Diagnostic Radiology Residency Program

1. Medical degree from an approved medical school.
2. Application through the Electronic Residency Application Service.
3. Participation in the National Resident Matching Program is required.
4. Submission of the curriculum vitae, Dean's Letter, at least three recommendation letters and personal statement.
5. Official medical school transcripts and United States Medical Licensing Examination or Comprehensive Osteopathic Medical Licensing Examination transcripts.

The Diagnostic Radiology Residency Program at Yale School of Medicine provides four years of comprehensive clinical and academic training in medical imaging, diagnostic interpretation, patient care and research. Residents gain experience across multiple imaging specialities, including body imaging, neuroradiology, musculoskeletal imaging, breast imaging, paediatric radiology, chest imaging, cardiac imaging, nuclear medicine and interventional radiology.

Clinical training takes place at Yale New Haven Hospital, Yale New Haven Hospital Saint Raphael Campus and the Veterans Affairs Connecticut Healthcare System. The program provides exposure to a wide range of complex cases, emergency imaging, inpatient services and outpatient imaging. The curriculum includes supervised clinical rotations, daily teaching conferences, case-based learning, research opportunities and preparation for professional board examinations. Residents can also pursue specialised training pathways, including Early Specialization in Interventional Radiology, Nuclear Medicine and the Holman Research Pathway.

1. Apply through the Electronic Residency Application Service.
2. Register for the National Resident Matching Program.
3. Submit the completed application and supporting documents.
4. The selection committee reviews applications.
5. Shortlisted applicants receive interview invitations through the application system.
6. Interviews are conducted according to the program's announced schedule.
7. Final selection is completed through the residency matching process.