Senior Math Libraries Engineer – Quantum Computing

NVIDIA is seeking a Senior Math Libraries Engineer to join their quantum computing initiative, working on the cuQuantum SDK. This role combines cutting-edge quantum computing with NVIDIA's industry-leading accelerated computing platform. The position offers an exciting opportunity to shape the future of quantum computing software.

The role involves developing and optimizing software systems for quantum computing frameworks, with a focus on accelerating quantum circuit simulators. You'll work directly with NVIDIA's research teams and external partners, providing technical leadership while pushing the boundaries of what's possible in quantum computing simulation.

The ideal candidate will bring strong expertise in C++ and Python programming, with significant experience in quantum computing workflows. A background in parallel programming, particularly with GPUs using CUDA, is essential. The position requires both technical depth and leadership skills, as you'll be guiding other engineers while developing innovative solutions.

NVIDIA offers a highly competitive compensation package, with a base salary ranging from $184,000 to $356,500 USD, plus equity and comprehensive benefits. The company is known for its forward-thinking approach and is consistently ranked among the most desirable employers in the technology sector.

This role presents a unique opportunity to work at the intersection of high-performance computing and quantum computing, contributing to groundbreaking developments in this emerging field. You'll be part of a team that's directly impacting the future of quantum computing simulation and acceleration, while working with some of the industry's brightest minds.

The position offers the chance to work on challenging problems in quantum computing, collaborate with leading researchers, and help shape the direction of quantum computing software development. NVIDIA's commitment to innovation and technical excellence makes this an ideal role for someone passionate about pushing the boundaries of what's possible in quantum computing and high-performance computing.