Drive innovative research in quantum computing, focusing on superconducting qubit design and nanofabrication. Collaborate with scientists to enhance device performance and lead projects from conception to execution, ensuring continuous improvement.

Lead the charge in innovative quantum computing research, focusing on wafer-level characterization and thin film materials. Collaborate with experts to enhance superconducting qubit performance and drive impactful solutions in a dynamic environment.

Join a team that's driving innovation in quantum computing through advanced research on superconducting qubits. Collaborate on cutting-edge projects, enhance device designs, and develop low temperature RF metrology technologies to tackle emerging challenges.

Join us to lead the architectural vision for Digital Employee Experience, ensuring technology decisions align with business needs. Collaborate with HR and IT to drive innovation while stabilizing existing systems and governing AI initiatives.

Join a dynamic team to lead innovative research in quantum computing, focusing on thin film materials stack development for superconducting qubits. Collaborate with experts to enhance device performance and drive cutting-edge projects.