Take charge of our animal experimentation efforts

Building and maintaining strong partnerships with private companies and public institutions active in the fusion value chain, actively supporting our public funding applications and the management of public grants.

Work closely with our recruitment team to identify and secure top-tier talent for scientific and engineering roles.

Play an integral role in shaping the engineering design of support structures, the vacuum vessel, thermal shields, and gravity supports.

Spend six months working at the Max Planck Institute for Plasma Physics in Greifswald, one of the world’s leading fusion research centers focused on the Wendelstein 7-X (W7-X) stellarator.

Spearhead the development of electrical systems for stellarator fusion power plants

Play a vital role in the development of our high-temperature superconducting magnet technology.

Spearhead the early modelling, simulation and design considerations in the context of the overall design of our stellarator prototype.

Play a critical role in advancing our ML and data management capabilities to support fusion technology development.

Lead the development of data products that involve complex feature engineering for material sensing data.

Develop the end-to-end web applications including both front-end and back-end components for the ApohaOne platform.

Refine the design of our connected, real-time water quality sensor kit and develop, test, and deploy embedded software.

Lead and drive business development initiatives across target industries, including Desalination, Mining, Oil & Gas, Chemical, and others.

Support our hardware team in developing and assembling our water quality sensor technology.

Work collaboratively with fusion scientists, engineers, and ML experts to integrate advanced ML techniques into stellarator optimization and engineering, transforming prototypes into production-ready solutions.

Examine HTS cable and magnet concepts within the context of stellarator design, modelling and simulation, developing lab tests and hardware prototypes.

Leading the design, procurement, and installation of high-power gyrotrons and microwave systems critical for heating stellarator plasmas.

Manage and streamline our post-sales processes, ensuring smooth customer transitions from sales to support, and fostering strong relationships with clients across multiple languages: Spanish, German, and English.

Lead the conceptualization and development of key scientific analysis workflows and contribute to novel research in magnetic confinement fusion.