IMPROVING THE APPLICATION OF INNOVATIVE AND SIMULATION-BASED METHODS IN TEACHING UROLOGY

Modern medical education increasingly requires competency-based teaching approaches that combine theoretical knowledge with practical clinical skills. Urology is a clinically oriented discipline in which students must master diagnostic reasoning, patient communication, interpretation of laboratory and imaging data, and practical procedures. Traditional teaching alone may not provide sufficient opportunities for repeated practice in a safe environment. The aim of this study was to evaluate the educational effectiveness of innovative and simulation-based methods in teaching urology and to identify their role in improving students’ clinical competence, practical skills, and learning motivation.A pedagogical study was designed using comparative, observational, and analytical methods. Medical students studying urology were exposed to a combination of conventional teaching and innovative educational technologies, including simulation-based training, case-based learning, virtual clinical scenarios, procedural trainers, and Objective Structured Clinical Examination (OSCE). Students’ theoretical knowledge, practical skills, clinical decision-making, and satisfaction were assessed before and after the intervention.The use of simulation and interactive educational methods improved students’ understanding of urological procedures, increased confidence in performing clinical skills, and enhanced problem-solving abilities. Students demonstrated better performance in catheterization, clinical case analysis, and diagnostic decision-making. Simulation-based learning also reduced fear of making mistakes and increased active participation during practical sessions.The integration of innovative and simulation-based teaching methods into urology education significantly improves the quality of learning. These approaches support the development of professional competencies, enhance student motivation, and provide a safe environment for acquiring clinical skills. Simulation should therefore be systematically incorporated into undergraduate urology curricula.