Nurse educator · 2025
Extended Reality in Health Care Simulation: Current State, Challenges, and Future Directions.
СтатьяНазвание и аннотация: Перевод в очереди
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Cieslowski Bethany, Anderson Mindi, Brown Kristen M, Guido-Sanz Frank, Hallmark Beth Fentress, Wells-Beede Elizabeth, Konzelmann Jason, Belk William B, Smeltzer Samantha, Mallala Sindhu, Carter Mary Lee, Mahdy Zaleha Abdullah, Doran Janine, Derner Deb, Polson Jennifer, Burtch Kim, Chesney Tracy, Rickerby Corbin, Landis Andrea M, Patel Amar P
Аннотация
BACKGROUND: Extended reality (XR) technologies are increasingly integrated into health care simulations. XR enables immersive, interactive, and multisensory learning experiences that enhance skill acquisition, knowledge retention, and interprofessional collaboration.
PROBLEM: Despite growing interest, educators should address challenges, such as cognitive load management, inconsistent standards, accessibility barriers, and cost-effectiveness, to optimize the potential of XR.
APPROACH: The authors in this Technology Overview synthesize evidence and provide expert discussion to explore the current state, challenges, and future directions of XR.
OUTCOMES: The resulting recommendations highlight best practices in XR integration, including guidance on modality selection, curricular alignment, strategies to minimize cognitive overload, and future trends.
CONCLUSIONS: XR has the potential to enhance nursing and health care education by supporting immersive, scalable, and learner-centered experiences. The future of XR depends on strategic efforts to enhance realism, usability, and integration. Priorities include intuitive design, adaptive artificial intelligence, advanced haptics, cost-effectiveness, and improved accessibility to support learning.
PROBLEM: Despite growing interest, educators should address challenges, such as cognitive load management, inconsistent standards, accessibility barriers, and cost-effectiveness, to optimize the potential of XR.
APPROACH: The authors in this Technology Overview synthesize evidence and provide expert discussion to explore the current state, challenges, and future directions of XR.
OUTCOMES: The resulting recommendations highlight best practices in XR integration, including guidance on modality selection, curricular alignment, strategies to minimize cognitive overload, and future trends.
CONCLUSIONS: XR has the potential to enhance nursing and health care education by supporting immersive, scalable, and learner-centered experiences. The future of XR depends on strategic efforts to enhance realism, usability, and integration. Priorities include intuitive design, adaptive artificial intelligence, advanced haptics, cost-effectiveness, and improved accessibility to support learning.