Purpose or Case Report: To present a cohesive, evidence-based framework for teaching normal developmental pattern recognition in pediatric radiology. Pediatric imaging changes continuously with age, demanding that learners internalize evolving normality rather than memorize static appearances. Yet traditional teaching often focuses on detecting abnormality, leaving limited guidance on how to recognize the expected and the benign. This exhibit integrates learning science principles into a developmental model that mirrors how radiologists mature from exposure to expertise.
Methods & Materials: This exhibit organizes that process into five cognitive stages: Exposure (Perceptual Learning), Focus (Cognitive Load Management), Organization (Schema Formation), Integration (Feedback), and Mastery (Reinforcement). Each stage is paired with practical teaching strategies which can be integrated into daily readouts and fellow curricula. These include curated normal libraries, annotated image banks, and age-estimation drills.
Results:
Conclusions: Teaching normal developmental imaging requires deliberate design, not incidental exposure. Using high-volume exposure, directed attention, organized scaffolding, consistent feedback, and spaced repetition, educators can make learning normal an explicit educational goal and improve interpretive accuracy.