FrenchDiam
La filière française du diamant pour l’électronique de puissance- COMPOSANTS DE PUISSANCE ,
- DIAMANT
INSA’s scientific leader : Luong-Viêt PHUNG
Project Leader : CNRS DR14 Occitanie-Ouest Toulou
INSA Challenge : Energy for a sustainable development
Partners : CEA
Funding Institution : PIA ANR
Funding : 2100000€
Dates - Duration : May, 2024 to April, 2028
Contact : luong-viet.phung@insa-lyon.fr
Unite national research efforts on diamond for power electronics, go beyond the state of the art and establish a roadmap for the industry
DATAWISE
Data Annotation Technology Advancement With Innovative Solutions for EfficiencyINSA’s scientific leader : Mathieu LEFORT
Project Leader : Neovision
INSA Challenge : Digital society and Information
Dates - Duration : March, 2024 to September, 2027
Contact : mathieu.lefort@univ-lyon1.fr
MANIOC AURA
Micro-Magnetic- Manipulation of Block Copolymers- MATERIALS ,
- POLYMERS
INSA’s scientific leader : BAEZA Guilhem
Project Leader : BAEZA Guilhem
INSA Challenge : Energy for a sustainable development
Funding Institution : REGION AURA
Funding : 40000€
Dates - Duration : March, 2024 to June, 2027
Contact : guilhem.baeza@insa-lyon.fr
Ce projet s’inscrit dans la filière d’excellence « Matériaux durables"
MISSION-CCS
Material Science Innovation for Accelerated, Sustainable and Safe Implementation of Carbon Capture and Storage- CARBON CAPTURE ,
- FACILITIES SUSTAINABILITY AND SAFETY
INSA’s scientific leader : Bernard NORMAND (MATEIS)
Project Leader : DTU
INSA Challenge : Energy for a sustainable development
Partners : INSA LYON - MATEIS, Norwegian University of Science and Technology, UNIV LEEDS, OIL AND GAS CORROSION, NPL MANAGEMENT, ALLEIMA TUBE, LEEDS AND BRADFORD BOILER COMPANY, INSTITUTT FOR ENERGITEKNIKK, WOOD GROUP UK, BAKER HUGHES ENERGY TRANSITION, TOTAL ENERGIES, SINTEF, EQUINOR ENERGY, SCHLUMBERGER CAMBRIDGE RESEARCH, SHELL GLOBAL SOLUTIONS INTERNATIONAL
Funding Institution : COMMISSION EUROPEENE
Funding : 2929384€
Dates - Duration : February, 2024 to January, 2028
Contact : bernard.normand@insa-lyon.fr
MISSION-CCS project targets the development of a unique, material science-based, integrated approach to a comprehensive understanding of materials and solvent degradation mechanisms for each processing step in the field of carbon capture and storage.
PATRON
The Doctoral Network on Prognostics and heAlth management of nexT GeneRatiOn drivetraiNs- CONDITION MONITORING ,
- HEALTH MONITORING OF DRIVETRAINS
INSA’s scientific leader : Jérôme ANTONI
Project Leader : KU LEUVEN
INSA Challenge : Energy for a sustainable development
Partners : IKERLAN, INSA LYON - LVA, LEUVEN INC, LULEA TEKNISKA UNIVERSITET, SAFRAN, SIEMENS, UJM, UNIV V LJUBLJANI, CNH INDUSTRIAL ITALIA, BONFIGLIOLI, MONDRAGON GOI ESKOLA POLITEKNIKOA JOSE MARIA ARIZMENDIARRIETA S COOP, UNIV DEGLI STUDI DI FERRARA, ARMANICHISU
Funding Institution : COMMISSION EUROPEENE
Funding : 2659982€
Dates - Duration : February, 2024 to January, 2028
Contact : jerome.antoni@insa-lyon.fr
Prognostics and health monitoring of drivetrains
CARTHAGE
Conception Avancée et Réalisation de Thyristors A Grande Energie- SILICON CARBIDE (SIC) ,
- THYRISTOR
INSA’s scientific leader : Luong-Viet PHUNG
Project Leader : CEA-LETI
INSA Challenge : Energy for a sustainable development
Funding Institution : ANR
Funding : 507650€
Dates - Duration : January, 2024 to June, 2026
Contact : luong-viet.phung@insa-lyon.fr
With no research group in Europe focusing on silicon carbide thyristors for very high current applications, the CARTHAGE project is an opportunity to transform concepts previously developed by ISL and Ampère into a semi-industrial product using a stable, repeatable manufacturing process controlled in the CEA-Leti cleanroom
NARRATE
regeNerAtive Resilient smaRt mAnufacTuring nEtworks- AI ,
- IoT ,
- SMART MANUFACTURING ,
- SUPPLY CHAIN RESILIENCE
INSA’s scientific leader : Armand BABOLI
Project Leader : AIDIMME – Instituto Tecnológico
INSA Challenge : Transport: structures, infrastructures, and mobilities
Partners : AIDIMME – Instituto Tecnológico, Scientific Academy for Service Technology, FRAUNHOFER, BRUNEL UNIVERSITY LONDON, SAG Software, F6S Network, Synesis, Fagama Investment Sociedad Limitada, DHL, Nunsys, BUDATEC, MICUNA
Funding Institution : COMMISSION EUROPEENE
Funding : 5611566€
Dates - Duration : December, 2023 to November, 2026
Contact : armand.baboli@insa-lyon.fr
NARRATE aims to strenghten manufacturing resilience by developing an AI-based tool, the Intelligent Manufacturing Custodian (IMC), integrating Digital Twin and IoT technologies to predict and manage disruptions, while transforming supply chains into Smart Manufacturing Networks (SMNs).
LUMIERE
LUbrification MIxte Et usuRE- LUBRIFICATION MIXTE ,
- USURE
INSA’s scientific leader : Aurélien SAULOT
Project Leader : UNIVERSITE DE POITIERS
INSA Challenge : Energy for a sustainable development
Partners : UNIVERSITÉ DE MONTPELLIER
Funding Institution : ANR
Funding : 551027€
Dates - Duration : October, 2023 to February, 2028
Contact : aurelien.saulot@insa-lyon.fr
Towards a model of the contacts in mixed lubrication for an optimized eco-efficiency
POINTCOM
Sources télécoms basées sur les défauts individuels dans le Silicium- PHOTONIC ,
- SILICON
INSA’s scientific leader : Thomas WOOD
Project Leader : INSA LYON
INSA Challenge : Digital society and Information
Funding Institution : ANR
Funding : 332729€
Dates - Duration : October, 2023 to May, 2027
Contact : thomas.wood@insa-lyon.fr
All-Silicon light sources for tomorrow’s optical communications networks
CACHALO
CAractérisation in-situ des CHamps LOcaux dans les céramiques- DIGITAL IMAGE CORRELATION ,
- RAMAN SPECTROSCOPY
INSA’s scientific leader : Aurélien DOITRAND
Project Leader : INSA LYON
INSA Challenge : Energy for a sustainable development
Funding Institution : ANR
Funding : 263868€
Dates - Duration : October, 2023 to September, 2027
Contact : aurelien.doitrand@insa-lyon.fr
CACHALO aims at setting up a experiment-simulation dialogue based on in-situ tests including both Raman spectroscopy and digital image correlation to beneficiate from these full-field measurements so as to determine mechanical properties of nacre-like ceramics