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In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots

AIMS: To encourage multidisciplinary team learning by introducing Child & Adolescent Mental Health (CAMHS) in-situ simulation training. To provide focused Human Factors feedback through the expertise of senior airline pilots. METHOD: The integration of the WingFactors in-situ simulation programm...

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Autores principales: Fisher, Megan, Jolly, Alexander, Mooncey, Mumtaz, Robinson, Kerry, Lloyd, Robert, Fielding, Dave
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Cambridge University Press 2021
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8770341/
http://dx.doi.org/10.1192/bjo.2021.388
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author Fisher, Megan
Jolly, Alexander
Mooncey, Mumtaz
Robinson, Kerry
Lloyd, Robert
Fielding, Dave
author_facet Fisher, Megan
Jolly, Alexander
Mooncey, Mumtaz
Robinson, Kerry
Lloyd, Robert
Fielding, Dave
author_sort Fisher, Megan
collection PubMed
description AIMS: To encourage multidisciplinary team learning by introducing Child & Adolescent Mental Health (CAMHS) in-situ simulation training. To provide focused Human Factors feedback through the expertise of senior airline pilots. METHOD: The integration of the WingFactors in-situ simulation programme to multiple departments at Whittington Health NHS Trust has transformed the education landscape. The programme has received unanimously positive feedback, and the potential benefits for not only physical, but also mental health training, have been quickly recognised. A total of 90 simulations have been performed. A number of CAMHS scenarios have been designed with the primary aims of encouraging multidisciplinary training and increasing the focus on Human Factors in Psychiatry. Simulation scenarios were performed in real clinical environments with primed actors, thus enabling high-fidelity in-situ simulation. Immediate ‘hot’ debriefs were delivered by clinical faculty and uniformed airline pilots, with emphasis on psychological safety to encourage participation from all team members. The key learning points were then detailed in written documents and circulated to the wider team as a valuable learning resource. The first CAMHS simulation involved the acute management of a collapsed patient in the Emergency Department toilet, with a ligature tied around her neck and accompanied by a distressed patient. Another scenario addressed de-escalation techniques when dealing with a patient presenting with an overdose, who was threatening to leave the ward and posing potential risk to herself. RESULT: The nature of these in-situ simulations enabled the multidisciplinary team to analyse practical considerations in the management of acute clinical situations. Scenarios were designed to focus on areas which had been identified as needing improvement for patient safety. The observations provided by airline pilots increased the focus on Human Factors training. A number of key themes were identified, including the importance of effective team-briefing, distraction management and task allocation. This is of particular significance when managing a distressed patient and anxious relative, in a busy high-stress clinical environment. CONCLUSION: In-situ simulation is a newly emerging concept in the field of Psychiatry, and the success of this programme has been highlighted through consistently positive feedback from participants, and nomination for the HSJ Award (Best Education Programme 2021). The involvement of airline pilots has promoted collaborative learning amongst the multidisciplinary team, and increased the focus on Human Factors in Psychiatry, clearly demonstrating the value of in-situ simulation training in this field.
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spelling pubmed-87703412022-01-31 In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots Fisher, Megan Jolly, Alexander Mooncey, Mumtaz Robinson, Kerry Lloyd, Robert Fielding, Dave BJPsych Open Education and Training AIMS: To encourage multidisciplinary team learning by introducing Child & Adolescent Mental Health (CAMHS) in-situ simulation training. To provide focused Human Factors feedback through the expertise of senior airline pilots. METHOD: The integration of the WingFactors in-situ simulation programme to multiple departments at Whittington Health NHS Trust has transformed the education landscape. The programme has received unanimously positive feedback, and the potential benefits for not only physical, but also mental health training, have been quickly recognised. A total of 90 simulations have been performed. A number of CAMHS scenarios have been designed with the primary aims of encouraging multidisciplinary training and increasing the focus on Human Factors in Psychiatry. Simulation scenarios were performed in real clinical environments with primed actors, thus enabling high-fidelity in-situ simulation. Immediate ‘hot’ debriefs were delivered by clinical faculty and uniformed airline pilots, with emphasis on psychological safety to encourage participation from all team members. The key learning points were then detailed in written documents and circulated to the wider team as a valuable learning resource. The first CAMHS simulation involved the acute management of a collapsed patient in the Emergency Department toilet, with a ligature tied around her neck and accompanied by a distressed patient. Another scenario addressed de-escalation techniques when dealing with a patient presenting with an overdose, who was threatening to leave the ward and posing potential risk to herself. RESULT: The nature of these in-situ simulations enabled the multidisciplinary team to analyse practical considerations in the management of acute clinical situations. Scenarios were designed to focus on areas which had been identified as needing improvement for patient safety. The observations provided by airline pilots increased the focus on Human Factors training. A number of key themes were identified, including the importance of effective team-briefing, distraction management and task allocation. This is of particular significance when managing a distressed patient and anxious relative, in a busy high-stress clinical environment. CONCLUSION: In-situ simulation is a newly emerging concept in the field of Psychiatry, and the success of this programme has been highlighted through consistently positive feedback from participants, and nomination for the HSJ Award (Best Education Programme 2021). The involvement of airline pilots has promoted collaborative learning amongst the multidisciplinary team, and increased the focus on Human Factors in Psychiatry, clearly demonstrating the value of in-situ simulation training in this field. Cambridge University Press 2021-06-18 /pmc/articles/PMC8770341/ http://dx.doi.org/10.1192/bjo.2021.388 Text en © The Author(s) 2021 https://creativecommons.org/licenses/by/4.0/This is an Open Access article, distributed under the terms of the Creative Commons Attribution licence (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted re-use, distribution, and reproduction in any medium, provided the original work is properly cited.
spellingShingle Education and Training
Fisher, Megan
Jolly, Alexander
Mooncey, Mumtaz
Robinson, Kerry
Lloyd, Robert
Fielding, Dave
In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots
title In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots
title_full In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots
title_fullStr In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots
title_full_unstemmed In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots
title_short In-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots
title_sort in-situ child and adolescent mental health simulation with human factors feedback delivered by airline pilots
topic Education and Training
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC8770341/
http://dx.doi.org/10.1192/bjo.2021.388
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