Apurva Desai is a dedicated Supply Chain Manager at Amazon, where he leverages his passion for intelligent design and analytical thinking to optimize operations across a vast network of delivery stations in the US and Canada. With a focus on leading the planning efforts of...
Apurva Desai is a dedicated Supply Chain Manager at Amazon, where he leverages his passion for intelligent design and analytical thinking to optimize operations across a vast network of delivery stations in the US and Canada. With a focus on leading the planning efforts of 35 delivery stations, Apurva collaborates with over 50 operations leaders to ensure efficient package delivery to customers in key regions, including the Midwest, Texas, Plains, and Great Lakes. His expertise in capacity planning is critical, as he validates capacity plans to meet forecasted delivery demands, ensuring that operational targets are consistently met.
Apurva's role extends beyond mere oversight; he employs advanced analytics and data-driven methodologies to perform root cause analyses for any capacity planning discrepancies. By utilizing tools such as Minitab and statistical process control (SPC), he identifies inefficiencies and implements solutions that enhance operational performance. His commitment to continuous improvement is evident through his application of Six Sigma principles and Kaizen methodologies, which drive process optimization and foster a culture of excellence within his teams.
In addition to his technical skills in Extract, Transform, Load (ETL) processes and statistical data analysis, Apurva's background in industrial engineering and ergonomics allows him to approach supply chain challenges holistically. His ability to blend analytical rigor with practical solutions reflects his lifelong admiration for intelligent designs, whether in nature or complex systems. As he navigates the dynamic landscape of supply chain management at Amazon, Apurva Desai remains committed to delivering exceptional results that enhance customer satisfaction and operational efficiency.
