University of Florida Program

The University of Florida offers an Interventional Radiology Independent Residency that provides a comprehensive and specialized training experience designed to prepare physicians for successful careers in both academic and private practice settings. This residency program emphasizes high degrees of autonomy for fellows while ensuring a strong foundation in patient safety, quality care, and a well-rounded scope of modern interventional radiology.

Throughout the program, fellows gain extensive procedural experience by acting as primary operators in a wide variety of cases, mastering procedures such as Y90 mapping and administration, complex trauma embolization, tumor ablation, and TIPS placements. Such competencies ensure that graduates are well-prepared to lead in the rapidly evolving field of interventional radiology 1.

Program Objectives and Mission

The mission of the program is to cultivate leaders, scholars, and clinician-educators in interventional radiology who prioritize compassionate care while being well-equipped for various career opportunities. This goal is accomplished through a robust mentoring framework and educational opportunities that extend beyond the institution, fostering a supportive atmosphere conducive to personal well-being 1.

The program aims to mold outstanding interventional radiologists equipped to meet Florida's healthcare demands, educate residents in interventional oncology, and facilitate the professional growth of its trainees and faculty 1.

Curriculum Overview

The curriculum is structured over two years with an emphasis on hands-on clinical experience and procedural training. In Year 1, residents can expect:

• 9-10 IR rotations
• 1 Surgical ICU rotation
• 1 Body IR rotation
• 1 Clinic/Consultation/Non-Invasive Imaging rotation

Year 2 extends the depth of IR rotations to 11-12, along with continued clinic/consultation exposure, emphasizing the development of clinical decision-making skills and multidisciplinary collaboration 3.

Early Specialization in Interventional Radiology (ESIR)

The program welcomes applicants with and without ESIR designation. For residents pursuing ESIR, the program allows credits towards the independent residency, thereby facilitating an expedited pathway towards specialization in interventional radiology 2.

Training Environment and Facilities

The training atmosphere promotes professionalism while maintaining a collegial spirit among fellows. Urging a healthy work-life balance, the program prioritizes a supportive environment for learning safe, quality, and efficient interventional radiology practices 3.

The facilities include well-appointed clinics and research spaces, ensuring that fellows have access to the best resources to enhance their learning and clinical practice environment. The program's capacity includes a substantial hospital infrastructure, with Shands Hospital having a 617-bed capacity 5.

Application Process and Requirements

The program accepts applications through ERAS, with the application process commencing December 1st. Key applicant requirements include:

• Completion of an ACGME or RCPSC-accredited diagnostic radiology residency
• Passing the ABR Core Exam
• Eligibility for J1 visa sponsorship, as the program can only accommodate this type of visa 4.

Necessary documentation includes MyERAS application, medical transcripts, letters of recommendation, and USMLE scores. For ESIR candidates, a specific verification form is required.

Interviews are conducted virtually, providing an engaging platform for candidates to connect with the Program Director and other faculty. Every interview also includes an opportunity for a social hour with current fellows, enhancing the interaction between prospective and current trainees 2.

Competitiveness and Inclusivity

The University of Florida's Interventional Radiology Independent Residency is recognized as a highly competitive program. It welcomes both DO and IMG candidates, emphasizing a commitment to diversity within its cohorts while fostering an inclusive training environment 4.