Join NVIDIA's CPU Infrastructure team as a Senior ASIC Verification Engineer and contribute to cutting-edge CPU and SOC designs. This role offers a unique opportunity to impact diverse product lines, from consumer graphics to AI, within a dynamic and innovative technology company. Become part of a global team pushing the boundaries of computing and shaping the future of technology.

NVIDIA is recognized as a leading technology employer, attracting some of the brightest minds worldwide. If you are a creative, autonomous individual who thrives on challenges, we encourage you to apply.

Establish robust and scalable verification frameworks for complex IP designs, accommodating multiple projects and variations.

Enhance continuous integration pipelines across various branches for different IP versions and projects.

Continuously optimize build and simulation process speeds.

Implement automated metrics and dashboards to track the health of infrastructure flows and resources.

Develop processes to pinpoint inefficiencies and boost verification effectiveness for the hardware engineering team.

Proactively identify and eliminate inefficiencies in workflows.

Architect and develop essential tools, user interfaces, and reporting systems for chip development, data visualization, and resource management.

Analyze performance bottlenecks, advancing data analytics and visualizations for daily workflows.

Tackle and resolve complex and critical issues impacting the team.

Requires a B.Tech./M.Tech or equivalent experience with over 5 years of relevant professional background.

Proficiency in Linux shell scripting, Makeppfiles, and scripting languages like Perl or Python is essential.

Familiarity with ASIC EDA tool flows, simulators, and waveform debugging tools is expected.

Experience with LSF, compute farms, filers, and network infrastructure is necessary.

Proven ability to set up, configure, and maintain Jenkins build servers.

Experience with web development technologies (HTML, JavaScript, REST) and database management is required.

Exposure to RTL design/verification tools (like VCS or equivalent simulation tools, and debug tools like Verdi), computer architecture, source control systems (Perforce/Git), and continuous integration systems (Jenkins) is highly beneficial.