Principal Engineer Power Electronics

21 hours agoHead Milpitas, California, United States Hybrid Engineering Jobs by Graphcore

Skills

Compliance Electrical Engineering Firmware Networking Pol Power Delivery Power Distribution Power Engineering Prototype Rack Reliability Server Storage Telemetry Tldr Validation Vrm

Candidate Availability

Remote · United States · Preferred Onsite · United States · Preferred Austin · Required Hybrid · Canada · Required Onsite · Milpitas · Required Hybrid · Milpitas · Required San Jose · Required

Required and preferred rules are kept separate and reflect the wording in the original posting.

About the Role

You will define the architecture and roadmap for power delivery from the data-center power drop to systems and chips. You will guide rack-level hardware and firmware design, establish power policies, improve reliability and efficiency, address grid disturbances, develop and test prototypes, resolve power issues, advise manufacturers and engineering teams, and ensure compliance with applicable standards and regulations.

Requirements

Bachelor’s, Master’s, or PhD degree in Electrical Engineering with specialized knowledge of Power Engineering
Demonstrated ability in power system and delivery architecture, design, and development
Experience with rack-level hardware design for servers, storage, networking, and power distribution
Proficiency in power hardware and firmware development and debugging
Excellent problem-solving and analytical skills
Strong communication and teamwork skills
Ability to work in a fast-paced, multifaceted environment

Responsibilities

Provide technical leadership, planning, and design for power delivery from the data-center power drop to systems and chips
Establish the power roadmap and align vendor technologies with system-engineering requirements
Specify rack-level power-shelf hardware and firmware and design for resiliency
Set data-center power policies for buffering, oversubscription, job scheduling, monitoring, and fault accommodation
Resolve telemetry and data requirements for power-policy algorithms
Ensure IT power robustness during grid disturbances and compatibility with grid requirements
Apply VRM, TLDR, and POL technologies to board- and system-level power regulation
Develop technologies that improve power efficiency
Guide manufacturers, ODMs, and engineering teams on testing and validation procedures
Develop and test hardware prototypes for power-delivery concepts
Resolve complex power hardware and firmware issues
Ensure compliance with industry standards and regulations

Benefits

Competitive benefits package