Global Connectivity Distinguished Engineer

NVIDIA NVIDIA · Semiconductors · Santa Clara, CA

NVIDIA is seeking a Global Connectivity Distinguished Engineer to design, deploy, and optimize high-capacity terrestrial and subsea fiber networks that interconnect AI Factories. This role involves working with industry partners, government relations, and leading multidisciplinary teams to ensure resilient and high-capacity data flow for AI deployments, while navigating international regulatory frameworks and standards.

What you'd actually do

  1. Participate with partners on diverse long-haul terrestrial routes to ensure network resilience and high-capacity data flow between regional AI hubs.
  2. Participate in subsea and terrestrial consortiums to enable capacity, efficiency, and optimize cost-per-bit for transit.
  3. Work with government relations to facilitate engagements by influencing market rules to support reliable and scalable fiber options to enable AI Factories
  4. Conduct market and connectivity-systems analysis, providing economic modeling, risk assessment, and portfolio valuation to inform investment decisions.
  5. Advance the transition from "best-effort" transport to ultra-reliable, low-latency communication (URLLC) protocols.

Skills

Required

  • Minimum of 18+ years in a business leadership role within a Hyperscale Cloud Provider or a Tier-1 Global Carrier
  • Bachelor's or Master's Degree in Computer Science or Software Engineering, or equivalent experience
  • Deep understanding of Right-of-Way (ROW), subsea landing stations, and power-to-fiber ratios.
  • Demonstrated ability to lead multidisciplinary teams and implement sophisticated commercial initiatives.
  • Experience with both new and established global fiber ecosystems
  • Skilled in financial modeling, contracts, and risk evaluation for energy-related transactions.

Nice to have

  • Deep expertise in fiber-system economics, utility ratemaking, and energy markets.
  • Experience negotiating agreements, evaluating collaborative right-of-way options, and supporting large-scale infrastructure planning.
  • Comfortable operating at the intersection of engineering, markets, and policy.

What the JD emphasized

  • Proven track record of leading large infrastructure projects such as transoceanic subsea systems or national-scale terrestrial fiber builds.
  • Demonstrated experience designing interconnections for high-density GPU clusters with the unique backhaul requirements needed for AI training vs. inference.
  • Proven track record of engaging with utility commissions, federal regulators, and grid operators.