Exploring digitalisation, advanced modelling, and industrial implementation, moving from atomistic interfaces to large-scale production, in electrochemical technologies.

Exploring workforce development, lifelong learning, skills gaps, and ecosystem transformation to support talent, innovation, and resilience in the evolving electrochemical and energy sectors.

Exploring electrochemical routes for sustainable energy conversion, including decarbonisation strategies, flow systems, and water electrolysis technologies for scalable and efficient energy transformation.

Exploring advanced battery technologies, from high-energy materials to next-generation solid-state concepts, enabling safer, lighter, and more efficient electrochemical energy storage.