Design and Development of a Novel Distance Learning Telementoring System Using Off-the-Shelf Materials and Software.

Area of Science:

• Surgical Education
• Medical Simulation
• Distance Learning Technologies

Background:

• Minimally invasive surgery adoption is limited by skill and confidence deficits.
• Distance learning (DL) combined with simulation and telementoring offers a scalable solution.
• Existing training methods may not adequately address the need for widespread skill acquisition.

Purpose of the Study:

• To design and develop a cost-effective distance learning (DL) system for laparoscopic surgery.
• To facilitate the transfer of surgical knowledge and skills using readily available technology.
• To create a platform supporting telementoring and simulation-based surgical training.

Main Methods:

• The DL system was constructed using off-the-shelf components and commercial software.
• Key requirements included multimedia sharing, secure audio/visual communication, and recording capabilities.
• The system comprised telementor, classroom, and laboratory stations with integrated hardware and internet meeting software.

Main Results:

• A functional DL system was successfully developed and deployed.
• The system incorporates multiple stations (telementor, classroom, laboratory) for comprehensive training.
• Utilized components include computers, webcams, projectors, and laparoscopic skills trainers.

Conclusions:

• A functional distance learning system for laparoscopic surgery was created using accessible materials.
• This system provides a platform for future research into DL effectiveness for surgical skill transfer.
• The developed system has the potential to broaden access to surgical training and improve proficiency.