Department of Diagnostic Imaging
Department of Diagnostic Imaging
The Department of Diagnostic Imaging at The Warren Alpert Medical School is a comprehensive program dedicated to providing outstanding patient care, educating the next generation of radiologists and advancing medicine through research and innovation.
Department of Diagnostic Imaging
The Department of Diagnostic Imaging at The Warren Alpert Medical School is a comprehensive program dedicated to providing outstanding patient care, educating the next generation of radiologists and advancing medicine through research and innovation.
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Our faculty members are subspecialized experts, including national leaders and researchers engaged in a wide range of investigations.
Our faculty and trainees teach Brown medical students through multiple medical school clerkships and electives both at the medical school and in the hospital setting.
We strive to create a supportive and inclusive learning environment for all residents and trainees.
Subspecialties
The Department of Diagnostic Imaging has 11 dedicated subspecialties staffed with experts in their respective fields.
Residency & Fellowship Programs
In addition to ACGME accredited residencies in diagnostic and interventional radiology, we have fellowships in body imaging and intervention and breast imaging.
The Residency Program in Diagnostic Radiology is a four-year program offering comprehensive, state-of-the-art training. We welcome you to learn more about our program, our residents, our faculty and our city.
The Brown Residency Program in Interventional Radiology strives to provide a comprehensive and collegial learning experience that fosters professional and personal growth.
The goal of the body imaging fellowship training is to prepare radiologists for successful careers in both academic and private practices.
We enjoy educating the next generation of radiologists to have ample opportunity for complete immersion into the practice of breast imaging and intervention.
Research
Research at all levels is not only critical to ensuring the safe and robust implementation of new imaging methods, but it also permits the investigation of novel and creative imaging approaches.