Supply Chain Management Processes and Competitive Advantage: The Case of Starbucks
Journal: International Journal of Multidisciplinary Research and Publications (Vol.6, No. 8)Publication Date: 2024-02-15
Authors : Tresia Meilani; Lena Ellitan;
Page : 76-88
Keywords : ;
Abstract
Starbucks' success has been largely attributed to its supply chain strategy. The business has continuously made investments to improve the effectiveness of its supply chain, which includes sourcing coffee beans, manufacturing, distribution, and logistics. With a strong emphasis on manufacturing excellence and the construction of warehouses, distribution centers, and a reliable logistics system, Starbucks has been able to successfully meet customer demands and maintain a strong inventory turnover. Starbucks has embraced digital technology in recent years, using data to inform choices about store locations, promotions, and new product development. of the purposes this paper formulates based on the background study: To understand Starbucks Supply Chain Practices, To understand the Alignment of Starbucks' Supply Chain with Business Strategy, To Identify Key Drivers Shaping Supply Chain of Starbucks', To understand Starbucks' Distribution Networks and Coordination Mechanisms and To identify the Role of Information Technology in Starbucks' Supply Chain. This paper will discuss how Starrbuck achieve the competitive advantage through SCM processes.
Other Latest Articles
- Birth of a Race vs. Birth of a Nation: A Critical Examination of Cinematic Narratives and Societal Impact
- Optimizing Adaptive Video Streaming: A Comprehensive Review of Dynamic Swarm Optimization Models for Network Condition Prediction
- SwarmOptStream: A Comprehensive Review on Swarm Optimization Techniques for Cross-Device Adaptation in Video Streaming
- Swarm Intelligence-Based Decision Support Systems for Adaptive Video Streaming: Navigating Real-Time Challenges in Dynamic Environments
- SwarmStream: A User-Centric Approach to Adaptive Video Streaming Using Swarm Optimization Algorithms
Last modified: 2024-03-03 19:45:58