A Supply Chain Network Design by Considering Resiliency, Sustainability and Agility Approach in Home Appliances

Abstract

The Supply Chain Network Design (SCND) is crucial for enhancing the efficiency and effectiveness of operations in the home appliances industry. This study presents a mathematical model for designing a supply chain network that integrates sustainability, agility, and resiliency principles. These principles aim to optimize supply chain performance while considering environmental impact, responsiveness to changes, and the ability to recover from disruptions. The model incorporates multi-objective optimization techniques to balance economic, environmental, and social goals. A case study based on the home appliances industry is used to demonstrate the practical application of the model. Results indicate that the proposed model improves operational performance, reduces carbon emissions, and enhances the supply chain's resilience to disruptions.