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Coordinator
Callens-Debavelaere (MC), P. Campistron (MC), J. Carlier (Pr), E. Cattan (Pr), S. Ghenna (MC), S. Grondel (Pr), F. Lefebvre (MC), G. Nassar (MC-HDR), F. Ponchel (MC), D. Remiens (Pr), C. Soyer (MC). Post-doctoral fellows : E. Uygun, A. Itawi. Doctoral students :  V. Becquer, M. de La Bigne, O. Gallardo Luna, W. J. Liu, A. Salhab, L. Sauze, M. Sawan

The IEMN brings together in a single structure the bulk of regional research in a broad scientific field ranging from nanoscience to instrumentation.

The STAM (Thermomechanical Simulators and Microstructural Analysis) platform is dedicated to the study of the high-temperature rheology of metal alloys and the characterization of material-process couplings.

This platform is used for the development of basic experimental research and aerodynamic testing.

The "Crash materials and structures" platform is dedicated to the identification of mechanical properties at the material scale and the verification of crash performance at the structural scale.

Operational for over 25 years, the SHERPA driving simulator is part of the laboratory's Autonomous Mobility platform and is part of the CPER RITMEA regional AV-Lab platform.

Modalities of the multimodal platform PSCHITT transportation research platform, the PSCHITT-PMR platform is a simulator dedicated to the mobility of a Person with Reduced Mobility (PMR) in a wheelchair. It is part of the autonomous mobility program at the laboratory and is part of the CPER's regional PMR-Lab platform RITMEA.

The PSCHITT platform is a versatile, dynamic, and immersive simulator designed for research in the field of transportation and mobility. It is part of the laboratory’s autonomous mobility platform.

Multimodal Platform Modality PSCHITT transportation research platform, the PSCHITT-Rail platform is a simulator dedicated to train driving. It is part of the autonomous mobility and is part of the CPER’s regional AV-Lab platform RITMEA.