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Principal Power Design Engineer
Delos DataPrincipal Power Design Engineer responsible for designing power delivery systems that support high-performance AI hardware. Overseeing component selection, schematic design, and lab validation.
Core Competencies
Role fitCore Competencies
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Demonstrates expertise in hardware schematic design and validation for high-current power delivery systems, with a focus on multi-phase DC-DC regulators and board-level power delivery networks. Proficient in collaborating with cross-functional teams to ensure optimal power performance and reliability in complex computing platforms.
Highest-signal resume keywords
High-Current DC-DC Regulator DesignBoard-Level Power Delivery Network ImplementationLab Validation SkillsSchematic Capture and Layout OversightSPICE-Based Circuit Simulation
ATS Keywords
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Hard Skills
Multi-Phase Buck Regulator DesignPower Sequencing CircuitryDecoupling StrategyTransient Response AnalysisVoltage RegulationLoop Stability TestingVRM Efficiency CharacterizationDC IR Drop MeasurementPower Supply Noise MitigationHigh-Speed Lane Debugging
Soft Skills
CollaborationProblem-SolvingAttention to Detail
Tools & Technologies
Cadence AllegroConceptOscilloscopeElectronic LoadNetwork AnalyzerThermal Camera
Industry Keywords
Power Hardware DesignHigh-Power ASICsGPUsProcessorsAcceleratorsPower Delivery Requirements
Tech Stack
Tools & technologiesRuby on Rails
About the role
Key responsibilities & impact- Own hardware schematic design for multi-phase buck regulators, point-of-load converters, and power sequencing circuitry.
- Select critical power components, including passives, inductors, power stages, controllers, and supporting circuitry.
- Define placement and routing constraints for board-level power delivery networks, including decoupling capacitor strategy and high-current power paths.
- Work closely with package engineering to ensure clean power delivery handoff at the socket or package interface.
- Lead lab validation of power subsystems, including VRM efficiency, loop stability, DC IR drop, thermal behavior, and transient response.
- Use oscilloscopes, electronic loads, network analyzers, thermal cameras, and related lab equipment to characterize power rails under maximum dynamic load conditions.
- Partner with SI/PI engineers to measure and mitigate power supply noise and Power Supply Induced Jitter on sensitive high-speed lanes.
- Debug power integrity issues across board, package, silicon, firmware, workload, and system-level interactions.
- Contribute to design guidelines, validation plans, and best practices for power delivery across the company’s hardware platforms.
Requirements
What you’ll need- Extensive experience designing high-current, multi-phase DC-DC regulators for high-power ASICs, GPUs, processors, accelerators, or similar compute platforms.
- Strong background in power hardware design for systems with 500W+ devices or comparable high-current power delivery requirements.
- Deep understanding of board-level PDN implementation, decoupling strategy, power sequencing, transient response, and voltage regulation.
- Hands-on experience with schematic capture and layout oversight for complex power delivery systems, preferably using tools such as Cadence Allegro or Concept.
- Strong lab validation skills using electronic loads, oscilloscopes, network analyzers for loop stability testing, thermal cameras, and related power measurement equipment.
- Experience characterizing VRM efficiency, bode plots, DC IR drop, ripple, noise, and transient behavior under dynamic workloads.
- Proficiency with SPICE-based time-domain circuit simulation or similar power simulation workflows.
- Ability to collaborate closely with SI/PI, package, hardware, firmware, and systems teams in a fast-moving engineering environment.
Benefits
Comp & perks- meaningful equity
- benefits
- 401k