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Today's new technologies have impacted many different areas of education, with nursing education one such area. Nursing education, as a learning process, targets the combination of cognitive, affective, and psychomotor learning domains. However, traditional teaching methods may not meet all of the Y and Z generations' learning needs. Today's learners are accustomed to multimedia learning environments and have come to expect a certain level of technology integrated into their curricula. Virtual Reality (VR) technology enables students to become immersed within a 360-degree view experience of scenes that have been completely digitally created, whilst no longer viewing the real world around them. Virtual simulation has been used to teach communication, disaster relief, teamwork, and interviewing techniques, among other skills; and can also provide immersive personalized learning experiences. This chapter presents some of the many facets of VR in today's nursing education.

Today's new technologies have impacted many different areas of education, with nursing education one such area. Nursing education, as a learning process, targets the combination of cognitive, affective, and psychomotor learning domains. However, traditional teaching methods may not meet all of the Y and Z generations' learning needs. Today's learners are accustomed to multimedia learning environments and have come to expect a certain level of technology integrated into their curricula. Virtual Reality (VR) technology enables students to become immersed within a 360-degree view experience of scenes that have been completely digitally created, whilst no longer viewing the real world around them. Virtual simulation has been used to teach communication, disaster relief, teamwork, and interviewing techniques, among other skills; and can also provide immersive personalized learning experiences. This chapter presents some of the many facets of VR in today's nursing education.

Background: Simulation-based education is a widely utilized tool for experiential learning in nursing education. The aim of this study was to determine nursing students’ performance and satisfaction in the classification of pressure injuries using simulation with moulage. Methods: It is an evaluation study with a quasi-experimental, single-group, post-test design that was conducted in the spring semester of the 2019-2020 academic year in the Nursing Department of the Faculty of Health Sciences of Izmir Katip Celebi University, Izmir, Turkey. In total, 66 final-year nursing students, voluntarily participated in the Assessment of Pressure Injury Course. A student characteristics form, a Pressure Injury Classification Form, and a Moulage Satisfaction and Evaluation Form were used as data collection tools. Data were entered into SPSS v. 21, and the results of the analysis were described using descriptive statistics. Results: It was found that 67.2% (n=45) of the students correctly assessed all the stages of pressure injury moulages on the standardized patients. Among the students, 62.1% (n=41) strongly agreed that their assessment skills of pressure injury improved after the simulation. The results related to students’ satisfaction indicated that 77.3% (n=51) of the students evaluated the moulages as realistic. The Mean±SD total score of students’ evaluation of moulage simulation sessions on standard patients was 4.56±0.59 (range=1-5). Conclusion: This moulage is a simple, easily accessible, low-cost, and effective tool for teaching pressure injury assessment to nursing students. It can be used in clinical skills training and clinical assessment in nursing education.