In this session of SustainaLab Talks, we highlight current trends and advances in enzyme engineering, with a focus on how computational tools, artificial intelligence, and data-driven methods are being used alongside established laboratory techniques to design better enzymes.
These combined approaches make it possible to create enzymes that work more efficiently, handle a wider range of starting materials, and support more sustainable processes, including entirely new catalytic functions. They directly address a key challenge in modern biomanufacturing: the need for robust biological catalysts that can efficiently convert renewable raw materials and complex waste streams under real industrial conditions. The talks will bring together fundamental concepts and practical examples, showing how integrated, AI-enabled enzyme engineering platforms can speed up the development of next-generation solutions for chemical production, biotechnology, and many industrial applications. The programme will conclude with drinks and networking.
Short presentations will be followed by a panel discussion bringing together academic and industry perspectives on the future of AI-enabled biocatalysis.
Speakers:
Francesco Mutti, Associate Professor and Group Leader in Biocatalysis at the University of Amsterdam, will present the current state of the art in enzyme engineering for biocatalysis and offer a forward-looking perspective on the transformative role of artificial intelligence.
Maria Fàtima Lucas, Founder and CEO of Zymvol Biomodeling, will present how data-driven molecular modeling is used to design and optimize industrial enzymes. She will highlight software platforms that have supported hundreds of projects worldwide, delivering cost-effective and environmentally friendly biocatalytic solutions.
Henning Redestig, Data Science and Protein Engineering Specialist at IFF, will present how enzymes are designed and screened at scale using machine learning and lab automation, providing an overview of IFF’s R&D process and illustrating how tools such as ProteinGym are used to guide model selection.
Nikola Loncar, CEO at GECCO Biotech B. V., will present an industry perspective on enzyme discovery, engineering, and implementation, highlighting how tailored biocatalysts are translated into robust, scalable processes for industrial biocatalysis.
This event is open to all and is especially suitable for professionals, researchers, students, and innovation leaders interested in sustainability, biotechnology, industrial innovation, and the use of AI to develop cleaner production processes.
SustainaLab Talks: Biocatalysis For Designing The Enzymes Of Tomorrow
