Novel Based Design of System for the Purpose of Supply Chain with Fuzzy Logic Algorithms and its Models

Lean concepts and techniques have been adopted by a wide range of businesses, with the goal of increasing the effectiveness of company processes by reducing expenses, waste, intake and effort. But previous analyses haven’t explicitly addressed how lean supply chains are in healthcare environments. This work presents a new way for assessing how well lean concepts and practices are used in healthcare chain of custody, and then it validates the methodology in a healthcare setting. An extensive literature overview on leanness assessment and multi-grade fuzzy logic is presented at the beginning of the study. Next, a conceptual model for measuring leanness is developed and validated by means of interviews with academic specialists, namely those who focus on leanness in healthcare settings. A healthcare business is chosen as an example after receiving helpful input from experts. This is due to the organization’s desire to engage and dedication to putting lean concepts into practice, which guarantees a strong basis for projects with the potential to be transformational. Experts working for the case-study company confirm the estimated leanness index, which is the outcome of multi-grade fuzzy logic used in leanness assessment. In the end, the analysis pinpoints areas where the organization’s procedures are lacking, providing guidance for future improvements.