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Professor Annette Taylor's research lies at the interface of Chemistry and Chemical Engineering, focusing on understanding and controlling reactive chemical processes in bioinspired systems. She combines computational modeling with experiments involving nano- and micro-scale reactors as well as lab-scale flow systems for a wide range of applications in sustainable production of materials, food, and fuel. With over 20 years of experience in higher education, Annette has contributed to numerous educational outreach projects related to mathematical modeling and nature-inspired systems in STEM fields. Her current research involves the design and optimization of chemical and biochemical processes, with particular interest in catalytic reaction networks and biological systems. She designs functional materials and processes inspired by nature that are greener and more sustainable, utilizing unique properties arising from the collective behavior of natural systems. Applications of her work include bioreactors for food and fuel production, plastics recycling, drug delivery, and healthcare. Annette has published widely in leading journals and has led various teaching activities in Chemical Engineering, highlighting her commitment to education and outreach in her field.
University of Southampton • Southampton, EN
Involved in teaching and research at the School of Chemistry and Chemical Engineering.
University of Sheffield • Sheffield, EN
Focused on research and teaching in Chemical and Biological Engineering.
University of Leeds • Leeds, EN
Delivered lectures and supervised research projects in Physical Chemistry.