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

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

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

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

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.

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.