Cryogenic Systems Engineer for Quantum Hardware

Platsa AB; Göteborgs kommun; Sur place; SEK 600 000 - 800 000; Plein temps

Avantages offerts par ce poste

Healthcare benefits

Competitive compensation

Résumé du poste

SCALINQ is seeking a curious, hands-on Cryogenic Engineer to help develop the next generation of cryogenic infrastructure for quantum computing. You will work with an international team in Gothenburg to tackle complex hardware challenges.

Responsibilities include developing and optimizing cryogenic hardware systems, running thermal simulations, experimental testing, calibration and maintenance of cryostats, and data-driven design improvements across disciplines.

Qualifications

• Experience in cryogenic systems or low-temperature physics.
• Experience with thermal simulation tools (COMSOL, SolidWorks Thermal, ANSYS).
• Experience with experimental verification, testing, or validation of physical systems.
• Python or MATLAB skills for data analysis and automation.

Responsabilités

• Developing and optimizing cryogenic hardware systems.
• Performing thermal simulations and modelling to predict system performance.
• Designing, supporting, and participating in experimental testing and validation activities.
• Responsible for Scalinq's fleet of cryostats; calibration, monitoring, and maintenance.
• Analyzing measurement data and correlating results with simulation models.
• Identifying and troubleshooting thermal and cryogenic system challenges.
• Using simulation insights to guide hardware design decisions.
• Staying up to date with advancements in cryogenic technologies and modelling techniques.

Connaissances

Cryogenic systems experience

Thermal engineering

Python or MATLAB

Formation

M.Sc. degree in Physics or Mechanical Engineering or related field

Outils

COMSOL Multiphysics

SolidWorks Thermal

ANSYS

Description du poste

SCALINQ is seeking a curious, hands-on Cryogenic Engineer to help develop the next generation of cryogenic infrastructure for quantum computing. You will work with an international team in Gothenburg to tackle complex hardware challenges.

Responsibilities include developing and optimizing cryogenic hardware systems, running thermal simulations, experimental testing, calibration and maintenance of cryostats, and data-driven design improvements across disciplines.