Abstract
Background: Simulation-based training curricula for gastrointestinal endoscopy have been developed and have been shown to be effective. It is possible that these curricula may be further improved. Game-based learning, the application of game-design principles to non-game contexts, has been shown to improve learning and skill performance in medical education. In gastrointestinal endoscopy, however, no dedicated curricula have been developed using game-based learning.
Research Question: What is the impact of game-based learning curriculum using SBT in endoscopy on clinical performance?
Methods: Thirty-six novice endoscopists from the general surgery and gastroenterology programs at the University of Toronto were recruited. Participants were randomized into two groups: the Conventional Training Curriculum (CTC) Group, in which participants will receive 6 hours of training on a simulator augmented with expert feedback and interlaced with 4 hours of didactic training on the theory of colonoscopy; and the Gamified Integrated Curriculum (GIC) Group, in which participants will receive the same curriculum, using the following applications of game-based learning, including a game-board summarizing participant performance, game narrative, badges for achievement of training landmarks, and rewards for top performance per hour and per end of training. Participants started SBT from a low to high complexity simulators, starting with the bench-top model (1 hour) and then moving to the EndoVR® virtual reality (VR) gastroenterology simulator (5 hours). Performance will be assessed at three points: prior to training (pre-test), immediately after training (acquisition post-test) and 4-6 weeks after training (retention test). Assessment will take place on the simulator at all three time points and during two live colonoscopies at the retention test. The primary outcome measure is the difference in clinical colonoscopy performance between the two training groups, as assessed by the Joint Advisory Group for GI Endoscopy Direct Observation of Procedural Skills (JAG/DOPS). Secondary outcomes include
Results: A preliminary analysis of our findings will be available in September 2017.
Conclusions: Game-based learning has the potential to improve existing curricula for training in colonoscopy. Moreover, the development of a gamified curriculum in procedural skills may have applicability to other specialties, such as general surgery and anesthesiology.
