NVIDIA
Santa Clara, CA
AI GPU Power Architect - New College Grad 2026
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Apply to AI GPU Power Architect - New College Grad 2026 at NVIDIAJob details
- Location
- Santa Clara, CA
- Work type
- Onsite
- Posted
- 1 week ago
- Apply on
- nvidia.wd5.myworkdayjobs.com
About this role
We are looking for a AI GPU Power Architect - New College Grad!
NVIDIA is known as a world leader in providing energy-efficient high-performance products and we continue to invest in the research and development of hyper-efficient GPU and SOC architectures. We are continually innovating in creative and unrivaled ways to improve our ability to deliver exceptional Perf/Watt solutions in a wide range of sectors and verticals. Come join NVIDIAs Applied Power Architecture team to develop state of the art GPUs to power AI, HPC, Automotive, GeForce, and Mobile products.
## What you'll be doing:
- You will be contributing to power estimation models and tools for GPU products and systems like NVIDIA DGX.
- Early GPU & System Architecture exploration with focus on energy efficiency and TCO improvements at GPU and Datacenter level.
- You will help with Performance vs Power Analysis for NVIDIA future product lineup.
- Deploy machine learning techniques to develop highly accurate power and performance models of our GPUs, CPUs, Switches, and platforms.
- Understand the workload characteristics for GenAI/HPC workloads at Datacenter Scale (multi-GPU) to drive new HW/SW features for Perf@Watt improvements.
- Modeling & analysis of cutting-edge technologies like high speed & high-density interconnects.
## What we need to see:
- Pursuing or recently completed a Bachelors or Masters in Electrical Engineering, Computer Engineering, or equivalent experience
- Strong understanding of Computer Architecture and Digital Logic Design/VLSI Design.
- Proficiency with Python and data analysis packages like: Pandas, NumPy, PyTorch.
- Knowledge of energy efficient chip design fundamentals and related tradeoffs. Ex: low power design techniques such as multi-VT, Clock gating, Power gating, and Dynamic Voltage-Frequency Scaling (DVFS)
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