ABR Pediatric Radiology

ABR Pediatric Radiology Subspecialty Examination

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About this exam

This page is an independent study resource for radiologists preparing for the ABR Pediatric Radiology Subspecialty Examination, the subspecialty certification pathway for physicians who interpret imaging in infants, children, and adolescents. The credential is part of the ABR's broader certification system, whose stated mission is to certify that diplomates demonstrate the requisite knowledge, skill, and understanding of their disciplines to the benefit of patients. Our practice blueprint is organized into five areas: pediatric neuroradiology; pediatric thoracic and cardiovascular imaging; pediatric abdominal and pelvic imaging; pediatric musculoskeletal imaging; and pediatric interventional radiology, nuclear medicine, and radiation safety. Preparation should be image-rich and active. Work through cases in a consistent search pattern, compare pediatric appearances with age-specific norms, and keep a personal error log so repeated misses become study targets. Use multiple-choice items to test recall, then explain each choice aloud as if presenting a case. Because official exam dates, delivery format, fees, and scoring rules are set by the ABR and can change, confirm current details on the ABR website and in your candidate materials rather than relying on this page. We are not affiliated with or endorsed by the ABR.

What you'll study

Common questions

About ABR Pediatric Radiology preparation

Is this the official ABR exam page?

This page is an independent study resource. It is not affiliated with, endorsed by, or operated by the American Board of Radiology. For eligibility, scheduling, fees, and official exam rules, use the ABR website and your candidate materials.

What does the exam cover?

Our practice blueprint covers pediatric neuroradiology; pediatric thoracic and cardiovascular imaging; pediatric abdominal and pelvic imaging; pediatric musculoskeletal imaging; and pediatric interventional radiology, nuclear medicine, and radiation safety. Build cases across all five, because clinical problems rarely respect domain boundaries.

What is the exam format?

Practice on this site uses multiple-choice questions and case-based image interpretation. The ABR sets the official delivery format, so confirm current details on its Exam Dates and Information page and in your admission materials before exam day.

How long is the exam and how many questions are there?

The ABR home page we retrieved does not state a duration or item count for this subspecialty exam. Do not plan from rumor or older forum posts. Check the ABR Exam Dates and Information page and your candidate guide for the current schedule.

What passing score do I need?

The ABR home page does not list a passing score. Scoring rules and score reporting are provided through official ABR candidate materials and your score report. Treat any third-party claimed cutoff as unverified unless the ABR publishes it.

Can I retake the exam if I fail?

The ABR home page does not state retake rules for this exam. Retake eligibility, waiting periods, and any limits belong in official ABR policies. Confirm them directly with the ABR before you register or repeat the exam.

In what order should I study the five domains?

Rotate through all five blueprint areas rather than finishing one forever. Interleave cases, then add focused blocks on your weakest area. Keep radiation safety and nuclear medicine in the rotation; they are easy to postpone and then neglect. End each week with a mixed, timed case set.

What are common failure modes?

Common failure modes are shallow memorization, skipping the search pattern, and avoiding weak domains. Also risky: recognizing a diagnosis without being able to justify the next step. Practice explaining findings, differential, and management aloud. Log misses by cause, then re-test those cases after a delay.

How difficult is the exam?

Difficulty is subjective, but the exam rewards applied image interpretation more than trivia. Practice with unfamiliar cases, restrict time, and justify your answer before seeing choices. If you consistently run out of time, rehearse a concise search pattern and commit to decisions.