Power Integrity Engineer
Core
Analyze power-delivery networks across silicon, package, and PCB to ensure reliability of next-generation AI compute systems.
Role type
Power Integrity Engineer
Builds
PDN models, decoupling strategies, and power/ground distribution choices for AI hardware
Domain
Semiconductor hardware / AI compute infrastructure
Deliverable
production ML models
Required skills
PDN modeling, frequency-domain impedance analysis, time-domain simulation, electromagnetic simulation, parasitic extraction, decoupling evaluation, hardware measurement interpretation
Preferred skills
Experience with silicon/package/PCB interaction, risk identification, design review participation
Technologies
Electromagnetic simulation tools, frequency-domain analysis tools, time-domain simulation tools
Responsibilities
Build and integrate PDN models for defined power rails; investigate voltage stability, droop, resonances, and transient response; evaluate decoupling choices and placement; extract resistance, inductance, coupling, and impedance; validate model assumptions and physical validity; translate findings into practical design recommendations; document results and contribute to design reviews; collaborate with test engineers on measurements and simulation-hardware correlation.
Seniority
Mid-level IC
