Dr.-Ing. Angelos Filippatos is an Assistant Professor of Machine Design and Design of Machine Elements at the University of Patras, where he brings together advanced mechanical engineering and sustainable systems thinking. His academic path includes a Diploma in Mechanical Engineering from the National Technical University of Athens (NTUA) and a Doctorate (Dr.-Ing.) from the Technische Universität Dresden, awarded with summa cum laude distinction.
Before joining the University of Patras, he was Group Leader at the Dresden Center for Intelligent Materials (DCIM), where he led the research group “Hierarchical Topologies – Intelligent Systems with Material-Inherent Functions.” His scientific focus lies in the design and testing of multi-material structures, in-situ structural diagnostics, and machine learning–driven simulation of hybrid composites.
In LH2CRAFT, Prof. Filippatos and his team lead four key tasks, positioning the University of Patras at the center of the project’s material sustainability, design-for-circularity, experimental prototyping, and knowledge-sharing activities:
Task 2.3 – Disruptive Materials and Technologies for Sustainable Products (M01–M18)
University of Patras leads comparative technical and numerical analyses of novel insulation materials—including those inspired by aerospace applications—to evaluate their durability, reusability, environmental footprint, and barriers to circularity in maritime hydrogen storage systems. This task helps define a roadmap for Sustainable Eco Design aligned with LH2CRAFT’s green objectives.
Task 6.2 – Design and Manufacture of the Small Size Test Model (M24–M34)
Under Prof. Filippatos’ guidance, University of Patras leads the detailed design of a modular small-scale LH₂ test tank (~2 m³), enabling the experimental validation of insulation unit blocks under cryogenic conditions. This infrastructure will support boil-off rate analysis and enable cross-comparison of subsystem designs through controlled testing.
Task 7.1 – Design-for-Recycling and Circularity of Materials and Equipment (M25–M46)
University of Patras leads efforts to integrate circular economy principles—including reuse, recycling, and repairability—into the design phase of the LH₂ tank, test model, and HDMSS components. The task will also propose modifications to improve long-term sustainability and post-project exploitation of materials and systems.
Task 11.4 – Knowledge Hub for Open Innovation and Knowledge Transfer (M02–M48)
Through the Knowledge Hub, University of Patras is leading efforts to foster cross-sectoral engagement, promote LH2-related events, and build secure peer-to-peer expert communities. This central platform supports innovation diffusion and ensures that LH2CRAFT’s insights extend beyond the consortium.
“Together, by advancing sustainable solutions and participating actively in innovative initiatives like the LH2CRAFT project, we can meet society’s growing needs. Let’s unite our strengths to engineer a resilient and sustainable future powered by new fuel technologies.”
— Dr.-Ing. Angelos Filippatos, Assistant Professor Department of Mechanical Engineering and Aeronautics, University of Patras
Through these efforts, Prof. Filippatos and his team at the University of Patras are not only helping shape technical innovation within LH2CRAFT, but are also embedding sustainability, reusability, and knowledge accessibility into the foundation of Europe’s hydrogen transition.
