VIRTUAL REALITY AND NEUROSCIENCE INFORMED LEARNING

Abstract

Virtual reality (VR) has rapidly progressed from entertainment into a powerful tool for education and training, particularly when guided by neuroscience-informed design. By intentionally engaging neural mechanisms such as attention, memory consolidation, and experience-dependent plasticity, VR offers unique opportunities for durable and transferable learning. Neuro-scientific principles highlight that attention and salience determine encoding strength, memory consolidation depends on episodic and procedural systems, and repeated practice fosters plasticity. VR aligns with these mechanisms through immersive, multisensory, and interactive environments that enhance attentional focus, support embodied cognition, and strengthen memory encoding. Features such as real-time feedback, adaptive difficulty, and contextual variability further facilitate skill acquisition and generalization. Evidence from medical education, STEM learning, language training, workplace safety, and clinical rehabilitation demonstrates VR’s effectiveness in improving procedural competence, knowledge retention, and neuroplastic outcomes.