Structured Analysis of Management Problems Using Nonlinear Programming (A New Approach to Decision Optimization)

In today's complex and dynamic world, manufacturing companies face numerous resource management and process optimization challenges. One of the research areas in this area is tile and ceramic companies in Yazd province, which is known as an industrial hub in Iran. This article analyzes management issues related to this industry and examines the use of nonlinear mathematical programming as a new approach to optimizing decision-making. Due to its flexibility and ability to manage real complexities, nonlinear mathematical programming is a powerful tool in analyzing management issues. This method allows managers to consider multiple goals and constraints simultaneously and make more optimal decisions. In this study, using nonlinear models, the key factors affecting the performance of tile and ceramic companies are analyzed. The results of this research show that the use of nonlinear programming helps to expand the scope of decision-making and improve the economic performance of these companies. Therefore, this innovation in management approaches can be considered a basis for the improvement and sustainable development of this industry in Yazd province.