Senior Power Architect - GPUs, AI & Edge Systems

NVIDIA Corporation; United States; On-site; USD 320,000 - 489,000; Full time

Benefits offered by this job

Equity

Benefits

Job summary

NVIDIA Corporation is seeking a Distinguished Engineer, Power Architecture, to set the long-term power strategy for datacenter GPUs, GeForce and client products, automotive, robotics, and edge-AI platforms. You will own perf/watt across multiple platforms and drive architecture choices that shape the next decade of performance and efficiency.

The role requires a proven track record of powering multiple silicon generations and delivering significant impact.

Qualifications

• 18+ years of industry and/or academic experience.
• Demonstrated ownership of power architecture across multiple silicon generations.
• Deep, applied expertise in low-power and energy-efficient design techniques.
• Authoritative understanding of GPU, CPU, and accelerator architectures; high-speed interconnects and memory subsystems.

Responsibilities

• Set multi-generation, cross-portfolio power strategy.
• Own perf/watt across server-, client-, and edge-class platforms.
• Drive performance-versus-power analysis that informs silicon trade-offs and product roadmaps.
• Lead silicon and vendor/IP co-architecture.
• Define new technology frontiers in power management.
• Architect thermal and system-level power management end-to-end.
• Drive ML- and workload-aware modeling and post-silicon optimization.
• Develop the next generation of technical leaders.

Skills

Power architecture ownership

GPU/CPU/accelerator architectures

Power and performance modeling

DVFS/AVFS techniques

RTL/microarchitecture knowledge

Leadership & mentoring

Education

MSEE / MSCE / PhD or equivalent

Job description

NVIDIA Corporation is seeking a Distinguished Engineer, Power Architecture, to set the long-term power strategy for datacenter GPUs, GeForce and client products, automotive, robotics, and edge-AI platforms. You will own perf/watt across multiple platforms and drive architecture choices that shape the next decade of performance and efficiency.

The role requires a proven track record of powering multiple silicon generations and delivering significant impact.