VLSI Timing Methodology Intern - Summer 2027
About The Position
NVIDIA is seeking a VLSI Timing Methodology Intern to work on projects combining VLSI design, device modeling, static timing analysis, software development, accelerated computing, and AI. The team develops large-scale internal CAD tools and silicon projection methodologies to support high-performance computing hardware. The intern will research and develop compact device and system models to predict time-zero and aged silicon timing in pre-silicon simulations. The role also involves applying machine learning and analytical techniques to accelerate timing characterization, developing tools and methodologies to predict and improve silicon performance and reliability, and exploring how physical effects such as IR drop, crosstalk, aging, and thermal impact influence timing and design decisions. This is a Summer 2027 internship. The expected hourly rate is USD 20–94, and interns are eligible for intern benefits. Applications will be accepted at least until November 8, 2026.
Requirements
- Currently enrolled in and pursuing a master's degree or higher in Electrical Engineering, Computer Engineering, or a related field.
- Knowledge of digital circuit design, MOSFET device physics, and static timing analysis.
- Experience in VLSI backend design.
- Good understanding of machine learning and statistics.
- Knowledge or experience with scripting in Python, Perl, or Tcl.
Nice To Haves
- Prior VLSI work experience or internships.
- Familiarity with BSIM or other device compact models.
- Coursework or academic projects in VLSI Design or CAD Design.
Responsibilities
- Research and develop compact device and system models to predict time-zero and aged silicon timing in pre-silicon simulations.
- Use machine learning and analytical techniques to speed up device and system timing characterization.
- Develop tools and methodologies to predict and improve silicon performance and reliability beyond what industry-standard tools can offer alone.
- Explore how physical effects, including IR drop, crosstalk, aging, and thermal impact, influence timing and design decisions.
Benefits
- Eligible for intern benefits.
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What This Job Offers
Career Level
Intern
