What You’ll Be Doing
Execute electrical validation for PCIe, Ethernet, USB3, and UFS interfaces for NVIDIA GPUs, CPUs, and SOCs, ensuring adherence to signal integrity standards.
Engage with cross-functional engineering teams to facilitate the design and development process, leveraging your knowledge of firmware/driver interactions and circuit design.
Analyze complex HSIO bugs by applying strong debugging techniques and collaborating with various teams for rapid resolution.
Diagnose issues and validate high-speed interfaces using modern lab equipment, including DSOs and BERT, with expert-level proficiency.
Develop and apply test/debug programs using scripting languages (such as Perl and Python) to perform stress and failure analysis on high-speed interfaces.
Innovate methodologies that leverage AI-assisted workflows and data-driven analytics to enhance debugging efficiency and improve validation quality.
What We Need to See
BS or MS in Electronics Engineering (or equivalent experience) with at least 3 years of relevant experience.
Deep high-speed/SERDES electrical validation and tuning experience, with strong SI and PI fundamentals — S-parameters, eye diagrams, channel margin, crosstalk, return loss, PDN noise, jitter decomposition — and validation experience across silicon and platform boundaries (CoWoS/interposer/substrate, board), translating rack-environment effects into silicon/board characterization.
Expert-level proficiency in electrical validation of PCIe (or similar) protocols, hands-on with lab equipment (DSOs, BERT, protocol analyzers), and scripting skills (Perl, Python) for developing test/debug programs.
Proven experience in building AI solutions specifically in the context of electrical and silicon validation, including designing and implementing AI-assisted workflows and automation frameworks to enhance engineering productivity and validation quality.
If you are energized by challenging problems, real ownership, deep work, and AI-enabled engineering at scale, we’d love to talk to you.
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