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Carnot action filières AirCar

Location

92322
Chatillon
France

Medias

Website

Description d'activité

AirCar is a consortium of 9 major players who supports the aeronautical industrial sector: ONERA and the Carnot Institutes CETIM, Ingénierie@Lyon, IFPEN TE, ESP, Leti, ARTS, M.I.N.E.S, MICA is a unique point of contact to access to the excellence of French research.

Participants

Jacques OUBRIER

Commercial Director

Dominique GARDELLA

Landmarks

Turnover : 2 - 10 M€
Staff : > 5000
9000 chercheurs
Label Carnot
L'excellence de la recherche pour l'entreprise

Group / Member of

ONERA et les instituts Carnot CETIM, Ingénierie@Lyon, IFPEN TE, ESP, CEA LETI, ARTS, M.I.N.E.S, MICA

Objectives

Offers

R&D
Patents / Licenses
Studies and engineering
Technology Platform
Advising and / or services
Technical service / equipment

Needs

Your needs

SPECIFIC INFORMATION ON THE NATURE OF THE OFFER

Notre objectif est de vous apporter une solution en vous simplifiant la vie : un point de contact unique pour innover & booster votre compétitivité !

Compétences R&D, expertises et moyens d'essais (plateformes) dans les domaines suivants :
• Les matériaux (métalliques et composites), procédés et assemblages hautes performances,
• L’avion plus électrique voire tout électrique,
• Les sous-systèmes (avion connecté, avionique, capteurs),
• Les nouveaux usages : drones, dirigeables.

Your technological assets

Application fields

Application fields
Aerospace

EQUIPMENTS, TECHNOLOGIES AND PROCESSES

Matériaux composites & métalliques : nombreuses PF couvrant toute la chaine de valeur
Avion plus électrique : banc d'essais machines, stockage énergie, fiabilité, CEM, Essais RF
Système de capteurs, cybersécurité, Micro Nano Technologies, PF d'évaluation de systèmes aériens
Drones: Navigation autonome, PF robotiques aériennes expérimentales, PF de vol avec trajectographie

Certifications

References

Grands groupes, ETI et PME de l'aéronautique (172 entreprises ETI et PME clientes en 2016)

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
Antennas
Electromagnetic fields, propagation, radiation
RF circuits, MMIC
Microwave systems and instrumentation
Radars
Terahertz
1.3 Optics, optoelectronics
Plasmon applications, metamaterials and nanomaterials
Commutation
Nanowire components (Si, ZnO, GaN)
Electroluminescent diodes for lighting
Fibers
Modelization, simulation, and design of optoelectronic components
Photonics on CMOS
III-V and II-VI semiconductors
Optical storage of data
Screens, display
1.4 Sensors
Chemical and biochemical sensors
Visible, IR, X and Terahertz image sensors
Mechanical sensors and actuators
Biomedical sensors
Textile sensors
Instrumentation
Energy recovery, conversion and management
1.5 Signal processing and multimedia
Non destructive control
Man-machine interaction
3D modeling and simulation
Spectroscopy
Monitoring, security
Signal and image processing
1.7 Software technologies
Embedded system architecture
Architecture of intensive software systems
Cryptography
Software engineering
Man / machine interface
Complex system modeling
OS and middleware
Software and system reliability: methods and tools
Critical systems
Software verification and proof
1.8 Automation, robotics and virtual reality
Robotics
Telerobotic, assisted gesture

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
Non-destructive testing
Additive Manufacturing
Innovative materials
Implementation of composites
Agile processes
Supervision and optimization of processes

4. Chemistry

4.1 Chimistry and environment
Agrofuels, synthetic fuels
4.5 Processes
Formulation
Chemical Engineering
Intensification of processes
Micro-fluidic
Catalysis
Electrochemistry

5. Energy and environment

5.1 Renewable energies
Agrofuels / Biofuels
Alternative fuels
5.3 Energy processing
Hybridization of energy sources
Fuel cells
Energy recovery and conversion
5.6 Technologies and transverse methodologies
Materials

7. Transportation, engines, propulsion and fuels

7.2 Propulsion and fuels
Engine/fuel adequacy
Propulsion efficiency increase
Alternative fuels
Fossil fuels
Fuels from biomass
Combustion
Engine controls
Hybridation
Lubricants
Tuning and calibration of engines
Flex fuel engines
Heat engine
Post-processing
Environmental impact reduction
Simulation and modeling
Non-conventional propulsion systems
Turbines
7.3 Aeronautics
Alternative aeronautical fuels
Vehicle development (aerodynamics, structures...)
Infrastructures
Operation procedures, intermodality, new concepts
Environmental impact reduction (emissions, noise)
Simulation and modeling
Space