Deep Learning Performance Architect - New College Grad 2025

NVIDIA is seeking exceptional Deep Learning Performance Architects to join their team as new college graduates for 2025. This role sits at the intersection of machine learning and computer architecture, focusing on developing cutting-edge processor and system architectures that accelerate ML applications.

As a Deep Learning Performance Architect, you'll be working on advancing the state-of-the-art in deep learning efficiency and performance. The role involves crafting innovative system architectures, prototyping key algorithms, and conducting detailed performance analysis. You'll be part of NVIDIA's mission to push the boundaries of AI computing, working with their industry-leading GPU technology.

The position offers an exciting opportunity to work at a company that has transformed from being primarily known for graphics processing to becoming "the AI computing company." NVIDIA's GPUs now power everything from video games to self-driving cars, combining computer graphics and artificial intelligence in revolutionary ways.

The role requires a strong technical foundation, combining expertise in computer architecture with deep learning knowledge. You'll be working with cutting-edge technology, collaborating across teams, and directly impacting the future of AI computing. The compensation is competitive, with a base salary range of $120,000 - $235,750 depending on level and experience, plus equity and comprehensive benefits.

NVIDIA is known for its innovative culture and is consistently ranked as one of the technology world's most desirable employers. They offer a collaborative environment where creativity and forward-thinking are highly valued. The company is committed to diversity and inclusion, providing equal opportunities for all qualified candidates.

This is an ideal opportunity for recent graduates with advanced degrees who are passionate about both machine learning and computer architecture, offering the chance to work on technology that is transforming industries and society at large.