DC-DC Power System Design Engineer
Job Summary
Job Description
As a DC-DC power system designer, you will be driving innovative power circuit designs and system level partitioning from initial concept investigations, to design execution, and through successful product manufacturing. Responsibilities include collaborating with system and power architects on computer and server power architecture, analyzing design tradeoffs, owning the power circuit schematic and BOM, working with the PCB layout team, defining complex PMU settings, validating performance through lab testing, performing system-level testing, providing technical support for production issues, performing comparative benchmarking, engaging vendors for next-generation components, and collaborating with engineers from various disciplines. Presenting results to peers, managers, and cross-functional leadership is also a key aspect of the role.
1 skill required
Job Details
As a DC-DC power system designer, you will be driving innovative power circuit designs and system level partitioning from initial concept investigations, to design execution, and through successful product manufacturing. Responsibilities: Work with system and power architects on computer and server power architecture investigations using single-phase and multi-phase dc-dc voltage regulators. Apply technical expertise to analyze design tradeoffs including system performance, power consumption & efficiency, physical size, cost, carbon footprint and scalability. Own the power circuit schematic and BOM. Work with the PCB layout team to implement the design. Define complex PMU settings — Including power sequence, GPIOs and voltage regulator configurations. Validate the performance of power circuits through comprehensive lab testing. Perform system level testing with computational workloads. Provide technical support to debug production issues by determining root cause and resolutions. Perform comparative benchmarking to drive innovation and best solutions. Engage vendors to develop next generation integrated circuits, FETs, and passives. Collaborate with engineers from other areas of expertise, e.g. system design & architecture, digital & analog IC design, thermal design, reliability, and mechanical engineering. Present results of your work to peers, managers and cross-functional leadership.
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