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The role involves leading the administration of GPU-accelerated HPC clusters, providing architectural guidance, automating system management, and enhancing resource utilization. Responsibilities include coordinating storage solutions, planning for system upgrades, and collaborating with management on equipment issues.

Design and implement world-class GPU and SoC systems. Responsibilities include micro-architecture definition, RTL design and synthesis, silicon bring-up, and integration at the SoC level in a collaborative, technology-focused company.

As a key member of the ASIC Verification team at NVIDIA, you will verify GPU designs using advanced methodologies such as UVM, ensuring the correctness of ASIC design while collaborating with architects and designers.

The role involves developing test plans and strategies, creating simulation environments, analyzing and validating CPU performance, and maintaining CPU testing infrastructure to ensure the delivery of top-tier CPUs.

The SOC Verification Engineer will define test plans, architect testbenches, and verify CPU/GPU memory subsystems. Responsibilities include collaboration with architects and designers, building functional models, and developing automation tools for thorough design verification.

In this role, you will develop environments for modeling and simulating NVIDIA's next-generation GPUs and SoCs, support architecture and engineering teams, and participate in the complete chip development lifecycle.

As a Verification Engineer at Nvidia, you will be responsible for the planning and implementation of functional verification for SOC designs, working with architects and designers, and using advanced methodologies like System Verilog and UVM. Your role involves defining verification scopes, creating test plans, and using various design and verification tools.