VLSI CAD Engineer

NVIDIA is looking for an exceptional engineer to grow and thrive alongside our CAD/EDA/HPC team. You will build and scalethe compute infrastructure that powers NVIDIA's next-generation silicon - owning job scheduler environments, cloud

compute integration, CAD toolchains, and automation frameworks that keep our design teams moving at full speed toward tapeout.

What you'll be doing:

• Be part of the CAD/EDA/HPC team building and scaling the compute infrastructure that powers NVIDIA's next-generation silicon design.

• Own job scheduler environments, CAD toolchains, automation frameworks, and operational workflows that keep design teams moving efficiently toward tapeout.

• Integrate and operate hybrid cloud environments across AWS, Azure, GCP, or OCI to elastically extend on-premises CAD capacity.

• Troubleshoot CAD/EDA software and infrastructure performance issues, benchmark workloads, and improve tool and compute efficiency.

• Build automation in Python, Perl, Bash, or Tcl for job scheduling, monitoring, capacity reporting, and recurring operational workflows.

• Operate large-scale Linux compute farms using LSF and/or Slurm while partnering with design teams on throughput, utilization, and tapeout capacity planning.

What we need to see:

• B.E./B.Tech or M.Tech/M.S. in Computer Science, Electronics Engineering, or a related field, or equivalent experience.

• 3+ years of hands-on experience in VLSI CAD infrastructure, EDA compute environments, HPC system administration, or SRE roles supporting engineering infrastructure.

• Strong Linux/Unix administration skills, large-scale compute farm experience with LSF and/or Slurm, and proficiency in at least one scripting language Python is preferred.

• Hands-on knowledge of cloud platforms such as GCP, OCI, AWS, or Azure, including compute, storage, networking, and cost fundamentals.

• Good understanding of CAD/EDA flows such as synthesis, P&R, simulation, DRC/LVS, or equivalent implementation and verification flows.

• Preferred exposure to Linux performance engineering, Docker/Kubernetes, infrastructure as code such as Ansible or Terraform, distributed file systems, and observability stacks.