Google is seeking a Chassis Power Architect to join their Silicon Platform IP Architecture team. This role focuses on developing custom silicon solutions that power Google's direct-to-consumer products. The position involves collaborating with SoC and IP hardware architects to drive next-generation power management controller and chassis power optimization in advanced technology nodes, specifically for Google Tensor SoC and associated products.
The role requires deep expertise in power management and optimization, working on cutting-edge technology that impacts millions of users worldwide. You'll be responsible for defining power management controllers, deployment across SoC, and power optimization methods. The position involves charting power roadmaps for Chassis IPs, proposing optimization plans, and guiding both pre-silicon power modeling and post-silicon power correlation efforts.
As a Chassis Power Architect, you'll work at the intersection of hardware architecture and power optimization, making critical decisions that affect the performance and efficiency of Google's hardware products. The role offers the opportunity to work with state-of-the-art technology and tools, collaborating with cross-functional teams to develop innovative solutions for power management challenges.
The ideal candidate will bring strong technical expertise in power enhancement workflows, experience with power management IPs, and a deep understanding of low power design principles. This role is perfect for someone who wants to make a significant impact on the future of Google's hardware products while working with a diverse team that pushes boundaries in silicon development.