Principal Electrical Engineer, Instrument Development
Core
Lead the end-to-end development of precision electrical instruments for quantum research, from concept and architecture through prototype, calibration, and deployment in demanding lab/cryo-adjacent environments.
Role type
Principal Electrical Engineer (Instrument Development)
Builds
Precision, low-noise, mixed-signal electronics for measurement and control systems, including modular racks, chassis, and high-speed data acquisition stacks.
Domain
Quantum computing hardware / Precision instrumentation / Cryogenic environments
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work
Required skills
Precision analog design, Mixed-signal design, Signal integrity, Power integrity, Timing/clocking distribution, RF/microwave, High-speed digital interfaces, Hardware validation strategies, Bring-up and debug, Test planning and automation, Failure analysis, Vendor management, Build/buy decision making, High-reliability interconnect and packaging, EMC/EMI compliance, Cross-functional collaboration, Technical mentorship, Documentation for sustained operation
Preferred skills
AI tools for performance modeling and task automation, Experience with FPGA and driver/software interface definition
Technologies
Modular racks, Chassis, Mixed-signal boards, Precision analog front-ends, High-speed data acquisition, Test fixtures, Connectors, Harnessing, Clocks, Power modules
Responsibilities
Architect and design precision electronics for measurement and control; Define timing, synchronization, and key electrical interfaces; Drive robust validation including test plans and automated measurements; Lead vendor engagement and manage build/buy decisions; Mentor teams and set design/validation standards; Collaborate with quantum research and cryogenics teams to translate system needs into electrical specifications.
Seniority
Principal, hands-on IC with technical leadership and mentorship
