Abstract

Introduction. Limited evidence is available on simulation training of prehospital care providers, specifically the use of tourniquets and needle decompression. This study focused on whether the confidence level of prehospital personnel performing these skills improved through simulation training. Methods. Prehospital personnel from Alachua County Fire Rescue were enrolled in the study over a 2- to 3-week period based on their availability. Two scenarios were presented to them: a motorcycle crash resulting in a leg amputation requiring a tourniquet and an intoxicated patient with a stab wound, who experienced tension pneumothorax requiring needle decompression. Crews were asked to rate their confidence levels before and after exposure to the scenarios. Timing of the simulation interventions was compared with actual scene times to determine applicability of simulation in measuring the efficiency of prehospital personnel. Results. Results were collected from 129 participants. Pre- and postexposure scores increased by a mean of 1.15 (SD 1.32; 95% CI, 0.88–1.42; P < 0.001). Comparison of actual scene times with simulated scene times yielded a 1.39-fold difference (95% CI, 1.25–1.55) for Scenario 1 and 1.59 times longer for Scenario 2 (95% CI, 1.43–1.77). Conclusion. Simulation training improved prehospital care providers' confidence level in performing two life-saving procedures.

Highlights

  • Limited evidence is available on simulation training of prehospital care providers, the use of tourniquets and needle decompression

  • With the rapid advancement in technology in medical education, simulation has been shown to facilitate this type of learning, especially with regard to skills needed in the prehospital environment [1]

  • The purpose of this study is to evaluate if the confidence of prehospital personnel can be improved through simulation training

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Summary

Introduction

Limited evidence is available on simulation training of prehospital care providers, the use of tourniquets and needle decompression. Simulation provides an optimal environment for learning and can refresh personnel on infrequently performed procedures and patient scenarios [1, 2] It allows high-risk scenarios to be repeated for multiple providers to focus on specific management skills and techniques as well as assessment by supervisors and medical directors in critical patient scenarios [1, 3]. A medical director is often limited to chart review to assess performance of critical thinking, patient interaction, procedural performance, and overall quality of care provided. This method of review is extremely limited by self-reporting and documentation. As a result of these limitations, simulation has become a very useful learning and assessment tool for emergency medical services (EMS) agencies

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