Mechanical Designer, Cryogenic Systems - Mid-level (Permanent position, 40 hours per week)

Contact

: (819) 975-4654, [email protected]

About Nord Quantique At Nord Quantique, we strive to build impactful technology by relentlessly pushing our understanding of quantum science. We are an interdisciplinary team of scientists, engineers, innovators, builders, and enthusiasts on a mission to make quantum computing a reality. Our quantum processors are designed to reduce errors in quantum computation to facilitate long-term scaling toward fully-fledged quantum computers. We believe it is our responsibility to deliver this transformative technology for the greater positive of society.

Located at the heart of the beautiful Eastern Townships region in the province of Quebec, Canada, we develop our technology in the vibrant quantum ecosystem of Sherbrooke. Leaning on more than a decade of vertical integration of quantum hardware, we are leveraging a comprehensive pool of quantum technology and micro-electronic infrastructure to deploy our quantum computing technology.

Our current needs As we scale up our quantum processors and supporting infrastructure, we are seeking a skilled and self-driven Mechanical Designer to join our Mechanical Design and Manufacturing Team. This role focuses on precision mechanical design and mechanical/thermal analysis of cryogenic quantum hardware, including dilution refrigerator setups, QPU assemblies, and 3D resonator cavities.

The ideal candidate has experience designing precision hardware for demanding environments such as cryogenics, scientific instrumentation, semiconductor equipment, optics/photonics, aerospace and space systems, or other high-precision engineering applications. Direct quantum experience is an asset,



but not required.

This is a dynamic role within a fast-paced, research-driven environment, offering the opportunity to contribute directly to the advancement of scalable quantum hardware.

Working closely with the mechanical design team, the successful candidate will be responsible for:

Design precision mechanical assemblies and miniature structural components for the Quantum Processing Units (QPU) operating at cryogenic temperatures ~20mK range, including thermal analysis for differential CTE behavior and thermalization.

Develop precision mechanical solutions using flexures, kinematic mounts, deterministic constraints, and repeatable alignment methods including consideration of thermal contraction, differential CTE and tolerance accumulation.

Perform structural and thermo-mechanical analysis of the assemblies using FEA to validate the load capacity, thermal performance, stress distribution, and deformation in the system.

Design the cryogenic setup for dilution refrigerators that host the QPUs, including supports, mechanical interfaces, thermal anchoring, and alignment features.

Optimize designs for manufacturability, assembly repeatability, scalability, and long-term system reliability.

Design for assembly by developing standardized and repeatable assembly procedures for the QPU and dilution refrigerators.

Maintain CAD libraries,



technical drawings and documentation, revision control, and manufacturing records to support scalable hardware development.

Collaborate closely with cross-functional teams including Design Team and Quantum Characterization Team to iterate on the mechanical designs of the system.

Coordinate with external suppliers to support fabrication, sourcing, and integration of the designs.

Education and experience requirements:

Bachelor’s degree (BSc) or Master’s degree (MSc) in Mechanical Engineering or in related field with minimum 5 years of mechanical design experience.

Must have R&D; industry experience, preferably within quantum hardware, scientific instrumentation, cryogenic system, aerospace/space systems, semiconductor equipment or other precision engineering industries, with a proven track record of working with interdisciplinary teams.

Sought expertise and knowledge:

Experience designing precision mechanical hardware and tightly toleranced assemblies.

Experience with designing with differential CTE behaviour effects and dimensional stability of mechanical assemblies in cryogenic temperatures.

Experience with stress and thermal analysis using Finite Element Method in Ansys or equivalent software.

Understanding of manufacturability, assembly repeatability, and long-term hardware reliability.

Experience creating CAD designs and GD&T; drawings, engineering drawings, and assembly documentation using SolidWorks, Onshape, or similar CAD software.

Ability to work effectively in fast-paced interdisciplinary R&D; environments and deliver results within tight deadlines.

Advanced English proficiency is required

📌 Mechanical Designer, Cryogenic Systems (Winnipeg)
🏢 Nord Quantique
📍 Winnipeg