Aran Smith is the hands at the bench turning Uberbinder’s chemistry into something the world can actually build with. As Assistant Research Scientist — and a PhD researcher at the University of Liverpool — he works at the precise point where a promising material must become a scalable, repeatable, and safe process: the difference between a breakthrough in a flask and a binder that can successfully pave a road.

Aran spent three years at the start-up ThioTech working on inverse vulcanised polymers — the very family of sulfur chemistry at the heart of Uberbinder — where he earned a reputation for making processes dramatically better. He improved materials performance by more than 20 percent, cut reaction times by over 98 percent, and made the chemistry markedly safer, rising from research scientist to a senior role — leading teams and training new hires along the way.

That technical range and instinct for optimisation also defines his doctoral work, which applies flow chemistry to control and scale the synthesis of complex molecular structures — using reactor design, design-of-experiments, and in-line analysis to turn delicate laboratory reactions into reliable, high-throughput processes. It is, in essence, exactly the challenge Uberbinder must solve to reach industrial scale, and a rare skill set to bring to the team.

Aran is early in a career already marked by momentum, and a sign of the depth of talent building Uberbinder from the molecule up.