Google's Global Infrastructure Group (GIG) within Google Cloud Devices (GCD) is seeking a Program Manager III to lead their Demand and Supply Planning initiatives for Cloud Infrastructure. This role is crucial in driving optimal fulfillment and transforming Google's fleet by managing the delicate balance between demand intent, deployment decisions, and supply capability across data centers, networking, and machines.
The position offers a competitive salary range of $147,000-$216,000 plus bonus, equity, and comprehensive benefits. As a Program Manager, you'll be responsible for establishing and implementing best practices in supply forecasting, managing cross-functional relationships, and ensuring smooth operations of data center networking infrastructure.
The ideal candidate will bring 5+ years of experience in program management, with a strong background in demand and supply planning. You'll work within the Network Planning team, focusing on forecasting, demand and supply planning, and execution capability management of data center networking infrastructure products.
This role offers an exciting opportunity to impact Google's technical infrastructure directly, working with cutting-edge technology and collaborating with talented engineers across the organization. You'll be part of the team that keeps Google's networks running optimally, ensuring users worldwide have the best and fastest experience possible.
The position requires strong leadership skills, technical acumen, and the ability to influence across multiple organizational levels. You'll be responsible for presenting recommendations to leadership, driving timely decisions, and ensuring clear communication among all stakeholders in the supply chain.
Working at Google means joining a company committed to diversity, equity, and inclusion, offering comprehensive benefits and professional growth opportunities. The role is based in Sunnyvale, CA, where you'll collaborate with teams globally while contributing to Google's mission of organizing the world's information and making it universally accessible and useful.