Distinguished Engineer, Power Architecture
Core
Define long-term technical strategy for power architecture and perf/watt standards across NVIDIA's silicon and systems portfolio including datacenter GPUs, client products, automotive, robotics, and edge-AI.
Role type
Distinguished Engineer, Power Architecture (Strategy & Technical Leadership)
Builds
Next-generation silicon architectures, power management systems, and perf/watt optimization strategies for high-volume server, mobile, automotive, and edge platforms.
Domain
Semiconductor / Hardware Architecture / Power Electronics / AI Systems
Deliverable
production ML models | product features | infrastructure
Required skills
Power architecture design, perf/watt optimization, thermal management, silicon co-architecture, low-power design techniques, system-level modeling, cross-portfolio strategy, technical leadership, IP generation, stakeholder influence
Preferred skills
Model-to-hardware co-optimization, liquid/immersion cooling architecture, ML for power modeling, RTL/microarchitecture background, mentoring Distinguished-level engineers
Technologies
NVLink, PCIe, Ethernet, optical networks, HBM, LPDDR, on-die SRAM, DVFS, AVFS, liquid cooling, immersion cooling
Responsibilities
Set multi-generation cross-portfolio power strategy, own perf/watt across server/client/edge platforms, drive performance-versus-power analysis for silicon trade-offs, lead silicon and vendor/IP co-architecture, define new technology frontiers, architect thermal and system-level power management, drive ML- and workload-aware modeling, influence company and industry standards, develop next-generation technical leaders
Seniority
Distinguished, Strategy & Technical Leadership
