Cryo-Mechanical Lab Engineer

Job Description

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Role Summary

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We are seeking a hands-on cryo-mechanical lab engineer to support dilution refrigerator upgrades, retrofit integration, and sustaining improvements across quantum hardware systems. This role is focused on executing well-documented mechanical upgrades in active lab environments, improving repeatability of fridge configuration changes, and collaborating closely with cryogenic systems, packaging, facilities, and test engineers.

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Key Responsibilities

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Cryo-mechanical fridge upgrades

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• Install and rework cryo-mechanical hardware associated with fridge upgrades, including mechanical interfaces, shields, plates, brackets, harness routing supports, vacuum components, and integration fixtures.
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• Execute defined fridge upgrade procedures and capture build records, configuration changes, deviations, and lessons learned for future upgrade campaigns.
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• Support early bring-up and validation of upgraded fridge configurations under engineering guidance, including mechanical fit checks, thermal anchoring reviews, leak-check readiness, and cooldown preparation.
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Lab Operations

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• Operate lab tools and equipment in accordance with ESD and safety requirements
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• Maintain clean, organized lab workspaces
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• Track work performed, materials used, and results
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Debug & Collaboration

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• Identify mechanical fit, thermalization, vacuum, routing, contamination, or configuration issues during upgrade execution and escalate with supporting data.
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• Capture photos, measurements, torque records, configuration notes, and observations to support upgrade debug, engineering review, and future procedure improvements.
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• Work closely with internal engineers while owning day‑to‑day execution
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Skills & Experience Required

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Hands‑On Lab Experience

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• Direct experience working in a cryogenic, vacuum, hardware integration, or research lab environment.
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• Comfort with precision assembly, rework, or similar physical lab work
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• Ability to follow, redline, and improve written upgrade procedures while preserving configuration control and engineering intent.
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• Ability to travel up to 50% for fridge upgrade activities, including trips lasting up to two weeks at a time.
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Technical Background

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• Familiarity with cryogenic systems, vacuum hardware, precision mechanical assemblies, thermal interfaces, instrumentation routing, or related hardware.
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• Experience supporting early‑stage or low‑volume development efforts
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• Strong attention to detail and quality
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Nice to Have

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• Experience with dilution refrigerators, cryostats, vacuum systems, leak checking, thermal anchoring, low-temperature wiring, or cooldown preparation.
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• Exposure to quantum hardware systems where cryogenic reliability, mechanical integration, and thermal performance affect system readiness.
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