High-Performance Materials and Eco-Materials
Materials are constantly evolving in order to meet the increasingly demanding and varied needs of industry and society. Research on materials conducted at IMT schools seeks to anticipate these needs and provide innovative solutions.
This research addresses major industrial challenges by working on high-performance materials that meet the demanding requirements imposed by new functions, the operation of systems in extreme conditions, miniaturization and lighter structures, while seeking to develop new forms of technological objects. Moreover, research in this area contributes to ecological transition by working on innovative solutions based on eco-materials. This research area includes studies on minimizing materials’ environmental footprint by using bio-sourced components, limiting embodied energy and responsible end-of-life management.
To tackle these challenges, IMT schools have a broad range of expertise across the major categories of materials (ceramics, metals, composites, polymers, biomaterials etc.).

They rely on high-performance characterization and modeling tools and methods which enable them to understand the properties of materials and to better control and therefore predict their behavior with applications in a wide range of fields :
Energy and Environment (air quality, biomass etc.)
Transportation (air, rail, road)
Civil engineering, sustainable building
Space industry

- Projet OEHM : European regional development project
- Projet Destiny : a new manufacturing process for railway and aeronautical parts
Read also : Les trains passent au recyclage – I’MTech / 16 juillet 2020
- Materials, design and industrial creation : an original teaching and research project focusing on co-creation between design and engineering, backed by digital technologies and functional materials engineering
- Biomechanics of soft tissues : project aiming to develop numerical models that accurately represent the strength and mechanical behavior of soft tissues in the human body (arteries, veins, muscles, ligaments, skin)
- Projet ANR HERIA : High entropy alloys resistant to irradiation with GPM Rouen, IMN Nantes, CSNSM Orsay, CEA-DEN Saclay and EDF Les Renardières
- Projet ANR CADHORS : Computer-Aided Design of Hydrogen-Resistant Superalloys in partnership with l’Université de Nantes, l’Institut des Matériaux Jean Rouxel and Laboratoire des Sciences du Numérique de Nantes
- Projet Smart Solid : a digital twin for crystallization processes
- Big Data for sustainable housing – Teaching and research chair with Saint Gobain dedicated to the study of Big Data for comfort improvement and energy savings
- BIGMECA (CdM) – Patronage chair with Safran, advanced mechanics of structural materials through machine learning
- CRIStAL – High Temperature Materials (CdM)
- DEEP – Industrial Chair in Design & Engineering of Elastomers and Polymers with Hutchinson and ESPCI Paris
- DIGIMU– Industrial Chair on the modelling of microstructural evolutions occurring during metal forming processes
- ECOCIRNOV – Industrial Chair to meet the needs of public players and companies in the field of waste recovery
- Hexcel – Research Chair on advanced numerical modeling for the development of new generation structural composites by infusion
- INFINITY – Multiscale framework for the safe design of industrial hardening processes.
- Matériaux Routiers – Industrial chair with Eiffage route dealing with civil engineering and road issues
- REx Mine & Société – Network of Excellence pending to become a chair federating various academic skills to address the needs of industry, public authorities and civil society in the extractive industries sector
- SaniFAM – Health Efficiency Chair – Chair whose objective is to quantify the danger and exposure to emissions generated by metal additive manufacturing machines
- Storage : Research and teaching chair on the storage and disposal of radioactive waste
- Polymer and Composite Technology – Teaching chair on current industrial developments in the field of shaping and design of industrial parts in plastic and composite materials
- TES – Partnership Chair in Energy and Society Transition
- TOPAZE – Chair ANR – Safran Group Industrial Chair on optimizing the efficiency of aircraft engines and reducing their impact on the environment
- AHLEX – Performance analysis of heat exchangers
- CAMEL – Design and electromagnetic characterization for wireless technologies
- EXTREMOM – Development and industrialization of new polymer and composite materials and their implementation processes
- FAB-WAAM – Wire+Arc Additive Manufacturing (WAAM) technology, from the design of metal alloys to the production of prototypes and industrial components
- GALA (GAlenics Advanced) – Development of multi-structured materials
- MICRAL – Microstructure analysis and material characterization
- MIMAUSA – Development and monitoring of innovative materials and implementation processes for aeronautics and advanced industries
- MOCABIO – Implementation and CAracterization of BIOcomposite materials
- PREVER – Research and Study Platform on the Energetic Valorization of Residues
- Science of Materials and Structures
- Science of Industrial and Natural Processes
- SMART – Service for the Measurement and Analysis of Radioactivity and Trace Elements
- VALTHERA – Development of high energy efficiency thermal processes for the valorization of residues and by-products of biomass transformation
- MARVAPOL – Advanced Materials Recycled by VaPothermOLyse, a joint laboratory between the RAPSODEE center and the company Alpha Recyclage Franche Comté (ARFC)
- DECADOM – Detection, Characterization and Localization of Damage on Mechanical Parts and Structures by 3D Vision, a joint research laboratory between the Institut Clément Ader and the company Diota
- Institut du Génie Civil – Steering structure for initial training, continuing education, research and relations with companies in the civil engineering sector
- OPALE – Optimizing the properties of polycrystalline nickel-based superalloys by controlling the microstructure resulting from forming operations. Joint laboratory involving Safran, CEMEF and Institut P’ (UPR CNRS, ISAE/ENSMA)
- LATERAL – Lab-STICC Thales Research Alliance on Smart On-board Sensor, a joint laboratory with Thales dedicated to research on 3D active antennas for new generations of RF autosteering systems, based on new additive technologies (thermoplastic and composite materials and 3D selective metallization and material characterization)
- RESPECTc – Resources and Energy through By-Products for Terracotta Firing, a joint laboratory with TERREAL to meet the industrial and economic challenges of sustainable development and competitiveness posed to the terracotta industry
- LUPPIAM – joint laboratory for machining, powders and processes, interfaces in mechanical assemblies – joint laboratory for the development of advanced manufacturing processes (transformation and assembly) thanks to the technologies and skills of the laboratories concerned: metal additive manufacturing, machining
IMT
IMT is a public institution dedicated to higher education and research for innovation.
It is a key player in the fusion of science, engineering and digital technology, and takes its schools’ skills into the major fields of transformation in digital technology, industry, energy and the environment as well as their impact on the industry of the future, cities, health, and autonomy.