NVIDIA, a leader in transforming computer graphics, PC gaming, and accelerated computing for over 25 years, is at the forefront of AI's next era. We are seeking talented individuals to join our automotive verification group, contributing to the development of future automotive chips and systems. This role offers direct experience with high-performance CPUs, memory subsystems, interconnect fabrics, and advanced technologies within our Tegra chips.

As part of a diverse and supportive environment, you'll be empowered to do your best work and make a significant impact on the world. We foster innovation and value the unique contributions of every NVIDIAN.

Develop UVM-based verification test benches and methodologies for unit, cluster, and system levels. Craft reusable verification components and APIs, including bus functional models, monitors, checkers, and scoreboards.

Architect testbenches and verification environments using SV, UVM, and C/C++. Define test plans, tests, and verification infrastructure. Implement functional coverage and drive verification closure at unit, cluster, and SOC levels.

Collaborate with architects, designers, FPGA, and post-silicon teams to ensure unit robustness and implement improvements based on feedback and bug escapes.

A B.Tech or M.Tech degree in ECE, EE, CSE, or an equivalent field is required. Candidates must possess over 5 years of experience in verification closure of complex units, sub-systems, or SOC level verification.

Proven experience with RISCV, ARM, or DSP core-based CPU sub-systems is essential. Familiarity with the latest verification methodologies like SV and UVM is expected.

Strong debugging and analytical skills, coupled with exposure to industry-standard verification tools for simulation and debug, are necessary. Excellent interpersonal and communication skills are vital for collaborating effectively with global, cross-cultural teams within a matrix organization.