Virtual Reality (VR) has emerged as a transformative educational technology with the potential to revolutionize the learning experience, particularly in facilitating the visualization of complex mathematical concepts. Despite its theoretical promise, empirical evidence regarding its efficacy in primary education remains inconclusive. This study critically examines the impact of VR integration into mathematics instruction, specifically in the context of teaching the calculation of geometric surface areas, among ninth-grade primary school students.
Employing a quasi-experimental research design, this study contrasts an experimental group utilizing the Prisms VR application as a supplementary learning tool with a control group following solely conventional pedagogical methods. To ensure a comprehensive evaluation of learning outcomes and user experience, a mixed-methods approach was adopted, incorporating quantitative and qualitative data collection instruments. These included a mathematics proficiency test, engagement and user experience questionnaires, physiological assessments, and semi-structured interviews with participants.
The findings indicate that while the integration of VR did not yield statistically significant improvements in learning outcomes compared to traditional instructional methods, qualitative analyses revealed notable pedagogical benefits. Specifically, VR was found to enhance student engagement, motivation, and spatial conceptualization of mathematical principles. However, participants also identified several limitations, including technical deficiencies within the application, navigational challenges, linguistic barriers, and instances of VR-induced discomfort, which may have impeded the technology’s full instructional potential.
This study underscores the imperative for a nuanced approach to VR integration in educational contexts, emphasizing the need for deliberate pedagogical adaptation, alignment with diverse learning styles, and advancements in both software and hardware capabilities. The findings contribute to the broader discourse on the role of VR in education, raising critical questions regarding its long-term pedagogical impact, optimal methodological frameworks, and the conditions under which VR can substantively enhance cognitive and learning outcomes.
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