Virtual Reality and Augmented Reality in Education: A Systematic Review

Abstract

Virtual Reality (VR) and Augmented Reality (AR) together often termed extended reality (XR) have matured rapidly over the past decade and are increasingly deployed across K–12, higher education, and
professional training. This systematic review synthesizes recent meta-analyses, scoping and umbrella reviews (2019–2025) to examine learning effectiveness, design considerations, challenges, and emerging trends in VR/AR for education. Evidence from multiple meta-analyses indicates that immersive VR (IVR) generally improves academic achievement and practical skills compared to traditional methods, with stronger effects when tasks require high interactivity, psychomotor
performance, or experiential learning (e.g., medicine, STEM labs, complex spatial reasoning). Effects on
higher-order thinking are mixed and may depend on instructional design and assessment alignment.
AR shows consistent benefits for engagement, motivation, and conceptual understanding by overlaying digital content on real contexts, particularly in higher education and discipline-specific tasks (e.g.,
anatomy, mathematics manipulatives). Healthcare education remains the most studied domain, with
recent umbrella and domain-specific reviews supporting VR/AR for skills acquisition and (emerging)
assessment use.Key challenges persist: motion sickness and cognitive load management, accessibility
and inclusion, teacher preparation, cost and scalability, data privacy/ethics, and evaluation rigor.
Standards and guidance for XR accessibility are developing (e.g., W3C XAUR), yet gaps remain in
procurement, policy, and universal design. Emerging trends include mobile/low-cost VR, spatial
computing headsets, AI-enabled adaptive XR, multimodal haptics, digital twins, and competency-based
assessments. We provide a comparative analysis of VR vs AR affordances, summarize applications
across disciplines, and outline design-for-learning principles and implementation roadmaps. The review
concludes with future directions: (1) stronger theory-driven instructional design; (2) accessibility-first
development and policy; (3) robust, longitudinal, and equity-aware evaluation; (4) interoperable
content and analytics standards; and (5) teacher professional learning at scale. Overall, VR/AR can add
significant value when used purposefully for tasks that exploit their unique affordances and when
integrated with inclusive pedagogy and sound assessment