1 Department of Master of Business Administration, Grand Canyon University, USA.
2 Glendale community college, Glendale, AZ, USA.
3 Department of Bachelor of Business Administration, University of Eden Mohila College.
Received on 08 July 2023; revised on 25 August 2023; accepted on 28 August 2023
This article discusses how to integrate predictive operations, machine learning, and Lean Six Sigma to optimize the supply chain management. Predictive operations involve using data and algorithms to predict demand, risk detection and decision-making in supply chains. When machine learning is combined with process improvement strategies of Lean Six Sigma, the companies can minimize waste, increase efficiency, and augment productivity. Machine learning offers evidence-based data, which can be used to optimize processes, whereas Lean Six Sigma is oriented on the eradication of inefficiencies and flaws. These methodologies, used together allow supply chains to work more accurately, faster and at a lower cost. The article explains how such integrated approaches could revolutionize supply chain management by developing a more agile, responsive and optimized system capable of dealing with the modern complex business challenges. Case study results underscore the effect of this integration in the real world, with an increased focus on the effect of this integration in enhancing supply chain performance.
Supply Chain; Lean Six Sigma; Machine Learning; Demand Forecasting; Process Improvement; Predictive Operations
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Kaniz Fatema, Mahamuda Akter Shati and Munira Akter Mitu. Predictive operations: Integrating machine learning with lean six sigma for supply chain optimization. World Journal of Advanced Engineering Technology and Sciences, 2023, 09(02), 479-489. Article DOI: https://doi.org/10.30574/wjaets.2023.9.2.0231