Ameya Munagekar

Ameya Munagekar is a seasoned expert in Operations Research, Artificial Intelligence, and Data Science, with a distinguished career spanning several years. Armed with a B.E. from D J Sanghvi College of Engineering, India, and an advanced degree from the University at Buffalo, NY, USA, Ameya brings a robust academic foundation to his industry expertise. Renowned for his expertise in solving complex business challenges, Ameya employs sophisticated optimization modeling and cutting-edge analytics to drive substantial financial improvements across a variety of industries. His strategic initiatives, particularly in reducing transportation and storage costs within the hydrogen fuel cell supply chain, underscore his commitment to enhancing operational efficiency and sustainability.

In the arena of revenue growth, Ameya has made significant strides by developing advanced trade promotion optimization models for FMCG products. These models have successfully boosted revenues by 3-5%, translating to an impressive increase of USD 3-5 million. This achievement highlights his exceptional ability to identify and exploit market opportunities, demonstrating his profound impact on financial performance.

Ameya’s technical acumen is evident in his proficiency with a range of programming languages and optimization tools, including Gurobi, CPLEX, and Google OR-Tools. His innovative approach extends to profit maximization and operational excellence, where he has pioneered dynamic pricing models for the retail sector and optimized complex models for supply chain, budget allocation, and last-mile delivery.

Among Ameya’s notable contributions is the patent for a system and method optimizing the supply chain of hydrogen distribution networks, a testament to his innovative thinking and analytical prowess. Ameya’s work effectively showcases the use of data-driven insights for strategic decision-making, highlighting his significant contribution to enhancing profitability and operational flexibility.

Patents:
Patent Number: 417394
SYSTEM AND METHOD FOR OPTIMIZING SUPPLY CHAIN OF HYDROGEN DISTRIBUTION NETWORK