Dr. Anton Gavrilov

I lead cross-disciplinary teams to develop AI-driven solutions in new materials, including alloys, catalysts, and coatings, with a focus on low-carbon energy and critical materials. My work bridges artificial intelligence with materials science, enabling advancements that address pressing global challenges in sustainability and innovation.

Defined strategic research directions, managed projects and provided expertise in new applications for the company's metals in green energy sectors: batteries, catalysts, advanced alloys: AI screening of catalysts. Patent and publication prepared, invited speaker Battery materials: product development in nickel materials processing from various sources Sustainable synthetic routes: provided expertise in mineralization project.

· Designed a decarbonization strategy for two SIBUR petrochemical plants · Proposed four carbon utilization directions with different degrees of TRL. Interaction with licensors on each of the suggested directions · Management of CCS direction · Quantification of greenhouse gas emissions and carbon footprint of potential products · Invited expert at the Green Tech Startup Booster (projects related to CCUS, Hydrogen, BESS)

· Designed a strategy for technology and partner scouting for Huawei Central Research Institute and Huawei Moscow Research Center. Areas of research: batteries, optics, autonomous driving, wireless communication and AI. · Management of two projects in batteries and materials between Huawei Research Center and academia institutes. · Сo-organized two workshops in AI for Moscow Research Center

Management of a team (three specialists) in materials for new energy vehicles (batteries, fuel cells), future transportation systems, coatings and NVH Designed a strategy for technology and partner scouting: looking for seed technologies (~10-12 conferences per year) all over Europe in the field of batteries, materials for automotive, coatings, NVH. Analysis of global competitors’ research trends Technical management of projects in batteries, SOFC and quantum computing for chemical compound modeling

Acquired, managed and supported collaborative projects in the field of materials for electromobility, advanced materials and future transportation systems. Main topics: Energy generation, harvesting and storage materials, smart coatings, light weight materials, advanced welding technologies, additive manufacturing, life-cycle and recycling assessment, game changing technologies, additive manufacturing.

Photoelectrochemical water splitting and CO2 reduction