Deconstructing Expert Technical Skill in Endoscopy: Principles, Methods, and Application

Area of Science:

• Medical Education
• Surgical Simulation
• Gastroenterology Training

Background:

• Endoscopic procedures demand complex technical and non-technical skills.
• Trainees often experience overwhelm, and feedback mechanisms can be unstructured.
• Simulation-Based Mastery Learning (SBML) offers a structured training paradigm.

Purpose of the Study:

• To introduce stepwise deconstruction as a framework within SBML for endoscopy training.
• To address challenges faced by trainees and trainers in current endoscopy education.
• To standardize the learning process and ensure competency.

Main Methods:

• Deconstruction breaks procedures into sequential, observable, and measurable steps.
• Steps are defined by expert consensus for consistency.
• Integration of deconstruction into the SBML framework for systematic skill acquisition.

Main Results:

• Deconstruction provides a structured approach to learning complex endoscopic tasks.
• Standardized steps facilitate objective assessment and targeted feedback.
• Improved learning efficiency and skill acquisition for trainees.

Conclusions:

• Stepwise deconstruction within SBML is an effective framework for endoscopy training.
• This method enhances patient safety by ensuring trainee competency.
• Standardized training leads to consistent performance and mastery of endoscopic skills.