Senior System Architect - Lpu Platform Pathfinding

NVIDIA NVIDIA · Semiconductors · Santa Clara, CA

NVIDIA is seeking a Senior System Architect to lead rack-level and platform pathfinding for next-generation GPU and LPU systems, focusing on high-performance, reliable AI platforms. The role involves defining system-level solutions, requirements across power, cooling, mechanics, and connectivity, and collaborating with cross-functional teams to deliver practical architectures. Experience with server/storage/networking hardware, data center infrastructure, and electrical architecture is required.

What you'd actually do

  1. Lead pathfinding for system and rack architecture for new GPU/LPU platforms, building on existing NVIDIA architectures and improving them where it matters most.
  2. Tailor system-level solutions to improve performance, efficiency, and scalability for LPU-based systems and workloads.
  3. Define rack, node, and subsystem requirements across power, cooling, mechanics, SI/PI budgets, connectivity, management, and reliability.
  4. Collaborate with mechanical, electrical, SI/PI, networking, firmware, and data center operations teams to converge on practical architectures and execution plans.
  5. Drive SI/PI, power, and thermal feasibility through focused modeling, simulation, and experiments, then feed results back into designs.

Skills

Required

  • BS in Electrical Engineering, Mechanical Engineering, Computer Engineering, or related field (or equivalent experience)
  • 8+ years in server, storage, networking, or rack-level hardware
  • System or platform architecture and pathfinding experience
  • Mechanical aspects of data center hardware (rack structures, packaging, cooling, cabling, serviceability)
  • Electrical architecture and PDN (rack and board power trees, redundancy, protections, high-speed interfaces/SI-PI fundamentals)
  • Data center infrastructure (rack power distribution, network fabrics, structured cabling, grounding, safety, regulations)
  • Lead cross-functional decisions
  • Explain tradeoffs clearly
  • Deliver architectures under ambiguity and tight schedules

Nice to have

  • MS/PhD preferred
  • Designed GPU, accelerator, or other high-power AI systems
  • Multi-GPU/LPU nodes and dense rack solutions
  • Rack-level networking architectures (leaf/spine fabrics, TOR strategies, structured cabling)
  • End-to-end SI/PI for complex platforms
  • Platform bring-up and validation at scale
  • Technical leadership (mentoring, scaling processes/tools)
  • Contributions to standards, publications, or patents in server or rack design, SI/PI, power delivery, or thermal and mechanical design

What the JD emphasized

  • 8+ years in server, storage, networking, or rack-level hardware, including several years in system or platform architecture and pathfinding.
  • Strong background in electrical architecture and PDN: rack and board power trees, redundancy, protections, and high-speed interfaces/SI-PI fundamentals.
  • Solid understanding of data center infrastructure: rack power distribution, network fabrics, structured cabling, grounding, safety, and regulations.