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 sits at the intersection of high-performance computing and quantum computing, where you'll be instrumental in developing and optimizing software to accelerate quantum computing frameworks.

The position offers an opportunity to work with cutting-edge technology at the world leader in accelerated computing. You'll be part of a team that's revolutionizing HPC and AI, specifically focusing on quantum computing applications. The role involves close collaboration with NVIDIA Research, Developer Technology, and Product Management teams, allowing you to influence the direction of quantum computing software development.

As a senior engineer, you'll be responsible for researching and developing innovative algorithms for quantum circuit simulators, analyzing performance optimizations, and providing technical leadership to team members. The role requires expertise in C++ and Python programming, along with experience in parallel programming and quantum computing workflows.

The position offers a competitive salary range of $184,000 to $356,500, plus equity and comprehensive benefits. You'll be working in either Santa Clara, CA, or remotely from NY, with the opportunity to contribute to groundbreaking developments in quantum computing technology.

This is an ideal role for someone with a strong technical background (PhD or MSc preferred) who is passionate about quantum computing and wants to make a significant impact in this emerging field. The position combines technical leadership, innovative development, and collaboration with leading researchers and partners in the quantum computing ecosystem.

Working at NVIDIA means joining a company at the forefront of technological innovation, with a strong commitment to fostering a diverse and inclusive work environment. The role offers the perfect blend of technical challenges, leadership opportunities, and the chance to shape the future of quantum computing.