Health Assessment in the Light of 360° Immersive VR Video Simulation Technologies: A Case Study

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Authors: Bojan Lazarević, Michael D. Bumbach
Cited by: 1
References: 33

Abstract

This exploratory research investigates the perceived educational potential of visual, spatial, and auditory immersions as integral components of innovative healthcare simulation technologies. The study examines user experiences in learning health assessment concepts through purposefully designed 360° immersive virtual reality video (360° IVRV). Utilizing a case-study approach, insights were gathered from four subject-matter experts and four doctoral students regarding the perceived effectiveness of 360° IVRV for instructional activities focused on patient health assessment, commonly known as the Onset, Location, Duration, Characteristics, Aggravating/Alleviating factors, Related symptoms, Treatment, and Severity method (OLD CARTS). The research aimed to enhance the accessibility of learning materials by optimizing 360° IVRV content for personal phones and mobile devices, accommodating both online and traditional instructional formats. Interviews were transcribed and analyzed using qualitative data analysis software, with results categorized into subthemes, themes, and perspectives. The findings highlight the distinct perceived advantages of immersive technologies in advancing teaching methods for nursing practitioners. The discussion addresses concerns related to integrating 360° IVRV simulation technology in nursing education and the limitations of current instructional interventions. Practical implications for future research, design, and development of immersive learning materials and their integration with instructional design elements are emphasized.

Fields of Study & Subjects

Virtual Reality Applications and Impacts Simulation-Based Education in Healthcare Surgical Simulation and Training

Publication details

Journal / source
Applied Sciences
Publisher
MDPI AG
Volume
16
Issue
13
Pages
6749–6749
Publication date
6 July 2026
Language
EN