Cryogenic Systems Engineer
Equal1
Cryogenic Systems Engineer
Equal1
Desktop quantum computer hardware using CMOS
We are seeking an experienced Cryogenic Systems Engineer to join Equal1’s cryomechanical and quantum system integration team. In this role, you will oversee the development of compact mK cryocooler systems from concept through design, assembly, testing, certification, and customer delivery.
You will work with absorption and GM coolers, and support the development of Joule-Thomson cryogenic turbocompressor systems with compression cycles at the 4K / 30K temperature stages. The role requires strong cryogenic system design experience, thermodynamic and gas-flow modelling capability, and practical knowledge of vacuum systems, helium handling, CAD, assembly, and temperature control.
Develop thermodynamic and gas-flow concepts for cryogenic cooling systems, including He-4 and He-3 cycles.
Simulate and analyse cooling cycles, gas flows, thermal performance, and system behaviour.
Define concepts and requirements for cryogenic components and work with CAD/mechanical teams to realise the designs.
Support the design and integration of Joule-Thomson cryogenic turbocompressor systems.
Oversee manufacturing, assembly, integration, and testing of cryogenic systems and subsystems.
Work with vacuum systems, helium handling, temperature control systems, sensors, and cryogenic instrumentation.
Support certification and delivery of cryocooler systems to internal and external customers.
Required
10+ years’ experience in cryogenic system design.
Experience with sub-4K cryostat design and low-temperature system integration.
Experience with GM, pulse tube, and/or Joule-Thomson cryocoolers.
Knowledge of the He-4 / He-3 phase diagram and cryogenic cooling cycles.
CFD and/or thermal modelling experience.
Knowledge of CAD systems, including basic 3D CAD for component design.
Practical understanding of vacuum systems, helium systems, assembly methodologies, and temperature control.
Strong communication skills and ability to work across multidisciplinary engineering teams.
Preferred
Experience with turbo pumps and/or cryogenic turbocompressor design.
Experience with CTE analysis and cooling cycle design.
Experience supporting certification of complex technical equipment.
Equal1 builds a desktop quantum computer that runs qubits at elevated temperatures using CMOS technology. The system trades some quantum coherence time for rapid spin-flip operations and on-chip control/detection, enabling fast, integrated management of quantum states. By using standard CMOS processes, it aims to deliver scalable quantum hardware that fits a desktop footprint and integrates with conventional electronics. Unlike rivals who rely on cryogenic setups or separate control hardware, Equal1 centers on hot-qubit CMOS to provide a compact semiconductor-based quantum platform. The goal is to give clients a readily usable quantum computer with higher processing capacity that can be deployed in typical office or lab environments.
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