People

My focus is the digital transformation of complex chemical and energy processes via integrated smart sensing, advanced modelling, and data-centric deep learning. A vision to deliver a paradigm-shift in future systems design.

I work on the development and application of systematic models for supporting sustainability, with a focus on climate change mitigation.

I work on the development of a sustainable growth of chemical and energy industries via industrial defossilisation and AI-based digitalisation within the context of circular economy.

My research focusses on developing and up-scaling efficient electrolysis technologies to convert biomass, CO₂ and plastic wastes into green hydrogen and high-value commodity chemicals.

My research includes circularity in energy materials such as Li and other critical metals for energy devices, CO₂ valorisation in consumer products and waste resources into materials/chemicals.

My aim is to engineer interfaces at the nanoscale, developing new catalysts to supply society with fuels and chemicals at lower energy and resource input requirements than ever before.

My team’s mission is to push the boundaries of what’s possible using engineering to create lightweight, multi-functional and sustainable materials and structures and using this knowledge to tackle societal challenges for net zero.