Development and Effects of Extended Reality Training for Nursing Students on Intravenous Therapy Using an Infusion Pump: A Mixed Methods Study

Background: Practical education is required to address the inexperience of nursing students in operating medical devices and improve their clinical practice competencies. This study confirms the effectiveness and participant experience of extended reality training for nursing students regarding intravenous therapy using an infusion pump. Methods: This study used a concurrent mixed methods design. Forty-six nursing students, who were initially trained virtually using a head-mounted device participated in the study, followed by practice using an actual infusion pump and arm model. Motivation to transfer learning, learning self-efficacy, and performance confidence were measured using self-report scales; competency was evaluated using an observational checklist by the co-researcher, and the data were analyzed. Results: Motivation to transfer learning, learning self-efficacy, and performance confidence improved significantly after extended reality training, and enhanced competency was observed. Furthermore, the participants experienced design elements for effective learning, satisfaction with the learning environment, and convenience and efficiency of learning, thus realizing their needs. Conclusion: In the future, extended reality training programs should be implemented and tested using other medical devices in nursing education. Cite this article: Kim, J., & Seo, M. (2024, Month). Development and Effects of Extended Reality Training for Nursing Students on Intravenous Therapy Using an Infusion Pump: A Mixed Methods Study. Clinical Simulation in Nursing , 94, 101563. https://doi.org/10.1016/j.ecns.2024.101563 . (c) 2024 International Nursing Association for Clinical Simulation and Learning. Published by Elsevier Inc. All rights are reserved, including those for text and data mining, AI training, and similar technologies.