Developer Relations Manager, Quantum Computing — National Labs and Federal

At NVIDIA,   we're   solving the world's most   demanding   problems with our unique approach to accelerated computing. Quantum computing is one of the   transformative technologies we are bringing to life  — and the US national laboratories and federal research community are   key hubs for much of that work . NVIDIA's quantum platform, spanning CUDA-Q,   cuQuantum , CUDA-Q QEC, and   NVQLink , is already central to how researchers simulate quantum systems, d evelop   error-corrected architectures, and connect QPUs to GPU supercomputing.   We're   looking for a passionate   quantum computing expert   to lead developer relations across this community. In this role you will define strategic collaborations, drive adoption of NVIDIA's quantum SDKs across   federal research   programs and   serve as   the technica l bridge between mission scientists and NVIDIA's product and engineering teams.   You'll   do this by gett ing in to the ecosystem — running workshops at user facilities,   presenting at   conferen ces, building   reference implementations, and cultivating a network of collaborators across the federal quantum landscape.   Doing   what’s   never been done before takes vision, innovation, and the world’s best talent. As an NVIDIAN,   you’ll   be immersed in a diverse, supportive environment where everyone is inspired to do their best work. Come join the team and see how you can make a lasting impact on the world!

Develop   and   sustain   strong technical knowledge in quantum workloads   important   to the federal research community. These include large-scale circuit and device-level simulation, quantum error correction with real-time decoding, hybrid quantum-classical algorithm development, and QPU integration with high-performance computing systems.   Lead strategic collaborations with DOE national laboratories, the NQIS Research Centers, NNSA sites, and federally funded quantum programs across DoD, IC, NIST, and NSF.   Identify   high-impact problems NVIDIA is uniquely positioned to solve.   Partner with lab research teams and leadership computing facilities to plan, build, and embed the NVIDIA quantum stack — CUDA-Q,   cuQuantum , CUDA-Q QEC, and   NVQLink   — into production research workflows.   Conduct technical workshops, hackathons, and hands-on training sessions at national labs, user facilities, and federal research venues. Represent NVIDIA at scientific and technical conferences such as SC, APS Global Physics Summit, and IEEE Quantum Week.   Monitor the federal quantum landscape to   identify   new opportunities in quantum simulation for materials and high-energy physics, large-scale quantum error correction, AI applied to quantum computing, or quantum digital twins. Deliver organized insights   to   NVIDIA engineering and product groups to support the CUDA-Q, CUDA- Q QEC , Ising, and   NVQLink   roadmaps.   Engage senior technical leaders, including division directors, principal investigators, chief scientists, and program managers.   Collaborate to   address architectural challenges such as QPU-GPU integration, real-time control, decoding latency, and the transition to fault tolerance.   What we need to see: Master 's degree in physics, computer science, electrical engineering, applied mathematics, chemistry, or   a related   field, or equivalent experience. PhD preferred.   ​ 8+ years of experience in quantum information science, with 5+ years in the quantum computing industry or at a national laboratory   or si milar research institution .   Demonstrated technical   expertise   across quantum algorithms, quantum error correction, or quantum hardware and control systems, with the ability to   maintain   a credible conversation with a principal investigator.   Hands-on background in scientific computing, high-performance computing, or GPU-accelerated software development.    Outstanding