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
Sur place · Toronto
The candidate will work on quantum error correction for a photonic quantum computer. The primary focus is on developing and implementing decoding methods for quantum error correcting codes.
Sur place · Toronto
Design and optimize superconducting analog components and circuits to advance Superconducting Nanowire Single Photon Detectors (SNSPDs). Lead the development of photon-number-resolving detectors from concept through validation and deployment in large-scale arrays.
Sur place · Toronto
The role involves designing and modeling complex mechanical, vibration-control, and cooling solutions for rack-scale quantum computers. The engineer will take mechanical ownership of photonic computers to ensure they are robust and deployable at scale.
Sur place · Toronto
Lead the development and implementation of an ultra-high-accuracy system detection efficiency metrology capability for SNSPD-based detectors. Design and validate near-infrared optical metrology systems using cryogenic radiometers to establish world-leading standards in stability and accuracy.
Sur place · Toronto
Develop high-performance custom electronic boards and control architectures for photonic quantum computers. Work hands-on in the lab to design, optimize, and debug electronic modules that interface with noise-sensitive optoelectronic instruments.
Sur place · Toronto
Lead the design, development, and construction of next-generation cryostats and facility-level infrastructure for quantum computing. Manage the full hardware lifecycle from concept through validation and deployment while providing operational support for existing platforms.
Sur place · Toronto
The engineer will manage the operation, performance, and maintenance of high-volume wafer-level testing setups. They are responsible for creating test plans, training operators, and improving testing workflows to enhance efficiency and reproducibility.
Sur place · Toronto
Lead the technical direction and architecture of an agentic AI research system to accelerate R&D. Develop automated pipelines, SDKs, and APIs while establishing high engineering standards for reliability and scale.
Sur place · Toronto
The Lead Data Engineer will transform existing data pipelines into a cohesive data platform and build infrastructure to enable data-driven decisions. They will lead the technical design of pipelines across R&D, manufacturing, and business analytics while mentoring other engineers.
Sur place · Toronto
Design and produce robust mechanical, vibration-control, and cooling solutions for rack-scale quantum computers. Take mechanical ownership of photonic computers to ensure they are deployable at scale for customers.
Sur place · Toronto
The candidate will focus on developing decoding methods for quantum error correcting codes within the Quantum Architecture team. They will work specifically on various aspects of quantum error correction for Xanadu's photonic quantum computer.
Sur place · Toronto
Develop high-performance custom electronic boards and control architectures for photonic quantum computers. Work hands-on in the lab to optimize and debug electronic modules that interface with noise-sensitive optoelectronic instruments.
Sur place · Toronto
Lead the design, development, and construction of next-generation cryostats and facility-level infrastructure for quantum computing. Manage the entire hardware lifecycle from concept through validation and deployment to enhance detector system performance.
Sur place · Toronto
Lead the development and implementation of an ultra-high-accuracy system detection efficiency metrology capability for SNSPD-based detectors. This includes designing near-infrared optical systems and operating cryogenic radiometers to establish world-leading measurement standards.
Sur place · Toronto
The engineer will manage the operation, performance, and maintenance of high-volume wafer-level testing setups and develop test plans. They are responsible for ensuring data traceability, improving testing workflows, and collaborating with instrumentation experts on equipment development.
Sur place · Toronto
Design and optimize superconducting analog components and circuits to advance Superconducting Nanowire Single Photon Detectors (SNSPDs). Lead the development of photon-number-resolving detectors from concept through validation and deployment in large-scale arrays.
Sur place · Toronto
The Lead Data Engineer will transform existing data pipelines into a cohesive data platform and build the infrastructure for data-driven decision making. They will lead the technical design of pipelines across R&D, manufacturing, and business analytics while mentoring other engineers.
Sur place · Toronto
Lead the technical direction and architecture of an agentic AI research system to accelerate R&D. Develop automated pipelines, SDKs, and APIs while establishing high engineering standards for scale and reliability.
Sur place · Toronto
Define the architectural roadmap and lead the full lifecycle of custom high-speed, high-voltage analog ASICs for photonic quantum computing. Manage external design houses and collaborate cross-functionally to ensure successful silicon tape-outs and system integration.
Sur place · Toronto
Own the entire lifecycle of custom ASICs for photonic quantum computing, from specification and simulation to tape-out and production. Collaborate with cross-functional teams to design high-performance analog circuits and characterize realized designs in the lab.