[Surgeons can learn from pilots: human factors in surgery]

Area of Science:

• Human Factors (HF) research
• Aviation safety protocols
• Surgical team performance

Context:

• Aviation mandates Human Factors (HF) studies for pilot licensing.
• Crew Resource Management (CRM) and adverse event feedback systems are integral to air safety.
• Similarities exist between complex air missions and surgical procedures.

Purpose:

• To translate aviation's Human Factors (HF) concepts, specifically Crew Resource Management (CRM) and feedback mechanisms, into surgical practice.
• To explore how CRM training can restructure surgical work environments to minimize human error.
• To propose a framework for integrating feedback systems for adverse events in surgery.

Summary:

• Human Factors (HF) principles, proven effective in aviation safety through Crew Resource Management (CRM) and feedback systems, offer a potential model for surgical teams.
• Applying CRM training in surgery could lead to improved professional attitudes and a restructured work environment, reducing human error.
• A feedback system for analyzing adverse surgical events, similar to aviation's incident investigation, could identify multilevel issues and enhance patient safety.

Impact:

• Potential to significantly improve surgical safety and team efficacy by reducing human error.
• Facilitates a cultural shift towards proactive safety measures in clinical settings.
• Provides a foundation for further research into quantifying the impact of HF on surgical morbidity and mortality.