More than experience: a post-task reflection intervention among team members enhances performance in student teams confronted with a simulated resuscitation task-a prospective randomised trial.
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BORIS DOI
Publisher DOI
PubMed ID
35516080
Description
Background
Teams that regularly step back from action and deliberately reflect on their performance and strategies show higher performance. Ad hoc emergency teams with changing team composition cannot develop such habits but may engage in short postaction reflection to discuss shortcomings of past performance and potential adaptations of their strategies for future similar tasks. This study aimed to test the effect of a short postaction self-led reflective team briefing on resuscitation performance in a simulator setting in terms of three performance parameters: hands-on time, coordination between chest compression and ventilation, and defibrillation.
Methods
We performed a randomised controlled trial including 56 ad hoc formed teams of three fourth-year medical students each. All groups performed a resuscitation task, followed by a self-guided reflective briefing, based on a general instruction (n=28 teams), or an unrelated discussion session (control condition; n=29), followed by a second resuscitation task in the same team composition.
Results
Adjusted for performance in the first task, teams in the reflection condition showed higher performance gain in the second resuscitation than teams in the control condition (6.21 percentage points (95% CI 1.31 to 11.10, p<0.001)) for basic hands-on performance; 15.0 percentage points (95% CI 2 to 28, p<0.001) for coordinative performance but non-significantly lower performance for defibrillation (-9%, 95% CI -27% to -9%, p=0.312).
Conclusion
Even very short self-led postaction reflective briefings enhance basic resuscitation performance in ad hoc groups but may not influence more complex aspects of the task. We recommend including short self-led team debriefings as part of simulator training.
Teams that regularly step back from action and deliberately reflect on their performance and strategies show higher performance. Ad hoc emergency teams with changing team composition cannot develop such habits but may engage in short postaction reflection to discuss shortcomings of past performance and potential adaptations of their strategies for future similar tasks. This study aimed to test the effect of a short postaction self-led reflective team briefing on resuscitation performance in a simulator setting in terms of three performance parameters: hands-on time, coordination between chest compression and ventilation, and defibrillation.
Methods
We performed a randomised controlled trial including 56 ad hoc formed teams of three fourth-year medical students each. All groups performed a resuscitation task, followed by a self-guided reflective briefing, based on a general instruction (n=28 teams), or an unrelated discussion session (control condition; n=29), followed by a second resuscitation task in the same team composition.
Results
Adjusted for performance in the first task, teams in the reflection condition showed higher performance gain in the second resuscitation than teams in the control condition (6.21 percentage points (95% CI 1.31 to 11.10, p<0.001)) for basic hands-on performance; 15.0 percentage points (95% CI 2 to 28, p<0.001) for coordinative performance but non-significantly lower performance for defibrillation (-9%, 95% CI -27% to -9%, p=0.312).
Conclusion
Even very short self-led postaction reflective briefings enhance basic resuscitation performance in ad hoc groups but may not influence more complex aspects of the task. We recommend including short self-led team debriefings as part of simulator training.
Date of Publication
2020-03-02
Publication Type
Article
Keyword(s)
resuscitation simulation for teamwork training simulation-based training teamwork performance
Language(s)
en
Contributor(s)
Tschan, Franziska | |
Morgenthaler, Camille | |
Zimmermann, Jasmin | |
Holzer, Eliane | |
Huber, Simon Andreas | |
Hunziker, Sabina | |
Marsch, Stephan |
Series
BMJ simulation & technology enhanced learning
Publisher
BMJ Publishing Group Limited
ISSN
2056-6697
Access(Rights)
restricted