The Evaluation and Improvement of the Production Processes of an Automotive Industry Company via Simulation and Optimization

Production delays are significant problems for the loss of goodwill customers and profits associated with them. The may accrue as a result insufficient resource planning poorly designed unsatisfactory procedures. In this study, new mathematical model is proposed to optimize production processes by minimizing delays, simulation developed test alternative facility designs. purpose increase customer satisfaction ensuring that products delivered timely preventing lost sales in an automotive company manufactures garbage collectors using real data. mixed-integer programming problem related minimization solved GAMS CPLEX 24.1.3 software. way, total delay area minimized prevent labor time loss. Accordingly, designs investigated improvement discrete system simulation. A analysis performed determine bottlenecks developing via ARENA With layout alternatives, eliminated, reduced, efficiency observed.