Developing commercially viable fusion power plants using stellarator technology and advanced computational design capabilities.

Proxima Fusion is at the forefront of sustainable energy innovation, focusing on developing commercially viable fusion power plants. Using groundbreaking W7-X stellarator technology combined with cutting-edge computation and machine learning, we're pushing the boundaries of fusion technology.

We're seeking a Principal Mechanical Engineer to lead our mechanical design and manufacturing efforts for stellarator components. This role is perfect for an experienced professional with 10+ years of experience who can bring their expertise in complex mechanical systems design and manufacturing to our mission-critical projects.

The ideal candidate will combine technical excellence with leadership capabilities, having a proven track record of growing teams and managing major technical projects. Experience with cryogenics/vacuum, high heat flux components, or advanced structural design would be particularly valuable.

You'll be joining a mission-driven, globally diverse team supported by internationally renowned groups and industrial partners. We offer a collaborative environment where innovation thrives, backed by a generous stock options program and support for personal growth, including language courses for team members and their families.

At Proxima Fusion, we're not just building technology – we're shaping the future of energy. This is an opportunity to work on harnessing the universe's fundamental energy source while contributing to a sustainable future for generations to come. We maintain a healthy work-life balance, recognizing that our ambitious goals require sustained, long-term effort rather than short-term sprints.

We're committed to fostering an inclusive environment where diverse perspectives are valued and everyone has the opportunity to contribute to our mission of transforming global energy production.

Lead mechanical design and manufacturing of stellarator components at Proxima Fusion, developing next-generation fusion power plants for sustainable energy.

Principal Mechanical Engineer

A company developing sustainable fusion power plants using stellarator technology and high temperature superconducting magnets.

Proxima Fusion is pioneering the future of sustainable energy through innovative fusion power plant development. Building upon the W7-X stellarator foundation and leveraging cutting-edge technology, they're working to make commercial fusion power a reality. The company combines stellarator optimization with advanced computation and machine learning, pushing the boundaries of fusion technology.

As a Magnet Engineer, you'll be at the forefront of examining HTS cable and magnet concepts for stellarator design. Your work will involve sophisticated modeling, simulation, and the development of laboratory tests and hardware prototypes. This role requires expertise in HTS physics and engineering, with a particular focus on quench prevention.

The position offers a unique opportunity to work with world-leading partners and contribute to groundbreaking fusion experiments. You'll be part of a diverse, mission-driven team working on harnessing the universe's fundamental energy source. The company provides a supportive environment with benefits including language courses for team members and families, stock options, and a commitment to work-life balance.

Proxima Fusion values diversity and inclusion, maintaining an organizational culture that promotes equal opportunities. They welcome applications from candidates with various backgrounds and talents, ensuring a fair and merit-based selection process. This is an exceptional opportunity to be part of a team that's literally working to transform the world's energy landscape for future generations.

Join Proxima Fusion as a Magnet Engineer to develop revolutionary fusion power technology using HTS magnets and stellarator design.

Magnet Engineer

A company developing commercially viable fusion power plants based on stellarator technology and advanced computational design.

Proxima Fusion is at the forefront of sustainable energy innovation, focusing on developing commercially viable fusion power plants. Built upon the groundbreaking W7-X stellarator and leveraging the latest technological advances, we're pushing the boundaries of fusion technology.

Our team is seeking a Heating Systems Engineer to take charge of our critical gyrotron and microwave systems for plasma heating. This role combines cutting-edge technology with practical engineering challenges, requiring expertise in high-power microwave systems and fusion technology.

As our Heating Systems Engineer, you'll be responsible for the complete lifecycle of our heating systems - from technical specifications and procurement to installation and optimization. You'll work directly with physicists and engineers to ensure optimal performance, while also focusing on streamlining processes for scale-up.

We offer a unique opportunity to work with world-leading partners and contribute to transformative energy technology. Our inclusive, diverse workplace values collaboration and innovation, supported by competitive benefits including stock options, language courses, and comprehensive transportation benefits.

Join us in our mission to harness fusion energy - the same force that powers the stars. At Proxima Fusion, you'll be part of a team dedicated to creating sustainable energy solutions for future generations, working in an environment that balances technical excellence with a supportive, healthy work culture.

Lead the design and implementation of high-power gyrotrons and microwave systems for fusion plasma heating at Proxima Fusion, a pioneering sustainable energy company.

Heating Systems Engineer (Gyrotrons)

Developing stellarator technology for commercially viable fusion power plants, building on W7-X stellarator advances.

Proxima Fusion is at the forefront of sustainable energy innovation, developing advanced stellarator technology for fusion power plants. Their current project, Proxima Alpha, targets completion by 2031 and represents a significant advancement in fusion technology, following the successful W7-X stellarator prototype.

As a Senior Structural Mechanical Engineer, you'll be instrumental in shaping the engineering design of critical components including support structures, vacuum vessels, and thermal shields. The role demands expertise in finite element analysis, computational structural mechanics, and thermo-mechanical analyses, particularly with cryogenic components.

The position offers a unique opportunity to work on groundbreaking fusion technology with a world-class team. You'll collaborate with the stellarator optimization team and suppliers, conducting crucial analyses and feasibility studies that directly impact the future of sustainable energy.

Proxima Fusion offers an inclusive, diverse work environment with compelling benefits including stock options, language courses, and comprehensive transportation benefits. The company maintains strong partnerships with internationally renowned groups and industrial companies, providing an excellent platform for professional growth.

This role is perfect for an experienced mechanical engineer passionate about sustainable energy and ready to contribute to a technology that could revolutionize global energy production. You'll be part of a mission-driven team working on one of the most ambitious and important technological challenges of our time.

Senior Mechanical Engineer position at Proxima Fusion, developing next-generation fusion power plants using stellarator technology in Munich, Germany.

Proxima Fusion Engineering Jobs

Developing commercially viable fusion power plants using stellarator technology and advanced computational design capabilities.