Drimva

NVIDIA

Senior Physical Design Methodology Engineer, Innovus Flows

$168K–$310K

US, CA, Santa Clara +3 · Senior · Full-time · Posted Oct 9, 2026

Location
US, CA, Santa Clara
US, TX, Austin
US, TX, Remote
US, CA, Remote
Experience
Minimum 7 years in Physical Design; methodology and flow development emphasis is highly preferred.
Education
MS in Electrical or Computer Engineering (or equivalent experience).

About the job

Develop physical design methodologies and flows for NVIDIA processors and SoCs, improving PPA and runtime while applying AI/ML to CAD workflows.

What you'll do

  • Develop physical design methodologies for GPU, CPU, network processor, and SoC implementation, focusing on PPA and flow runtime.
  • Partner with internal and external teams to improve tools and methodologies across product lines.
  • Apply AI/ML approaches to CAD to improve design performance, turnaround time, and productivity.

What they ask for

  • MS in Electrical or Computer Engineering, or equivalent experience.
  • Proven PPA improvement on high-performance and low-power designs in advanced technology nodes.
  • Strong knowledge of physical design optimization and routing, STA, extraction, timing and RC correlation, and power optimization.
  • Expertise with industry-standard EDA tools and proficiency in scripting or programming languages such as TCL, Perl, Python, and C++.

Nice to have

  • Experience applying ML models, LLMs, or agentic AI to EDA/PD problems; proficiency with data analysis/ML libraries.
  • Proficiency with the Cadence EDA tool suite, including Innovus, genus, tempus, quantus, or joules.

Pay

168,000 USD - 264,500 USD base salary (Level 4); 196,000 USD - 310,500 USD base salary (Level 5)

Tools

UPF, FSDB/SAIFs, TCL, Perl, Python, C++, Innovus, PyTorch

AI focus

Apply AI/ML approaches to CAD to improve design performance, turnaround time, efficiency, and productivity; experience with ML models, LLMs, and agentic AI for EDA/PD is a differentiator.

Model-written summary · the original posting is authoritative

First seen Oct 16, 2026 · Last verified Nov 5, 2026 (UTC)