Design Supply Chain Network To Optimize Transportation System : A Case Study Of Garment Company

Abstract

This paper presented the optimization model of supply chain network design using Linear Programming technique and Optimization Programming Language, CPLEX. A Linear Programming model was constructed with different operational constraints and parameters recorded from the case of company. The suggested model may be utilized to make strategic decisions such as calculating the optimal number of facilities to reduce total supply chain network expenses. The objective is to develop a mathematical model to minimize the entire supply chain network design cost in a multi-echelon network that includes multiple suppliers, multiple warehouses, and multiple goods. When examining the multi-echelon network, the proposed model integrates transportation costs among facilities and is validated using data from specific situations.