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What you'll be doing:
As an integral member in our team, you will work on exploring Applied AI solutions for DFX and VLSI problem statements.
Architect end-to-end generative AI solutions with a focus on LLMs, RAGs & Agentic AI workflows.
Work on deploying predictive ML models for efficient Silicon Lifecycle Management of NVIDIA's chips.
Collaborate closely with various VLSI & DFX teams to understand their language-related engineering challenges and design tailored solutions.
Partner closely with cross-functional AI teams to provide feedback and contribute to the evolution of generative AI technologies.
Work closely with DFX teams to integrate Agentic AI workflows into their applications and systems and stay abreast of the latest developments in language models and generative AI technologies.
Define how data will be collected, stored, consumed and managed for next-generation AI use cases.
You will also help mentor junior engineers on test designs and trade-offs including cost and quality.
What we need to see:
BSEE or MSEE from reputed institutions with 2+ years of experience in DFT, VLSI & Applied Machine Learning
Experience in Applied ML solutions for chip design problems
Significant experience in deploying generative AI solutions for engineering use cases
Good understanding of fundamental DFT & VLSI concepts - ATPG, scan, RTL & clocks design, STA, place-n-route and power
Experience in application of AI for EDA-related problem-solving is a plus
Excellent knowledge in using statistical tools for data analysis & insights
Strong programming and scripting skills in Perl, Python, C++ or TCL desired
Strong organization and time management skills to work in a fast-pace multi-task environment
Self-motivated, independent, ability to work independently with minimal day-to-day direction
Outstanding written and oral communication skills with the curiosity to work on rare challenges
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