Xanadu Quantum Technologies Inc. is a leading Canadian company specializing in photonic quantum hardware, aiming to make quantum computing accessible through innovative software and research.
Toronto, Ontario
Xanadu Quantum Technologies Limited is a Canadian photonic quantum computing company with the mission to build quantum computers that are useful and available to people everywhere. Xanadu is building fault-tolerant quantum computers using light, with systems designed to compute at room temperature. Founded in 2016, Xanadu is now backed by more than $500 million USD in funding, Xanadu develops both hardware and software, including PennyLane, its open-source quantum computing platform. Xanadu is the first pure-play photonic quantum computing company to list on public markets (Nasdaq/TSX: XNDU) and is recognized globally for its breakthroughs in scalable quantum technologies. Xanadu is bringing together exceptional minds from around the world to build something extraordinary. Learn more at xanadu.ai
On-site · Toronto
Design and build a robust cloud data infrastructure to transform existing pipelines into a cohesive data platform. Define data architecture, models, and governance to enable data-driven decisions across R&D, manufacturing, and business analytics.
On-site · Toronto
Residents will participate in a quantum computing bootcamp and work on technically challenging projects in research, education, or software. Key tasks include developing quantum algorithms, enhancing PennyLane software, and designing fault-tolerant quantum architectures.
On-site · Toronto
Develop superconducting single-photon detector components and internal PDKs for fault-tolerant quantum architecture. Lead mask design for fabrication optimization and bridge the gap between simulation and experiment through advanced test structures.
On-site · Toronto
The role focuses on designing and optimizing quantum algorithms for simulating molecules and materials on fault-tolerant quantum computers. Responsibilities include improving algorithm efficiency, developing core subroutines, and collaborating with industry partners to solve real-world chemistry problems.
On-site · Toronto
Develop and optimize quantum algorithms for financial applications, specifically focusing on PDEs, machine learning, and statistical estimation. Collaborate with industry partners and internal technical teams to translate financial problems into scalable, fault-tolerant quantum solutions.
On-site · Toronto
The role involves planning and executing sophisticated phase and polarization actuation experiments to optimize Fault-Tolerant Quantum Computing systems. The engineer will bridge the gap between empirical lab data and predictive models to drive the hardware roadmap.
On-site · Toronto
The role focuses on designing, assembling, and evaluating Superconducting Nanowire Single Photon Detectors (SNSPDs) to achieve record-breaking efficiency and scalability. Responsibilities include operating cryogenic systems and developing high-bandwidth RF electronics readout systems.
On-site · Québec
Develop and optimize fabrication processes for Superconducting Nanowire Single Photon Detectors at the 3IT Nanofabrication Facility. Collaborate with foundry partners to transition these processes into high-volume manufacturing while meeting critical performance metrics.
On-site · Toronto
Lead the development and implementation of new packaging processes and technologies from concept to mass production. Collaborate with cross-functional teams to ensure scalable, ultra-low-loss packaging solutions through hands-on optimization and equipment qualification.
On-site · Toronto
Design, build, and maintain the cloud platform infrastructure to support internal project workloads across multiple teams. Implement observability, security policies, and migrate existing projects to a centralized network.
On-site · Toronto
The Packaging Engineer will operate, optimize, and improve high-precision die bonding processes and equipment within the hardware group. They are also responsible for daily laboratory maintenance and executing sample build assignments for quantum hardware.
On-site · Toronto
The Optical Packaging Engineer will design and optimize high-precision fiber-to-chip alignment processes to bridge photonic integrated circuits with quantum hardware. This role involves hands-on laboratory work, process development, and cross-functional collaboration to scale designs from prototypes to automated assembly lines.
On-site · Toronto
Drive the design and scaling of passive and active photonic components for fault-tolerant quantum hardware. Collaborate with fabrication and test teams to optimize performance and manage the transition from concept to high-volume production.
On-site · Toronto
Lead the design and development of a unified decision intelligence product that integrates R&D data into actionable insights. You will build AI-driven analytical experiences to accelerate decision-making across fabrication, chip design, and software developments.
On-site · Canada
The Principal Analog IC Design Engineer will define the technical roadmap and lead the design, verification, and tape-out of complex analog and mixed-signal ICs for photonic quantum computing. They will also mentor engineering staff and manage technical interfaces with external design partners to ensure successful silicon validation.
On-site · Toronto
Oversee corporate governance, securities law compliance, and board administration for a dual-listed entity on the TSX and NASDAQ. Manage global subsidiary governance, regulatory filings, and the maintenance of corporate policies and risk management frameworks.
On-site · Toronto
Lead the messaging, positioning, and go-to-market strategy for the PennyLane open-source software framework. Collaborate with engineering and product teams to align the development roadmap with market demands and drive user adoption.
On-site · Toronto
The role involves managing general inventory control, asset tracking, and restocking for a photonic hardware lab. Responsibilities include handling sensitive materials, managing shipments, and ensuring the lab runs smoothly through equipment setup and organization.
On-site · Toronto
Develop nonlinear optical devices on integrated nanophotonic platforms and design complex optical experiments to generate squeezed vacuum. Characterize photonic integrated chips and provide detailed technical documentation for scalable quantum light sources.
On-site · Toronto
Lead the assembly, integration, and experimental validation of quantum source modules using photonic integrated circuits. Collaborate across hardware disciplines to optimize control strategies and provide feedback for next-generation chip architecture.
