The integration of medical education emerging technologies such as artificial intelligence (AI), virtual/augmented reality (VR/AR), and gamification is transforming medical education, offering significant benefits in the clinical training of medical students and patient safety.AI personalizes learning, simulates virtual patients, generates adaptive educational content, and provides access to training resources, even in resource-limited settings.VR/AR enables safe, repetitive, and metric psychomotor training in complex procedures, which can significantly reduce anxiety (by up to 45%) in emotionally charged scenarios and improve motivation, knowledge retention, and the development of non-technical skills such as mindfulness and emotional self-regulation.Despite these benefits, this systematic review identifies critical challenges, including the risk of bias and misinformation with AI, the barrier of cybersickness in VR, and ethical, pedagogical, and infrastructure challenges to using these technologies in educational settings.It concludes that, while these tools enhance personalized, immersive, and equitable learning, their implementation must be guided by sound pedagogical principles, rigorous evaluation, and clear ethical frameworks, ensuring that they complement and do not replace the development of human clinical judgment and interpersonal interaction essential in medical practice.
Vinson-Wong et al. (Thu,) studied this question.