About The Position

Join NVIDIA, a trailblazer at the forefront of graphics and artificial intelligence performance, efficiency, and innovation. From our roots as a groundbreaking graphic company, we have evolved into a global leader in artificial intelligence, continuously pushing the boundaries to tackle complex challenges across diverse industries. We seek an experienced system design Hardware Engineer to join our Silicon Solutions Group. In this role, you will lead system-design efforts to improve semiconductor quality on data center, notebooks, desktops, professional-visualization products and build advanced safety solutions for Automotive products. Your work will directly shape next-generation silicon quality, performance, and reliability. What You'll You'll Be Doing: Creative Problem Solving – Design workarounds and solutions through lab experimentation. Develop, prototype, and validate system-level features on existing and new silicon, analyzing return on investment and driving feature bring-up plans. Lead system design partnering with architecture, software, chip/board designers, ASIC, and operations team. Lead hardware-side debug efforts to root cause feature bugs, silicon defects, and complex HW/SW interactions. Develop advanced debug tools and infrastructure to meet aggressive schedules. Production Support – Collaborate with manufacturing and customer teams to resolve feature-related production issues.

Requirements

  • 9 + years in system architecture, design, and semiconductor bringup experience.
  • BS/MS in Electrical or Computer Engineering (or equivalent experience).
  • Strong EE fundamentals: Digital design, computer architecture, power/timing/fault analysis, statistics, and scripting.
  • Deep understanding of firmware/driver interaction with hardware.
  • Knowledge of PVT dependencies, binning methodologies, and VF characterization.
  • Experience in performance and power management (DVFS, power gating, sequencing, throttling)
  • Hands-on validation skills with oscilloscopes, logic analyzers, and lab debugging.
  • Established proficiency in operating within collaborative, multi-functional environments.

Nice To Haves

  • Understanding of fault models, DPPM, quality metrics, RAS is a plus.
  • Deep understanding of DFT architecture.
  • Direct bring-up experience with GPU/SoC architecture.
  • Proven success designing quality and power management system features.
  • Track record of improving validation processes/methodologies.
  • Strong results in highly matrixed organizations.

Responsibilities

  • Design workarounds and solutions through lab experimentation.
  • Develop, prototype, and validate system-level features on existing and new silicon, analyzing return on investment and driving feature bring-up plans.
  • Lead system design partnering with architecture, software, chip/board designers, ASIC, and operations team.
  • Lead hardware-side debug efforts to root cause feature bugs, silicon defects, and complex HW/SW interactions.
  • Develop advanced debug tools and infrastructure to meet aggressive schedules.
  • Collaborate with manufacturing and customer teams to resolve feature-related production issues.

Benefits

  • With competitive salaries and a generous benefits package, we are widely considered to be one of the technology world’s most desirable employers.
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