Exploring Use of Endoscopy Simulation in North American Pediatric Gastroenterology Fellowship Training Programs.

OBJECTIVES

Increasing evidence supports simulation-based training; however, limited data exist regarding its use in pediatric gastroenterology (GI). We explored the use of simulation-based endoscopy training in pediatric GI fellowship programs across North America.

METHODS

GI fellowship program directors (PDs) from the United States and Canada were surveyed between August to November 2018. The pretested, electronic survey comprised 3 sections: program demographics; details of current simulation-based training; and PDs' perceptions of endoscopy simulation. Responses were analyzed using descriptive statistics.

RESULTS

Forty-three of 71 (61%) PDs responded (6 Canadian, 37 US). Programs were predominantly academic (95%) and enrolled 1.87 ± 1.01 fellows/yr. Twenty-four programs (56%) reported using simulation for endoscopy training, whereas 8 (19%) used simulation for nonprocedural education. Only 2 programs (5%) used endoscopy simulation for assessment. Of those using simulation (n = 24), upper endoscopy and colonoscopy were trained most frequently, and mechanical simulators were used most commonly. Eight programs (33%) required simulation training prior to clinical performance. Although 10 programs (42%) provided protected training time, only 2 (8%) tracked hours. Three programs (13%) reported having an organized curriculum and 6 (25%) train their endoscopic trainers. Cost, time constraints, and lack of a standardized curriculum were perceived as key barriers to integration. Most PDs reported a need for endoscopy simulation to train both technical and nontechnical skills; however, they felt simulation cannot replace clinical experience.

CONCLUSION

PDs recognize the potential importance of endoscopy simulation, particularly for novices; however, only 56% report using it. Perceived barriers indicate the need for inexpensive portable simulators and a validated pediatric simulation curriculum to promote uptake.