Develop and implement advanced simulations for noise in photonic quantum architectures while collaborating with cross-functional teams to enhance next-gen quantum hardware performance.

Pioneer advancements in superconducting single-photon detector engineering, enhancing performance and scalability of SNSPD platforms. Collaborate on design, testing, and integration in a high-impact, cross-disciplinary environment.

Unlock potential by leading the design and execution of test architectures for advanced optical devices. Collaborate across teams to ensure successful characterization and optimize testing strategies as the industry evolves.

Transform the future of quantum technology by developing cutting-edge superconducting photon detectors. Collaborate across disciplines to innovate and optimize scalable SNSPD devices, driving performance metrics from concept to deployment.

Lead the design and optimization of advanced quantum compilation techniques, driving innovations in quantum algorithms and architectures within a collaborative interdisciplinary team dedicated to cutting-edge software development.