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About Thomas

Tom read Natural Sciences at the University of Cambridge, studying chemistry and physics before specialising in Materials Science with areas of study including: thin films, energy harvesting, thermodynamics, biomedical materials, materials for optoelectronic devices, and nuclear materials. Tom’s Master’s project involved the study and construction of sustainable composite structures for use in magnetoelectric energy harvesting devices and free standing thin films for use in such devices.

Tom completed an internship at Cambridge Nanosystems, a UK leader in commercial graphene technology and also carried out a placement at the University of Göttingen in Germany where he researched avalanche dynamics in metallic glasses.

 

Tom joined Keltie after graduating in 2018.  Since joining Keltie, Tom has worked mainly in the Engineering team, dealing with a range of subject matter including automotive technology, renewable energy, marine structures, medical devices and glass processing and working with a range of clients from individuals to SMEs and multinational corporations.

Tom qualified as a UK and European Patent Attorney in 2022.

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Interview with Citrine Informatics: AI, Data, and the Future of Materials Science

01.10.2025

Interview with Citrine Informatics: AI, Data, and the Future of Materials Science

Founded in 2013, Citrine Informatics has grown into one of the leading players in materials informatics, helping companies harness AI and data science to accelerate the design, discovery, and optimization of advanced materials. We sat down with the company’s CEO and co-founder, Greg Mulholland, to explore how it all started, what makes Citrine unique, and where the field is heading.

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Navigating and Enforcing Patent Protection in the Space Industry

03.06.2025

Navigating and Enforcing Patent Protection in the Space Industry

In recent years, the space industry has undergone significant innovation and commercialization. What was once a domain reserved for government agencies traditionally restricted by extremely high costs and resource demands has rapidly evolved into a growing sector where private companies are pioneering new technologies and commercial ventures. This surge in activity has made space technology not only a symbol of scientific progress but also a key driver of economic growth and competitiveness across the world.

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