Microsoft is building a scaled, fault-tolerant quantum computer based on topological qubits and integrated with the Azure Quantum software stack. The Senior Quantum Systems Electrical Engineer will work with quantum physicists, systems software, RF/EE, and manufacturing and production teams to define, design, and deliver FPGA-based, ultra-low-latency digital subsystems for the quantum engine. These systems span readout classification, error-decoder acceleration, room-temperature front-ends for cryogenic control, high-speed interconnects, and precision clocking networks. The work will affect logical-qubit stability, throughput, and system scale. The role includes designing prototype circuits and PCBs for custom electronic devices, high-speed FPGA-based digital designs, RF designs, and mixed-signal electronics. It also involves developing and documenting component- and system-level tests, supporting lab bring-up, contributing to CI pipelines and test development, and producing design documentation and bring-up guides. The engineer participates in rigorous code and design reviews and is expected to embody Microsoft’s culture and values. The role requires the ability to work in an AI-first environment using modern AI tools to accelerate hardware development, and familiarity with designing and building AI agents or copilots for experiment setup, log triage, measurement reporting, protocol templating, and knowledge retrieval. Microsoft Cloud Background Checks and verification of citizenship or other qualifying status are required because the role may involve access to export-controlled information.
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Job Type
Full-time
Career Level
Senior