NVIDIA, the world leader in accelerated computing, is seeking a Senior Architecture Energy Modeling Engineer to join their Power Modeling, Methodology and Analysis Team. This role combines expertise in machine learning, computer architecture, and energy efficiency to develop next-generation GPUs, CPUs, and Tegra SOCs.
The position focuses on researching, developing, and implementing methodologies to enhance NVIDIA's product energy efficiency. You'll be responsible for building sophisticated energy models that integrate into various platforms, from architectural simulators to silicon implementations. A key aspect involves developing Machine Learning-based power models to analyze and optimize power consumption in NVIDIA GPUs.
Working collaboratively with diverse teams including Architects, ASIC Design Engineers, Low Power Engineers, and Performance Engineers, you'll contribute to early insights into energy consumption patterns for graphics and AI workloads. This role offers the opportunity to directly influence architectural, design, and power management improvements in NVIDIA's cutting-edge products.
The ideal candidate brings 6+ years of experience, strong programming skills in Python and C++, and deep knowledge of machine learning and computer architecture. You'll need to understand energy consumption principles and ASIC design, while being able to develop and implement complex algorithms. The role offers competitive compensation, including a base salary range of $168,000-$310,500 USD (depending on level), equity, and comprehensive benefits.
This position represents a unique opportunity to impact the future of energy-efficient computing at a company that's transforming industries through AI and digital twins. You'll be at the forefront of developing solutions that maintain NVIDIA's competitive edge in energy efficiency while pushing the boundaries of technological innovation.