Carnot action filières CARATS

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Carnot action CARATS- filières Mode et Luxe

Category

Location

  • 75006
  • PARIS
  • France

Medias

Description d'activité

  • French public research is approaching the fashion and luxury sectors to support the "France" brand and its ancestral know-how in adressing 5 challenges : sustainable development, creation & engineering, image and brand's identity, luxury of the future, support for innovation

Participants

DG avatar

Delphine GILGES-CRAMPONT

Project Manager

Landmarks

  • Turnover : 10 - 50 M€
  • Staff : 500 - 5000
  • 3 Instituts CARNOT
  • 70 Laboratoires - 4 000 Experts
  • 17 Plateformes
  • Secteur Mode et Luxe

Group / Member of

  • M.I.N.E.S
  • MICA
  • I@L
  • ARMINES

Objectives

Offers

  •  R&D
  •  Patents / Licenses
  •  Studies and engineering
  • Technology Platform
  •  Design

Needs

Your needs

SPECIFIC INFORMATION ON THE NATURE OF THE OFFER

Faciliter l'accès à la recherche des entreprises de la filière Mode & Luxe.
Offrir aux industriels un accès privilégié à l'expertise et l'excellence scientifique de 70 laboratoires grâce à une interface unique
Proposer une réponse adaptée à la spécificité de chaque entreprise
Assurer la création de valeur pour les entreprises partenaires ( brevet, transfert de technologies, le développement de nouveaux produits, logiciels).

Your technological assets

Application fields

  • Application fields
  • Fashion and luxe

EQUIPMENTS, TECHNOLOGIES AND PROCESSES

  • Fabrication Additive Polymères
  • EXTREMOM (Développement Technologique, caractérisation, modélisation et simulation)
  • C2P (Centre de Compétences en Procédés de Projection)
  • Atelier de Réalité Virtuelle
  • Ingénierie d'Aspect Visuel et Tactile
  • Propriétés Environnementales et Sanitaires des Matériaux
  • Mise en forme des Métaux
  • Plateforme de Caractérisation des Matériaux et des Surfaces
  • Mise en oeuvre des Polymères
  • Mise en Oeuvre des matériaux et surveillance active
  • Matériaux et Procédés
  • Tribologie
  • Du Polymère au Textile Fonctionnalisé
  • Fonctionnalisation de Surface
  • GALA ( Galénique Avancée)
  • Cosmétique & Santé
  • Marquage

Certifications

References

Skills

1. Information and Communication Technologies (ICT) - Micro Nano Technologies
  • 1.1 Microelectronics, micro and nanotechnologies
  • Quality analysis and reliability of components and systems
  • Characterization and modeling of circuits and systems
  • Integrated circuits for imaging systems and displays
  • Design of digital, analogue and mixed integrated circuits
  • System integration, packaging
  • Microsystems, MEMS, MOEMS
  • System on Chip / SoC
  • CMOS technologies
  • Other technologies (diamond, …)
  • 1.2 Hyper frequencies
  • Microwave systems and instrumentation
  • 1.3 Optics, optoelectronics
  • Modelization, simulation, and design of optoelectronic components
  • 1.4 Sensors
  • Chemical and biochemical sensors
  • Visible, IR, X and Terahertz image sensors
  • Mechanical sensors and actuators
  • Biomedical sensors
  • Textile sensors
  • Instrumentation
  • 1.5 Signal processing and multimedia
  • Analysis and synthesis of voice and image
  • Biometry
  • Classification, pattern recognition, indexation
  • Non destructive control
  • Content creation and distribution
  • Data fusion
  • Smart and biomimetic imaging systems
  • Man-machine interaction
  • High resolution and analytical electronic microscopes
  • Near field microscopes
  • 3D modeling and simulation
  • Multimedia, multimodalities
  • Spectroscopy
  • Signal and image processing
  • 1.6 Communication systems
  • Digital communications
  • Software and network infrastructure
  • Planification, network provisioning, traffic, simulation
  • Protocols, design, specification, validation, test
  • Safety, cryptography, reliability, availability
  • 1.7 Software technologies
  • Embedded system architecture
  • Architecture of intensive software systems
  • Cryptography
  • Software engineering
  • Man / machine interface
  • Complex system modeling
  • Software and system reliability: methods and tools
  • Critical systems
  • Software verification and proof
  • 1.8 Automation, robotics and virtual reality
  • Control and monitoring
  • Diagnostic and pronostic
  • Haptic interfaces
  • Tactile interfaces
  • Augmented reality
  • Virtual reality
  • Robotics
  • Telerobotic, assisted gesture
  • 1.9 Information and knowledge
  • Databases, big data
  • Behaviors and ICT practices/habits
  • Content indexing, archiving and retrieval
  • Collaborative engineering
  • Semantics, knowledge extraction, translation
  • Multimedia information system
  • Intelligence and information systems
  • Distributed information systems
  • 1.10 Socio-economy of ICT
  • Micro and macro-economic modelization, organizational theory
  • Services and practices/habits
  • Industrial strategy
  • Information systems
2. Materials, mechanics and process
  • 2.1 Materials
  • Design/production of the materials
  • Metallic materials
  • Polymers, composites
  • Ceramic products
  • Biomaterials
  • Nanomaterials
  • Surface treatments and coatings
  • Properties and characterisation (structural and functional)
  • Durability / operating strength
  • Recycling
  • 2.2 Mechanics and design
  • Dimensioning (dynamics, fluid mechanics, solid mechanics)
  • Prediction of behaviors and damages
  • Metrology, control and measurements
  • Tribology, friction, wear, lubrication
  • Mechatronics
  • Eco-design
  • 2.3 Processes
  • Assembling
  • Manufacturing
  • Plastics
  • Shaping of the materials (stamping, forging, founding/casting, machining, etc.)
3. Manufacturing
  • 3.1 Manufacturing
  • Virtual and Collaborative Design
  • Non-destructive testing
  • Additive Manufacturing
  • Innovative materials
  • Implementation of composites
  • Agile processes
  • Respect of environmental constraints
  • Supervision and optimization of processes
4. Chemistry
  • 4.2 Organic chemistry and biochemistry
  • Specialty chemistry, cosmetics
  • 4.4 Characterization techniques and analytical chemistry
  • Chromatography, separation techniques
  • 4.5 Processes
  • Formulation
  • 4.6 Other fields of chemistry
  • Modeling, simulation
5. Energy and environment
  • 5.1 Renewable energies
  • Biomass, hydrogen from biomass, BTL synthetic oil
  • 5.4 Management, transmission and stocking of energy
  • Recovery of energy
  • 5.5 Uses of energy
  • Industrial processes, machines and equipments
  • 5.6 Technologies and transverse methodologies
  • Materials
  • Modeling, design and reliability techniques
  • 5.7 Environmental impact
  • Environmental impact
6. Geosciences, natural resources, pollution and risks
  • 6.4 Pollution, industrial effluents, wastes
  • Sustainable development
  • Simulation, modeling
7. Transportation, engines, propulsion and fuels
  • 7.5 Transportation of goods
  • Goods in cities
  • Distribution systems
11. Sport
  • 11.1 Sport
  • Analysis of sport interaction / equipment
13. Industrial engineering and organization
  • 13.1 Industrial engineering and organization
  • New product design
  • Industrial engineering
  • Production management
  • Logistics
  • Enterprise modeling
  • Productics and computer-integrated manufacturing
  • Supply chain