Voltage Regulator (VR) Architect

What you'll do

• Define voltage regulator and power delivery architectures for products ranging from 48V inputs to sub-1V silicon loads.
• Lead the architecture, design, and evaluation of multiphase buck converters, PMICs, IVRs, and switched-capacitor converters.
• Optimize system-level power efficiency, transient response, power density, thermal performance, and total cost.
• Develop analog control architectures, compensation schemes, and feedback loops for high-current voltage regulators.
• Lead technology assessments and roadmaps for emerging on-chip and near-die voltage regulation technologies.
• Interface with foundries to define process requirements, device utilization strategies, and reliability criteria for IVR solutions.
• Drive co-optimization of process technology, silicon implementation, package integration, and PDN architecture.

What we're looking for

• Master's degree in Electrical Engineering, Chemical Engineering, or Mechanical Engineering and 9+ years of related experience.
• PhD in Electrical Engineering, Chemical Engineering, or Mechanical Engineering and 8+ years of related experience.
• Bachelor's degree in Electrical Engineering, Chemical Engineering, or Mechanical Engineering and 10+ years of related experience.
• 10+ years of experience in voltage regulator, PMIC, power management, or power delivery architecture.
• Expertise in power electronics, analog and mixed-signal circuit design, control theory, and DC-DC converter design.
• Experience with multiphase voltage regulators, integrated voltage regulators (IVRs), and power delivery networks (PDNs).
• Experience with AI, HPC, GPU, CPU, or data-center power delivery systems supporting hundreds to thousands of amps (preferred).
• Experience with on-chip/near-die IVRs, leading foundries, and package-board-silicon co-design (preferred).