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G
Education, Dissemination, Strategy & Technology Transfer
Area G explores the intersection of materials science with education, research dissemination, industry collaboration, and digital transformation — from interdisciplinary teaching approaches and professional skills to technology transfer, intellectual property, and the emerging field of materials informatics powered by AI and machine learning.
3Symposia
9Organizers
37Topics
5Days
Gisèle Lecomte-Nana
FEMS Coordinator
Gisèle Lecomte-Nana
University of Limoges, IRCER, France
Biography

Gisèle Lecomte-Nana is Associate Professor in materials science at ENSIL-ENSCI, Institute of Research on Ceramics (IRCER), University of Limoges (France). She studied ceramic processing and surface treatment at the University of Limoges, where she earned her Diploma and Doctorate with distinction and completed her habilitation in materials science in 2016. Her research focuses on the formulation of feedstocks in line with shaping processes, the physical and chemical interactions within ceramics pastes or slurries, the thermal transformations and sintering mechanisms of ceramics and composites, and the correlation between formulation–shaping process–structure–properties. Target fields of application are environment (water treatment and depollution), energy and low carbon footprint systems.

Tanja Wrodnigg
ASMET Coordinator
Tanja Wrodnigg
TU Graz, Austria
Biography

Tanja Wrodnigg is Full Professor of Organic Chemistry and Glycochemistry at Graz University of Technology (TU Graz) and established the Institute for Chemistry and Technology of Biobased Systems (IBioSys) together with Professor Karin Stana Kleinschek in 2020. She studied Technical Chemistry at TU Graz, where she earned her Diploma and Doctorate with distinction and completed her habilitation in Organic Chemistry in 2008. She currently serves as Dean of Studies for the Faculty of Technical Chemistry, Chemical and Process Engineering, and Biotechnology. Her research focuses on glycosciences, including bioactive glycoconjugates, glycomimetics, carbohydrate-based probes for enzyme profiling, therapeutics for lysosomal storage and neurodegenerative diseases, and the chemical modification of polysaccharides to create functional materials with tailored bioactivity.

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G1
Interdisciplinary: Advanced Materials Education, Strategy and Fundings
This symposium will explore how materials science education, research strategies, funding mechanisms and research infrastructures can jointly contribute to the development of future-ready materials scientists and engineers. The programme combines perspectives from leading researchers, university leaders, funding experts, educators, industry representatives and policymakers.
Description, Topics & Organizers
The future competitiveness of materials science depends not only on scientific excellence and technological innovation, but also on the ability of universities, research institutions, industry and policymakers to jointly develop future-oriented educational models, interdisciplinary research environments and sustainable innovation ecosystems. The rapid development of advanced materials, digital technologies, artificial intelligence and sustainability-driven innovation is transforming both materials research and education. Universities are increasingly expected to prepare graduates and researchers capable of working across disciplinary boundaries while addressing complex societal and industrial challenges. At the same time, research institutions must strengthen international collaboration, increase participation in European research programmes and develop effective partnerships with industry and public stakeholders.
Future materials education & curriculum development Doctoral education & research training Interdisciplinary approaches in materials science Sustainability competencies for future materials scientists Biomaterials & circular economy education AI-supported teaching, learning & research Digital transformation in higher education Research infrastructures supporting education & innovation University-industry collaboration Industry-driven curricula & future workforce needs European Universities Alliances & international cooperation Microcredentials & lifelong learning in materials science Reskilling & upskilling for future materials engineers Research leadership & career development Horizon Europe, ERC, MSCA & COST opportunities Building successful European consortia Science policy & governance in materials research Research infrastructures & open science Innovation ecosystems & regional development Smart specialisation & regional innovation strategies Attracting young talents to materials science Women in materials science & engineering leadership
Tanja Wrodnigg
Tanja Wrodnigg
TU Graz, Austria
Lidija Fras
Lidija Fras
Matej Zadravec
Matej Zadravec
Tiina Nypelö
Tiina Nypelö
G2
Disseminating Materials Research and Bridging the Gap from Lab to Industry
The aim of this area is to explore how to disseminate materials research and devise strategies to implement these developments. This symposium will focus on how these advanced tools and methodologies can be harnessed to enhance technology transfer and expedite the commercialization of innovative materials. How can policy be changed to better materials education via scholarship and research.
Description, Topics & Organizers
Developing connection and interactions between scientists and industry is strategic to create the next generation of materials engineers and scientists. Indeed, providing key resources to meet the needs of higher education, R&D, industry and the workplace for materials. The improvement of the quality of research, both fundamental and applied, requires such dialog within the community of material science. Therefore, using research to create new ways of thinking and developing specific strategies (including sustainability, circularity, etc.). The place of the editorial activities and the intellectual property management is highlighted regarding the global impact of scientific results while building a strong international network for collaborations. Additionally, being inclusive in dissemination is important for early careers researchers to be given a platform for their own careers’ development.
Industry and materials science Publication and editorial opportunities Developing early careers Inclusive materials research Strategic developments in materials engineering Overcoming barriers in the commercialization of new materials Intellectual property management & licensing strategies Success stories of academia-industry collaborations Building effective partnerships for technology transfer
Gisèle Lecomte-Nana
University of Limoges, IRCER, France
Hana Ovčačíková
VSB – Technical University of Ostrava, Czech Republic
Kwasi Boateng
Sequestra, Austria
G3
Material Informatics: Digitalization and AI for Materials Science
This Symposium aims to explore how material informatics can accelerate the complex journey of bringing innovative materials from laboratory breakthroughs to market-ready solutions, uniting researchers, industry leaders, and technology transfer experts.
Description, Topics & Organizers
Material informatics, the integration of data science and materials science, has emerged as a transformative approach to discovering and optimizing materials. By leveraging big data, machine learning, artificial intelligence, and multiscale modeling, material informatics enables researchers to predict material properties, identify promising new materials, and streamline the development process.
Leveraging machine learning & AI to predict material properties and performance Open-source academic tools Integrating informatics tools into traditional R&D workflows Reducing time and cost from concept to prototype Emerging technologies in material informatics The role of informatics in sustainable and green materials development
Assil Bouzid
University of Limoges, IRCER, France
Luc Hennetier
CTCV, Portugal