Senior Power Systems Engineer - Hardware & Silicon

Google LLC; Sunnyvale (CA); On-site; USD 188,000 - 274,000; Full time

Job summary

Google Sunnyvale, CA, USA is seeking a senior hardware power engineer to lead power management initiatives for data-center silicon and platform hardware. This on-site role requires hands-on design, modeling, and validation of power systems, with close collaboration across chip, firmware, and system teams.

You will drive power optimization across silicon, board, and rack levels, shape power delivery strategies, and guide vendors and cross-functional partners through implementation and testing in

Qualifications

• Bachelor's degree in Electrical Engineering, Computer Engineering, Physics, a related field, or equivalent practical experience.

Responsibilities

• Innovate and deliver initiatives for server and machine learning system power management and optimization across silicon, platform hardware, rack power, system software, and manufacturing.
• Design and implement power management specifications and solutions for these systems.
• Develop methodologies for system power modeling and validation of power management features.
• Analyze trade-offs in performance, cost, reliability, and availability.
• Partner with power industry leaders to guide the evaluation and adoption of technologies.
• Guide cross-functional team collaboration with system architects, hardware engineers, chip designers, software/firmware teams, system qualification, and others.

Skills

Power management

Leadership

Low power design

Voltage scaling

Power modeling

System power states

Power electronics

Education

Bachelor's degree

PhD preferred

Job description

Google Sunnyvale, CA, USA is seeking a senior hardware power engineer to lead power management initiatives for data-center silicon and platform hardware. This on-site role requires hands-on design, modeling, and validation of power systems, with close collaboration across chip, firmware, and system teams.

You will drive power optimization across silicon, board, and rack levels, shape power delivery strategies, and guide vendors and cross-functional partners through implementation and testing in