Advancing colonoscopy training: tailored strategies and simulation-based models for skill mastery.

Area of Science:

• Medical Education
• Gastroenterology Training
• Surgical Simulation

Background:

• Effective endoscopy training requires assessing trainee skill levels, from beginners to experts.
• Training methodologies must adapt to different proficiency stages, focusing on foundational skills or complex techniques.
• Conscious competence is achieved through deliberate practice, reflection, and clear communication.

Purpose of the Study:

• To outline a structured approach to endoscopy training adaptable to all skill levels.
• To review various simulation modalities for different training stages.
• To emphasize competency-based progression and personalized learning.

Main Methods:

• Categorizing trainees into skill levels: beginners, learners, independent practitioners, and experts.
• Utilizing simulation-based models, including virtual reality (VR), bench models, 3D printed, and hybrid systems.
• Incorporating deliberate practice, reflection, and feedback within a competency-based framework.
• Employing SMART objectives for structured skill development.

Main Results:

• Simulation models effectively train basic and advanced skills; VR is favored for foundational learning.
• Low-fidelity models are cost-effective for beginners, while advanced trainees benefit from complex simulations.
• Mentored live patient models offer real-world experience but present ethical considerations.

Conclusions:

• Endoscopy training must be individualized, competency-based, and utilize appropriate simulation tools for each skill level.
• Deliberate practice and structured feedback are crucial for developing procedural expertise and ensuring patient safety.
• Continuous adaptation of training methods to trainee needs is essential for achieving mastery in endoscopy.