Computer enhanced visual learning method to train urology residents in pediatric orchiopexy provided a consistent...

Area of Science:

• Medical Education
• Surgical Training
• Urology

Background:

• Computer enhanced visual learning (CEVL) offers a novel approach to surgical training.
• CEVL utilizes components and an internet-based archive for personalized surgical feedback.
• Previous studies indicated CEVL's effectiveness in teaching orchiopexy at a single institution.

Purpose of the Study:

• To evaluate the generalizability of CEVL for resident surgical instruction.
• To assess if CEVL enhances resident surgical skills across multiple institutions.
• To compare the effectiveness of CEVL in a multi-institutional setting versus a single-institution setting.

Main Methods:

• A prospective, multi-institutional clinical trial was conducted.
• Resident surgical skills in pediatric orchiopexy were compared between novice CEVL users (study group) and experienced users (control group).
• Attending urologists rated resident performance, provided feedback, and calculated learning scores (ratings × case difficulty).

Main Results:

• No significant differences were observed between study and control groups in resident experience, procedure numbers, or feedback frequency.
• The percentage of residents showing improved learning scores and the magnitude of improvement were similar in both groups.
• Key performance metrics indicated consistent learning outcomes regardless of prior CEVL exposure.

Conclusions:

• Computer enhanced visual learning is generalizable across institutions for pediatric orchiopexy training.
• The CEVL program provides a consistent and effective learning experience for surgical residents.
• This technology has the potential to transform surgical residency education through a checklist approach and digital feedback archiving.