Abstract Background Radiology education is crucial in developing the fundamental skills and knowledge for effectively interpreting medical images, planning interventions, and providing high-quality patient care. By incorporating immersive technologies like VR and AR, significant enhancements to preexisting radiology-based teaching and training simulations can enhance learning, visualization, and skill development in radiology. This paper explores four basic types of VR technology used in radiology education, which are non-immersive, semi-immersive, fully immersive, and augmented reality, and their applications. This review talks about the key applications of VR and AR to provide students with real-world training where students gain hands-on experience in a risk-free and controlled environment. Virtual radiography simulation can be used to practice and enhance patient positioning skills without getting exposed to any X-ray radiation. The VERT platform can be used to simulate radiography processes, including patient setup and dose planning. Furthermore, 3D VR simulation provides a detailed three-dimensional model of anatomical structures, enhancing
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