Cryogenic Systems Engineer for Next-Gen Fusion

Fusion Energy Base; Altburg; Vor Ort; CHF 120.000 - 170.000; Vollzeit

Zusammenfassung

Proxima Fusion, Europe\'s fastest-growing fusion company, seeks a Cryogenic Engineer to design and validate the cryogenic systems powering Alpha\'s superconducting magnets. You will balance thermal engineering, fluid dynamics, and cryogenic design to enable reliable operation in a first-of-a-kind machine.

You will work across disciplines with plasma physics, magnets, cryogenics and controls, contributing to a practical, execution-minded team shaping the world\'s first commercial stellarator

Qualifikationen

• Team player who tackles difficult challenges and iterates
• Engineer with strong modelling and hands-on cryogenic experience
• Experience in cryogenic hardware design, commissioning, and operation
• Proven ability to specify and design cryogenic cooling using multi-physics tools and ROM
• Experience validating cryogenic systems via simulations, testing, prototyping
• Demonstrated ability to lead external work packages and manage procurement projects

Aufgaben

• Specify, design, and analyze cooling systems to meet cryogenic performance requirements, ensuring model accuracy is verified by testing protocols
• Provide hands-on technical leadership during the construction, commissioning, and long-term operation of the cryogenic plant and its subsystems
• Conduct performance analysis, testing, and troubleshooting of cryogenic systems
• Collaborate closely with electromagnetic, mechanical and electrical engineers, magnet experts, and physicists
• Identify and act as an expert customer for projects with external suppliers and partners to specify and co-design cryogenic systems with the highest quality and speed

Kenntnisse

Cryogenic design

Modelling skills

Hands-on testing

External leadership

Multiphysics tools

Tools

Simcenter Amesim

Comsol

Jobbeschreibung

Proxima Fusion, Europe\'s fastest-growing fusion company, seeks a Cryogenic Engineer to design and validate the cryogenic systems powering Alpha\'s superconducting magnets. You will balance thermal engineering, fluid dynamics, and cryogenic design to enable reliable operation in a first-of-a-kind machine.

You will work across disciplines with plasma physics, magnets, cryogenics and controls, contributing to a practical, execution-minded team shaping the world\'s first commercial stellarator