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Develop and maintain calibration, automation, and tooling software for quantum processors. Design and implement front-end and back-end systems, APIs, and databases; troubleshoot performance issues; collaborate with scientists and engineers; and mentor junior engineers.

Own integration and deployment of production dual-rail quantum processors. Drive project management and cross-team technical problem solving across electrical, cryogenic, RF, and system engineering. Design and run validation/test programs, plan long-term integration strategies, and improve system resilience for production quantum systems.

As a Staff Network Engineer at D-Wave, you'll design, implement, and maintain networking infrastructure, manage AWS environments, and ensure network security, while mentoring junior team members.

Work with product managers, scientists, and engineers to implement and extend backend systems and tooling for calibration, protocol development, experimentation, and automation of quantum processors. Write clean, tested code, perform code reviews, debug and profile performance issues, and integrate physicists' protocols into core software.

The Staff Process Integration Engineer will lead process development for superconducting IC fabrication, optimize production processes, and enhance reliability in collaboration with foundries.

The Senior Solution Engineer will collaborate with clients to develop scalable solutions, manage technical implementations, and enhance customer success through advanced computing technologies.

Develop, simulate, and validate quantum error correction (QEC) software components; integrate into D-Wave's software stack; write and maintain tests; perform simulations and resource estimation for fault-tolerant quantum applications; collaborate with physicists and stakeholders; provide software mentorship and ensure code quality and best practices.

Develop and maintain compiler software for quantum programming, collaborate with cross-functional teams, and mentor on software best practices.

Lead design, implementation and validation of quantum operations for dual-rail cavity qubit architecture. Work on calibration, testing and benchmarking for error-corrected quantum systems.

Conduct research in quantum error correction, focusing on dual-rail cavity qubit architecture, collaborating with experimental physicists and engineering teams.