Teaching Surgical Model Development in Research by Using Situated Learning and Instructional Scaffolding

Area of Science:

• Medical Education
• Surgical Training
• Research Methodology

Background:

• Surgical model development training lacks detailed descriptions of scope and duration.
• Situated learning and instructional scaffolding are effective for skill acquisition.
• Existing literature inadequately addresses the educational aspects of surgical research training.

Purpose of the Study:

• To present an educational framework for surgical researchers learning to develop research models.
• To outline a training paradigm based on established learning theories.
• To provide a practical example using a nonunion femoral fracture model.

Main Methods:

• The proposed training paradigm follows cognitive, associative, and autonomous learning stages.
• Instructional scaffolding is applied within a situated learning environment.
• Trainees progress from basic knowledge acquisition to supervised and independent survival surgeries.

Main Results:

• The training paradigm aims to develop adaptable surgical thinking and acting, not just technical proficiency.
• Mastery of complex surgical models may require up to six months for optimal outcomes.
• The duration depends on surgeon's prior skills, model complexity, and model development stage.

Conclusions:

• A structured, theory-based training approach enhances surgical model development skills.
• The paradigm promotes long-term adaptability and growth in surgical researchers.
• Effective training requires a layered approach integrating theoretical knowledge and practical experience.