Electronic Design Automation Intern - 2026

NVIDIA

Hybrid
Vlsi algorithms development using c++
Software and hardware understanding
Optimization engines for physical design
NVIDIA is seeking an Electronic Design Automation Intern for 2026 to contribute to the development of advanced VLSI design tools. The ideal candidate will possess a strong background in VLSI algorithms, programming skills in C++, and a passion for optimizing software for high-performance AI hardware

Job Summary

  • NVIDIA's team develops advanced EDA tools by combining parallel computing, machine learning, and specialized VLSI design algorithms.
  • The role involves inventing new optimization engines that fuse multiple physical design steps to improve chip performance and power efficiency.
  • The team owns the entire process from discovery to deployment, working directly with design teams to implement solutions.

Matching Summary

Match Score: 85

NVIDIA is seeking an Electronic Design Automation Intern for 2026 to contribute to the development of advanced VLSI design tools. The ideal candidate will possess a strong background in VLSI algorithms, programming skills in C++, and a passion for optimizing software for high-performance AI hardware.

Skills & Requirements

Must-have

  • VLSI algorithms development using C++
  • Software and hardware understanding
  • Optimization engines for physical design
  • Gate-level sizing and buffering algorithms
  • High capacity timing closure tools

Nice-to-have

  • Experience with C++14 or newer features
  • Familiarity with design implementation tools
  • Knowledge of physical design flows scripting
  • High performance software design skills
  • Background in reinforcement learning and GNNs

Key Requirements

  • Pursuing BS, MS, or PhD in Electrical Engineering or Computer Science
  • Strong programming skills in C++
  • Experience in VLSI physical design algorithms
  • Strong communication and interpersonal skills

Work Rights

Not specified

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