Using Full Dive Virtual Reality to Operationalize Warfighter Resilience: From Proof of Concept and Usability of Hardware and Software to Upcoming Integrated Psychological Skills Training

The FDVR training platform overcomes the obstacles of in-person simulation training and provides the closest to real-life experience available. It will allow warfighters to train with their teams in immersive environments that replicate the conditions in which they are expected to perform their duties. The POC demonstrated that physiological responses can be mapped to scenario events to allow tracking of stress responses, cognitive load, as well as performance, and decision-making of the warfighter. The POC only involved 2 operators, but served to prove that the platform was safe and effective. Future testing plans to include 200 warfighters in operational teams of 10 to 12 to further validate the training effectiveness of the FDVR platform.

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Publication Details

Journal
Military Medicine
Published
2024-08-19
DOI
https://doi.org/10.1093/milmed/usae158
Citations
3
Primary Topic
Simulation-Based Education in Healthcare
Type
article
Field-Weighted Citation Impact
0.98

Funders

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article

Using Full Dive Virtual Reality to Operationalize Warfighter Resilience: From Proof of Concept and Usability of Hardware and Software to Upcoming Integrated Psychological Skills Training

Susannah K Knust, Anthony J. LaPorta, Stephanie F. Dailey, Natalie Nevins et al.
3 citations
Military Medicine
Simulation-Based Education in Healthcare
0.98
article

Using Full Dive Virtual Reality to Operationalize Warfighter Resilience: From Proof of Concept and Usability of Hardware and Software to Upcoming Integrated Psychological Skills Training

Susannah K Knust, Anthony J. LaPorta, Stephanie F. Dailey, Natalie Nevins, Rosellen Roche, Jim E. O’Connor, Todd Daniel
article en
3 citations

Abstract

The FDVR training platform overcomes the obstacles of in-person simulation training and provides the closest to real-life experience available. It will allow warfighters to train with their teams in immersive environments that replicate the conditions in which they are expected to perform their duties. The POC demonstrated that physiological responses can be mapped to scenario events to allow tracking of stress responses, cognitive load, as well as performance, and decision-making of the warfighter. The POC only involved 2 operators, but served to prove that the platform was safe and effective. Future testing plans to include 200 warfighters in operational teams of 10 to 12 to further validate the training effectiveness of the FDVR platform.

Military MedicineVol. 189(Supplement_3)
Uniformed Services University of the Health Sciences (US), George Mason University (US), Touro University California (US), Design Interactive (United States) (US), Ohio University (US), Walter Reed Army Institute of Research (US)
Touro University California, New York Medical College
Openalex Percentile: Top 24%
Simulation-Based Education in Healthcare
0.98
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Using Full Dive Virtual Reality to Operationalize Warfighter Resilience: From Proof of Concept and Usability of Hardware and Software to Upcoming Integrated Psychological Skills Training — Susannah K Knust, Anthony J. LaPorta, et al. · Military Medicine (2024) | TGRS Research Map | TGRS