Senior Power Integrity Engineer, Platforms Infrastructure

Google•Sunnyvale, CA

4d•$159,000 - $230,000

About The Position

As a Power Integrity Engineer within Platforms Infrastructure Engineering, you will develop power delivery network solutions for Google's computing infrastructure and next-generation AI hardware for AI/ML, server, networking, and storage applications. The role involves designing, analyzing, validating, and delivering solutions across chip, package, board, and rack levels, in collaboration with cross-functional teams. The team develops custom silicon and infrastructure supporting Google's products, AI models, cloud services, global networking, and hyperscale computing.

Requirements

Bachelor’s degree in Electrical Engineering, Computer Engineering, Physics, a related field, or equivalent practical experience.
At least 4 years of experience in a system-level power delivery network design, analysis, and validation technical environment.
Experience with PCB, package, and silicon technologies and their impact on power delivery solutions.

Nice To Haves

Master’s or PhD degree in Electrical Engineering, Computer Engineering, Physics, or a related field.
At least 1 year of experience in technical leadership.
Experience in board, substrate package, and on-chip power integrity and conversion design for FPGAs, ASICs, or high-performance processors.
Experience with industry-standard tools including Ansys HFSS, Q3D, and SIwave; Cadence PowerSI/DC, Allegro, and APD; CST; Keysight ADS; and Synopsys Hspice.
Experience in system-level PDN modeling, switching regulators, data center motherboard power design, advanced voltage regulators, and next-generation components.
Experience in die-to-PCB hardware validation and correlation, including scripting and automating lab measurements and EDA simulation workflows.

Responsibilities

Design system-level power delivery network solutions across silicon, substrate packaging, and printed circuit boards, partnering with cross-functional teams to balance performance, cost, reliability, and availability.
Perform power integrity design validation, correlation studies, and root-cause analyses; lead triage and resolution of power integrity issues.
Drive technology exploration into advanced power regulation and distribution across PCBs, chip packaging, and silicon.
Engage with power module suppliers and industry partners to develop and evaluate emerging power delivery technologies.
Collaborate with EDA vendors to enhance simulation capabilities and methodologies.