Abstract / Summary
The modernization of medical education requires innovative teaching approaches that promote practical competence, clinical reasoning, and patient safety. Urology is a technologically advanced specialty in which students must acquire theoretical knowledge, procedural skills, and the ability to make appropriate clinical decisions. Simulation-based learning, virtual reality (VR), augmented reality (AR), and digital educational platforms provide opportunities to improve the quality of practical training.This article aims to investigate the educational potential of innovative and simulation-based technologies in urology teaching and to propose a comprehensive methodological framework for developing clinical competence among medical students.A narrative review of scientific publications on medical simulation, virtual reality, digital learning, procedural skills acquisition, and competency-based assessment was conducted. Theoretical analysis, comparative evaluation, synthesis, and pedagogical modeling were used to develop an integrated educational framework.Published research indicates that simulation-based education can improve procedural performance, knowledge acquisition, and practical skills in healthcare education. A five-component educational framework is proposed, incorporating digital theoretical preparation, interactive clinical scenarios, simulation-based procedural training, structured feedback, and supervised clinical practice. The framework is designed to support progressive learning and objective assessment.Integrating virtual reality, simulation technologies, and interactive digital resources into urology education may strengthen practical preparation, improve clinical decision-making, and promote patient safety. Successful implementation requires faculty training, appropriate infrastructure, standardized assessment tools, and continuous educational evaluation.