Evaluating the Impact of Virtual Reality Simulations on Economics Learning Outcomes

Thesis Abstract

The rapid integration of digital technologies in education necessitates an examination of their effectiveness in enhancing learning outcomes, particularly within nuanced disciplines such as economics, where conceptual understanding and practical application are paramount. Despite widespread adoption of virtual reality (VR) environments in educational settings, limited empirical evidence exists regarding their specific impact on economics learning, leaving a critical gap in both pedagogical practice and theoretical understanding. This study aims to evaluate the influence of VR simulations on economics learning outcomes among undergraduate students, with specific objectives to compare VR-based instruction with traditional teaching methods, assess students’ engagement and motivation levels, and identify factors mediating the effectiveness of VR interventions. The research employs a quasi-experimental research design with a mixed-methods approach, incorporating both quantitative and qualitative data to generate comprehensive insights. The target population comprises third-year undergraduate economics students enrolled at the National University, with a sample size of 200 students randomly assigned to experimental and control groups; 100 students participate in VR-enhanced learning sessions, while 100 receive conventional lectures. Data collection instruments include standardized economics achievement tests, Likert-scale questionnaires on motivation and engagement, and focus group discussions to capture in-depth perspectives of participants. Content validity and internal consistency reliability (Cronbach’s alpha of 0.88) are established for survey instruments, while the achievement tests are pre-validated through expert review. Quantitative data are analyzed through analysis of covariance (ANCOVA) to compare post-intervention scores while controlling for baseline performance, complemented by regression analysis to identify predictors of learning gains. Thematic analysis is employed to interpret qualitative data from focus groups, revealing contextual factors influencing student experiences with VR. Anticipated results suggest that VR simulations significantly improve economics learning outcomes (p<0.01), notably enhancing students’ conceptual understanding and practical decision-making skills as posited by constructivist learning theories, particularly within the framework of Vygotsky’s social development theory and the cognitive load theory. Moreover, findings are expected to demonstrate increased motivation and engagement levels among students exposed to VR environments, mediating improved performance. The study’s contribution to knowledge lies in providing empirical evidence on the pedagogical efficacy of VR in higher education economics, informing curriculum design and instructional strategies. It advances the theoretical understanding of immersive technology’s role in promoting active learning and cognitive development in complex quantitative disciplines. The main conclusion underscores that VR simulations are a viable and effective enhancement tool for economics education, capable of fostering deeper comprehension and higher-order thinking skills. Based on these findings, practical recommendations include integrating VR modules into standard economics curricula, investing in faculty training for immersive instruction, and developing contextually relevant VR content. The study advocates for further research to explore longitudinal effects, scalability across diverse educational contexts, and technological innovations that may optimize virtual learning environments for economics education.