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Proxima Fusion

Develops commercial fusion reactors using QI-HTS

Integration Engineer - Building Services & MEP, Mechanical, Electrical and Plumbing

Building Services EngineeringConfirmed live in the last 24 hours
Full-timeMunich, GermanyNo salary listedIn-person

About the Job

Requirements

  • A degree in mechanical engineering, building services engineering, electrical engineering, or a related field.
  • Experience integrating utilities or building-services systems in complex technical or industrial environments.
  • Comfort working with incomplete or evolving requirements and shaping early engineering solutions.
  • Skill in identifying constructability and operability issues early through digital model review.
  • Ability to align diverse stakeholders around clear interface logic.

Responsibilities

  • Define how all building-services systems, electrical power distribution, and cryogenic utilities integrate with the fusion machine.
  • Lead cross-disciplinary integration reviews and resolve routing and corridor logic.
  • Ensure Alpha and later Stellaris have coherent, maintainable, and buildable utility systems aligned with physics and construction constraints.
  • Lead integration reviews for TGA, electrical, and cryogenic systems, ensuring constructability and clear interfaces with building and machine systems.
  • Define routing strategies, utility corridors, technical spaces, penetrations, and interface envelopes across Alpha and into early Stellaris assumptions.
  • Translate machine-engineering requirements, including vacuum, cryogenics, high-power electrical, and cooling requirements, into building-ready inputs for external partners.
  • Identify conflicts early using federated models, and ensure issues are resolved with disciplined configuration and documentation.
  • Work closely with Structural Integration, the BIM Specialist, and the Project Manager to maintain a consistent, buildable engineering baseline.

About the Company

Proxima Fusion

Develops commercial fusion reactors using QI-HTS

Proxima Fusion designs and builds fusion power plants based on quasi-isodynamic high-temperature-superconductor (QI-HTS) stellarators. Its main project, Alpha, is a net-energy stellarator demonstrator near Munich developed with partners Bavaria, IPP and RWE to test and prove the technology before a commercial Stellaris plant planned for the 2030s. The company leverages its roots as the first Max Planck Institute for Plasma Physics spin-out and uses advanced HTS magnets to create steady magnetic confinement for fusion plasma, enabling a scalable path to power generation. Proxima differentiates itself by pursuing a clear commercial roadmap from a world-class research lineage, collaboration with industry and government partners, and a focus on the Stellaris design to move from a demonstrator to a market-ready fusion power plant. The goal is to deliver commercially viable fusion energy, moving from the Alpha demonstrator to fully commercial Stellaris plants in the 2030s.

Company size
51-200
Company stage
Series B
Total funding
$651.5M
Headquarters
Munich, Germany
Founded
2023

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