Join NVIDIA's Power Architecture Group, a team driving innovation across the entire spectrum of power management for our cutting-edge products. This role is pivotal in shaping the future of high-performance computing, focusing on ASIC power analysis, architecture, low-power design, verification, and advanced methodologies.

At NVIDIA, we are a learning machine, constantly evolving to tackle complex challenges and amplify human creativity. As part of our diverse and supportive environment, you'll contribute to groundbreaking research and development, making a lasting impact on the world.

This position offers a unique opportunity to work on advanced power solutions, contributing to both dynamic and leakage power optimization across various use cases. If you are passionate about energy efficiency and pushing the boundaries of what's possible, we invite you to explore this role.

Architect, develop, verify, and correlate power estimation models and tools. Design system-level power features for optimizing power dissipation. Conduct power verification, including structural, functional, and power-aware verification. Validate power feature effectiveness on silicon, identify performance/Watt improvement opportunities, and build innovative power management solutions.

Your contributions will directly influence energy efficiency across NVIDIA's product portfolio, driving continuous innovation in this critical area. You will also be involved in post-silicon power correlation and analysis.

A B.Tech. or M.Tech. degree with at least 2 years of experience in power analysis, design, power-aware verification, UPF methodologies, or power correlation is essential.

Strong foundational knowledge in VLSI circuit power characteristics, digital design principles, and Verilog is required. Familiarity with low-power design techniques such as multi-VT, clock gating, power gating, voltage islands, and DVFS is expected.

A solid understanding of power estimation techniques, flows, and algorithms, along with knowledge of power intent formats like UPF/CPF, is necessary. Experience with static power check tools (VCLP/CLP) and dynamic power verification tools (VCS-NLP) is also a key requirement.