DC-DC Power Design Engineer for High-Power ASICs

Meta Careers; Austin (TX); On-site; USD 144,000 - 204,000; Full time

Job summary

Meta seeks a Hardware Engineer specializing in DC-DC power conversion to design and validate MTIA module power solutions for high-power ASICs. You will lead validation, characterization, and testing from prototype to production, collaborating with HW Platform and ASIC teams to optimize efficiency, thermal, and reliability.

You will define power hardware, execute validation plans, and work with vendors to qualify power solutions for next-gen high-power requirements, in a fast-paced,

Qualifications

• 6+ years of experience in power electronics validation or test engineering.
• Experience with power validation instrumentation including oscilloscopes and power analyzers.
• Experience with power integrity analysis and lab measurements.

Responsibilities

• Lead validation and characterization of DC-DC power conversion systems for high-power ASIC modules.
• Contribute to design of DC-DC power conversion solutions including topology selection and control loop design.
• Develop and execute comprehensive power validation test plans, including reliability testing.
• Participate in PDN design activities including power plane design and placement analysis.
• Execute hardware bring-up, debug, and troubleshooting of DC-DC power circuits.

Skills

Power electronics validation

Validation automation

Hardware bring-up

Tools

Oscilloscopes

Power analyzers

Electronic loads

Thermal measurement equipment

Job description

Meta seeks a Hardware Engineer specializing in DC-DC power conversion to design and validate MTIA module power solutions for high-power ASICs. You will lead validation, characterization, and testing from prototype to production, collaborating with HW Platform and ASIC teams to optimize efficiency, thermal, and reliability.

You will define power hardware, execute validation plans, and work with vendors to qualify power solutions for next-gen high-power requirements, in a fast-paced,