IMULATION-BASED LEARNING

Advanced technical abilities have become more necessary in industries like engineering, healthcare, and information technology, yet conventional teaching approaches frequently lack real-world, hands-on experience. A revolutionary method that enables students to practice skills in a safe and regulated setting is simulation-based learning (SBL). Comparing SBL to conventional approaches, this study examines how well it improves technical skills with an emphasis on skill acquisition, retention, and real-world application. The study tackles issues including exorbitant expenses, the requirement for teacher preparation, and the challenge of producing lifelike simulations. The goal of the project is to create best practices for SBL programs by analyzing student involvement, evaluating learning outcomes, and identifying essential competencies. Additionally, it looks into how SBL helps close the gap between theory and practice, especially in domains with high stakes. The study explores theories about learner satisfaction, retention, and skill gain through comparison analysis. The results emphasize SBL's potential to enhance technical education, lower training costs, and create scalable, easily accessible solutions, with the goal of educating educators and policymakers. The significance of SBL in training a competent workforce for a quickly changing technological environment is highlighted by this study.