On June 30th in the morning, join our physical workhop in Grenoble “RE-INVENTING MATERIALS RESEARCH:
Towards accelerated development by closely orchestrating AI, data, robotics, and high-performance computing”.
A fully operational Materials Acceleration Platform (MAP) for advanced materials development, harnessing artificial intelligence and automation to accelerate the discovery, design and device integration of materials for breakthrough sustainable technologies has typically the potential to accelerate the innovation chain by a factor of 5-10.
MAPs are built on interdisciplinary scientific approaches, requiring a strong orchestration between the following five complementary areas :
– Modelling, including data- and physics-based materials modelling and AI-driven design
– Autonomous robotics platforms and fabrication technologies
– Characterization, including multi-scale, multi-technique, in/on-line
– AI-based data handling and workflow optimization
– Materials knowledge representation using semantic technologies
How to address the gap on the overarching knowledge around these different areas? How to better interconnect the digital and materials ecosystems for successful accelerated materials development? How to speak a common language between the diverse communities? How to widely deploy MAP infrastructures? how to give Start-ups and SMEs access? How to contribute to the reskilling & upskilling of individuals and organizations?
These questions and much more will be discussed during this workshop between Materials development stakeholders, gathering representatives from industry, RTOs, academics, solutions vendors and policy makers.
Register here now to save your spot!
Have a look at the agenda HERE!
Presentations:
- The Dow Digital Material Sciences Journey
Rui VOGT ALVES DA CRUZ, Senior Regional R&D Director for EMEA, DOW
- Lab of the Future for battery materials research
Jérémie AUVERGNIOT, Open Innovation Manager, UMICORE
- The importance of FAIR data and Data Management Plans in Large Battery Initiatives
Ivano E. CASTELLI, Associate Professor, Head of Studies, MSc Sustainable Energy,
Autonomous Materials Discovery, Energy Conversion and Storage Dpt, Technical University of Denmark
- Towards Open Semantic Materials Research
Simon STIER, Head of Digital Transformation, Fraunhofer Institut für Silicatforschung ISC
- How AI is being used by materials companies today – characteristics of success
Marius-Dan POPA, CITRINE INFORMATICS
- Accelerating the process for battery development from electrons to electro vehicles
Johan M. CARLSSON, Senior Industry Process Scientist, DASSAULT SYSTEMES Deutschland
- Atinary SDLabs: ML software solutions and self-driving labs to accelerate R&D today
Loïc ROCH, Co-Founder & CTO, ATINARY TECHNOLOGIES
- Computational design of materials and processes – machine learning acceleration & multi-level modeling
Fedor GOUMANS, Chief Customer Office, SCM Software for Chemistry and Materials
- Enabling automated labs by next generation material synthesis
Tobias COPPEJANS, Chief Operations Officer, VSPARTICLE NV
- Catalyzing Clean Energy Solutions for All
Mark S KOZDRAS, Emeritus scientist, Natural Resources Canada
International Co-lead, Mission Innovation’s Collaborative Platform: Materials for Energy (M4E)
Canadian Co-PI, German-Canadian Materials Acceleration Centre (GC-MAC)
- DIADEM – DIscovery Acceleration for the Deployment of Emerging Materials – A French initiative
Mario MAGLIONE, Institut de Chimie de la Matière Condensée de Bordeaux, ICMCB-CNRS, Univ Bordeaux
Thierry DEUTSCH, Modeling and Exploration of Materials Lab, Univ Grenoble Alpes, CEA Grenoble, IRIG