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Development and validation of prompts for generating simulation scenarios in nursing education using generative artificial intelligence

Title
Development and validation of prompts for generating simulation scenarios in nursing education using generative artificial intelligence
Authors
Lee M.. Shin S.
Ewha Authors
신수진
SCOPUS Author ID
신수진scopus
Issue Date
2026
Journal Title
Clinical Simulation in Nursing
ISSN
1876-1399JCR Link
Citation
Clinical Simulation in Nursing vol. 113
Keywords
Education; Generative artificial intelligence; Nursing; Prompt engineering; Simulation training
Publisher
Elsevier Inc.
Indexed
SCIE; SSCI; SCOPUS WOS scopus
Document Type
Article
Abstract
Introduction: Generative artificial intelligence's (GenAI) implementation in the development of simulation scenarios for nursing education is undergoing, highlighting its potential as a transformative tool. The next step is to explore how GenAI can be harnessed more effectively. Objectives: This study aimed to develop and validate structured prompts that enable nurse educators to generate realistic and pedagogically robust simulation scenarios using GenAI. Design: This methodological study employed the plan–do–check–act (PDCA) model to guide prompts’ iterative refinement. Procedure: Four iterative cycles were conducted during prompt development, each corresponding to an application of the PDCA model. Informed by three preliminary studies, the initial prompts were refined through three rounds of prompting, one round of expert consultation, and two rounds of content validity evaluation, resulting in four rounds of prompt refinement. Results: In the fourth cycle, simulation scenarios were developed for the following three core nursing cases: unstable vital signs, cardiopulmonary resuscitation, and postoperative nursing care. Expert evaluation of the scenarios’ educational applicability and clinical representativeness demonstrated that most items exhibited a content validity score of 0.80 or higher. Two exceptions were noted: the item regarding the inclusion of essential patient-case elements scored 0.60 across all cases, while the item concerning the reflection of real clinical situations in Case 2 scored 0.60. The k* values were 0.67 for educational applicability and 0.94 for clinical representativeness. Consequently, 48 prompts were developed. Conclusion: The findings indicate that structured prompts enhance simulated scenarios’ educational applicability and clinical representativeness. Further research is required to evaluate these scenarios’ effectiveness in educational settings. Implications: The validated prompts allow nurse educators to efficiently generate realistic and pedagogically robust simulation-scenario drafts. This study presents a comprehensive approach to developing complete simulation-scenario components using GenAI. © 2026
DOI
10.1016/j.ecns.2026.101922
Appears in Collections:
간호대학 > 간호학전공 > Journal papers
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