High-risk organizations such as aviation rely on simulations for the training and assessment of technical and team performance. The aim of this study was to develop a simulated environment for surgical trainees using similar principles.
A total of 27 surgical trainees carried out a simulated procedure in a Simulated Operating Theatre with a standardized OR team. Observation of OR events was carried out by an unobtrusive data collection system: clinical data recorder. Assessment of performance consisted of blinded rating of technical skills, a checklist of technical events, an assessment of communication, and a global rating of team skills by a human factors expert and trained surgical research fellows. The participants underwent a debriefing session, and the face validity of the simulated environment was evaluated.
While technical skills rating discriminated between surgeons according to experience (P = 0.002), there were no differences in terms of the checklist and team skills (P = 0.70). While all trainees were observed to gown/glove and handle sharps correctly, low scores were observed for some key features of communication with other team members. Low scores were obtained by the entire cohort for vigilance. Interobserver reliability was 0.90 and 0.89 for technical and team skills ratings.
The simulated operating theatre could serve as an environment for the development of surgical competence among surgical trainees. Objective, structured, and multimodal assessment of performance during simulated procedures could serve as a basis for focused feedback during training of technical and team skills.
This study describes the development of a simulated operating theatre for the training and assessment of technical and team skills during the performance of a simulated surgical procedure. It establishes and validity and reliability of measures used for the assessment of performance of a group of surgical trainees.
From the Imperial College- St. Mary's Hospital Simulation Group, Department of Surgical Oncology and Technology, Imperial College, London. The Imperial College-St. Mary's Hospital Simulation Group includes the following: Shirley Martin, Lorraine Poore, Lee Edwards, John Abbot, Janet Henry, Benny Lo, Prof. Gunag Z. Yang, and Prof. Charles Vincent.
Supported in part by a grant obtained from the BUPA Foundation.
Reprints: Krishna Moorthy, MD, 28, Carless Avenue, Birmingham, B17 9EQ, UK. E-mail: firstname.lastname@example.org.