Engage in groundbreaking quantum computing projects, developing essential software tools and infrastructure. Collaborate with teams to enhance product capabilities, ensuring a high-quality execution that reshapes computational technology.

Inspire the future of quantum computing by optimizing software for fault-tolerant systems. Collaborate across teams to transform theoretical breakthroughs into reliable applications that drive innovation in quantum technology.

Transform photonic quantum computing by leading advanced process integration and lithography efforts. Collaborate with cross-functional teams to innovate and refine fabrication techniques, ensuring the delivery of high-performance quantum hardware.

Engage in the development and visualization of data analytics software for cutting-edge photonic devices, combining strong software engineering skills with a foundational understanding of physics to enhance quantum computing technologies.

The Quantum Architecture Research Software Developer at Xanadu will focus on developing a numerical toolkit for fault-tolerant photonic quantum computing architectures. This role involves enhancing the software stack for large-scale error-correction simulations and requires a strong background in quantum information theory and programming.