organization RAD-AID International, the Radiology Department interprets computed tomography (CT) scans for the Hȏpital Universitaire de Mirebalais in Haiti. Partners in Health, a Boston-based humanitarian organization, opened the hospital in March 2013 to serve a population of more than 3 million. The facility also provides education for the next generation of nurses, medical students, and resident physicians.

While technologists are able to perform imaging tests on-site using ultrasound and CT, there are no on-site radiologists to interpret the scans. The hospital relies entirely on humanitarian teleradiology interpretations from RAD-AID chapters such as UT Southwestern Radiology.

Volunteer faculty members and trainees can participate in bi-monthly reading shifts of scans sent from Haiti. The volunteers read cases and send reports back to the medical staff at Mirebalais, who then develop treatment plans for their patients. This partnership provides a valuable service to the people of Haiti, while also allowing residents the opportunity to learn about rare diseases seldom seen in the United States.

Clinical and Education Resources

Radiology residents at UT Southwestern have the resources to succeed in the practice of medicine and in the development of clinical knowledge and skills.

Imaging Equipment and Information Technology

  • State-of-the-art imaging resources across all facilities
  • PACS and voice recognition across all facilities
  • EPIC – Electronic medical records, work orders, and scheduling
  • Medhub – Residency management software suite

Other Resources

  • Clinical and study resource STATdx and RADPrimer
  • Departmental licensure for project and publication development software
  • UT Southwestern library with extensive electronic journal subscriptions
  • Radiology resident library with latest journals and ACR learning discs; computer access
  • Award-winning medical graphics group
  • Private study lounge

Research Resources

UT Southwestern is one of the nation’s premier research centers. We offer radiology residents outstanding resources to conduct leading-edge research.

Advanced Imaging Research Center – Created in 2005 as a collaborative effort between UT Southwestern and other institutions in North Texas to further the efforts of imaging and translational research

  • Departmental statistician
  • Five whole body MRI units: One 7T and four 3T
  • MRI hyperpolarization
  • Positron emission mammography
  • Research and Clinical Grand Rounds Lecture Series
  • Small animal MR, SPECT, PET, and CT
  • Recently installed 16.5MeV Cyclotron
  • Support from the Cancer Prevention and Research Institute of Texas (CPRIT) plus a Clinical and Translational Research Award from the NIH

Research Programs

  • BOLD and TOLD Contrast MRI
  • Bone metabolism
  • Contrast agent development
  • Diffusion tensor imaging (DTI) neonatal
  • Fetal MRI
  • High-intensity focused ultrasound (HIFU)
  • Hypoxic-ischemic injury
  • Imaging infection and inflammation
  • PET and radiochemistry
  • Prostate cancer
  • Quantitative MRI
  • Renal cancer MRI