You will use your technical expertise in one or more of the following: AI Datacenter - HPC power delivery, 48V to PoL DC/DC conversion, hybrid switched-capacitor converters, or high-current multi-phase buck converters.

You will: Build a lab, the internal systems, the internal apps, do simulations, build and debug printed circuit boards, bring-up customer reference systems, and demo hardware. Architect and specify power specific mixed signal IP such as interface protocols and IP block register sets … Design and validate hardware emulation platforms for rapid prototyping … Develop and maintain scripting environment for lab equipment automation … Develop, test, and maintain reference designs and demo boards for customer engagement … Plan and execute application evaluations, leveraging automation for data collection and analysis … Engage directly with customers to provide technical support and promote product adoption … Provide system debug, board bring-up, and root cause analysis.

Additional: Excellent communication and presentation skills in English. Demonstrated ability to produce clear, concise technical documentation and customer-facing collateral. Strong lab proficiency with test equipment (oscilloscopes, electronic loads, network analyzers, etc.) and scripting tools (e.g., Python) for automation. Skilled in simulation tools such as SIMPLIS and MATLAB/Simulink. Proficient in schematic capture and PCB layout. Working knowledge of PCB fabrication and assembly best practices. Develop C and Verilog code for microcontroller and FPGA based closed loop PWM controllers.

Location: Hybrid worksite, San Jose, CA

Compensation: $200K+ base salaries. Generous bonus stock – equity.

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2) We seek an innovative Principal Design Engineer for a San Jose power semiconductor startup.

You will: Be a key early on team member reimagining power conversion ... Redefine the fundamentals of how power flows from the rack to the processor core ... Define the architecture, process selection, optimizing efficiency, developing control techniques, and collaborating with cross-functional teams to develop state-of-the-art power ICs. 

You will: Demonstrate a profound understanding in analog design techniques, power conversion principles, efficiency analysis, and control topologies ... Define and execute IP development ... Collaborate with marketing to deliver on key product specs ... Execute design goals to schedule ... Collaborate with test and product engineers on quality and testability goals ... Identify and solve technical roadblocks to ensure successful project execution ... Mentor junior team members.

Your skills and experience will include: Knowledge of BCD semiconductors and assembly processes ... High current (>20A) power IC designs ... High voltage (>30V) power IC designs ... Design experience in Buck, Boost, LDOs, gate drivers, and amplifiers ... Constant-on-time, current mode, multi-phase DCDC ... Power design and layout techniques for robustness and reliability ... Debugging complex problems ... Design and layout CAD tools.

Location: Hybrid worksite, San Jose, CA

Compensation: $200K+ base salaries. Generous stock – equity.