Publisher DOI: 10.1007/s10049-023-01164-7
Title: Virtuelle Stabsarbeit in Zeiten der Pandemie : Entwicklung digitaler Übungsformate in der zivilen Gefahrenabwehr während der Coronapandemie ; Erfahrungen am Beispiel des Projekts ARMIHN
Other Titles: Virtual staff teamwork during the pandemic : development of digital training formats for community emergency response during the coronavirus pandemic ; experience using the example of the ARMIHN project
Language: German
Authors: Heuser, Julian 
Tolg, Boris 
Loer, Karsten  
Klein, Angelina 
Sprössel, Nadine 
Klein, Jonas 
Haralambiev, Lyubomir 
Oldenburg, Marcus 
Militzer, Kristina Carolin 
Belz, Lukas 
von Münster, Thomas 
Harth, Volker 
Ehlers, Lena 
de Boer, Jens 
Kleine-Kampmann, Scarlett 
Boldt, Matthias 
Dirksen-Fischer, Martin 
Wiedemann, Markus 
Ekkernkamp, Axel 
Bakir, Mustafa Sinan 
Keywords: Digital platform; Digitale Plattform; End-user acceptance; Endnutzerakzeptanz; MANE; MANV; MCI; MCI-ID; Simulation
Issue Date: 15-Jun-2023
Publisher: Springer
Journal or Series Name: Notfall & Rettungsmedizin 
Volume: :tba
Issue: :tba
Project: virtuell-ARMIHN - Adaptives Resilienz Management im Hafen 
Abstract: 
Im Bereich der Gefahrenabwehr von Großschadensereignissen, wie einem Massenanfall von Verletzten (MANV) oder von Erkrankten (MANE), sind regelmäßige Übungen essenziell, um im Ereignisfall erfahrene Einsatzkräfte zur Verfügung zu haben. Pandemiebedingt mussten Übungen häufig abgesagt werden oder waren nur in kleinen Personengruppen möglich. Die Abbildung einer Großschadenslage mit Darstellern war häufig nicht möglich, sodass den Übenden keine realitätsnahen Szenarien eines MANV oder MANE angeboten werden konnten. Im Rahmen zweier Forschungsprojekte wurde zur Vermeidung eines Infektionsrisikos von Übungsteilnehmenden eine digitale Plattform zur Durchführung von Übungen genutzt, um den Personaleinsatz vor Ort auf ein Minimum reduzieren zu können. Ziel dieser Arbeit war die Evaluation der digitalen Lösungsansätze in Bezug auf ihre Endnutzerakzeptanz.

Background In the event of emergency response to large-scale incidents, such as a mass casualty incident (MCI) or a mass casualty incident–infectious disease (MCI-ID), regular training is essential in order to have experienced emergency personnel available in the event of an incident. Due to the pandemic drills often had to be cancelled or were only possible with small groups of people. It was often not possible to simulate a large-scale emergency with actors, so that the trainees could not be offered realistic scenarios of a mass casualty or disease incident. As part of two research projects, a digital platform for conducting training was used to avoid the risk of infection between participants during the exercises, so that on-site personnel deployment could be reduced to a minimum. The goal of this work was to evaluate end-user acceptance of the digital solution approaches.

Methods Within the framework of the project “Adaptive Resilience Management in Ports” (ARMIHN), a digital exercise platform was applied and evaluated with the help of participant surveys according to the focal points “implementation”, “alternative possibilities”, “learning effect” and “usability”. The participants used the digital platform to exchange information and to communicate. For this purpose, various collaboration tools were embedded in the platform, which enabled simultaneous exchange of information in real time. Constant video communication with in-house and external authorities/teams was also established.

Results The potential of the digital platform as an alternative to on-site exercises was confirmed by the participating end users in the ARMIHN project with 90% agreement. The increase in subjective skills and knowledge gained during a MCI-ID was also predominantly rated approvingly (up to 70%). Participants who rated the implementation of the online format as well performed were significantly more likely to state that subjectively their ability to handle a MCI-ID had improved (p = 0.016). In contrast, virtual staff teamwork in real crisis situations was viewed critically by about half of respondents.

Conclusion Overall, the evaluation results point to the high end-user acceptance of the developed concept. Even though the aim is to evaluate the system over a longer period with a larger number of participants, the studies already conducted confirm the positive experiences in the respective projects.
URI: http://hdl.handle.net/20.500.12738/14859
ISSN: 1436-0578
Review status: This version was peer reviewed (peer review)
Institute: Fakultät Life Sciences 
Department Medizintechnik 
Department Umwelttechnik 
Type: Article
Funded by: Bundesministerium für Bildung und Forschung 
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