General Algebraic Modeling System Supply Chain Optimization Project in GAMS software (48 Hours Max)
Budget: $250 – $750 USD
This project involves optimizing a Company’s supply chain network design using GAMS software by determining the optimal operation of plants and warehouses to meet customer demand in the most cost-effective manner. This includes:
1. Creating an algebraic model to determine which plants and warehouses should operate and finding the optimal shipping plan.
2. Extending the model to include multi-product, multi-mode logistics considerations, similar to the two-stage logistics model.
3. Incorporating green issues by minimizing the environmental impact of facility operations and presenting a Pareto front of non-dominating solutions.
Please ensure your report reflects a comprehensive analysis, including algebraic modeling, GAMS solutions, and visualization of the network design and environmental considerations
1. Creating an algebraic model to determine which plants and warehouses should operate and finding the optimal shipping plan.
2. Extending the model to include multi-product, multi-mode logistics considerations, similar to the two-stage logistics model.
3. Incorporating green issues by minimizing the environmental impact of facility operations and presenting a Pareto front of non-dominating solutions.
Please ensure your report reflects a comprehensive analysis, including algebraic modeling, GAMS solutions, and visualization of the network design and environmental considerations