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.

Computational Chemist to drive in silico drug discovery at ALLOX by designing and optimising small-molecule allosteric modulators using virtual screening, molecular dynamics, and structure-based drug design.

Computational scientist to develop ALLOX’s Structure Engine, integrating structural bioinformatics, AI, and DMS data for allosteric drug discovery.

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.

Computational scientist to develop software and data tools supporting the ALLOX experimental platform for large-scale identification of allosteric sites.

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

Spearhead the development of electrical systems for stellarator fusion power plants

Validating the ability of Xterna nucleic acid based cell binders to activate and recruit the immune system.

Develop high throughput methods to canvas Xterna candidates composed of alternative nucleic acids (eg XNA).

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.

Spearhead the development of electrical systems for stellarator fusion power plants.

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

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

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