Nandita Ganti
About Nandita Ganti
Nandita Ganti is a Product Manager at ExxonMobil with extensive experience in optimizing technology systems and executing large-scale programs.
Current Role at ExxonMobil
Nandita Ganti currently works at ExxonMobil as a Product Manager, a role she has held since 2019. In this position, she applies her extensive experience in optimizing technology systems and executing programs to drive business goals. Her responsibilities include aligning technology and process engineering to effectively serve the company’s operational needs.
Educational Background
Nandita Ganti holds several advanced degrees in engineering and management. She completed a Bachelor of Technology (B.Tech.) in Production Engineering from Osmania University in 2004. Additionally, she earned a Master of Science in Industrial Engineering from Texas Tech University in 2006. Furthering her education, she studied Executive Development at the University of North Carolina at Chapel Hill - Kenan-Flagler Business School, where she participated in the ExxonMobil Enterprise Leadership Program in 2016. She also holds the Stanford Advanced Project Management credential from Stanford University, which she obtained in 2017.
Expertise in Technology and Process Engineering
With 15 years of experience at ExxonMobil, Nandita Ganti has deep expertise in optimizing technology systems and aligning them with process engineering to achieve business goals. She focuses on investment prioritization and the design of projects for multi-billion dollar business initiatives. Her work emphasizes the promotion of technology applications to solve critical business challenges.
Experience in Investment Prioritization
Nandita Ganti specializes in investment prioritization, ensuring that financial resources are effectively allocated to high-impact projects. Her expertise includes the design and execution of projects that support multi-billion dollar business initiatives at ExxonMobil. This area of her work is critical in maintaining the company's competitive edge and operational efficiency.