Catalogue

MEET US IN

K11

Pdf

Carnot action FAST_SPOR'IN

Location

13013
MARSEILLE
France

Medias

Website

Description d'activité

To enable companies, sports and professional federations, communities, ... to access the skills, results and technological platforms of a wide range of public research players and to develop the necessary R&D for their innovation.

Participants

Sandrine GALMICHE

CSO / Chief Strategy Officer

Landmarks

Turnover :
Staff :
A consortium of 3 Carnot instituts

Group / Member of

Institut Carnot STAR
Institut Carnot Leti
Institut Carnot MICA

Objectives

Offers

R&D
Patents / Licenses
Studies and engineering
Technology Platform
Public support for innovation
Technical service / equipment

Needs

Your needs

SPECIFIC INFORMATION ON THE NATURE OF THE OFFER

Expertise for analyzing, simulating and modelling the Human movement based on mechanical, physiological, neurological and psychological determinants…
Aptitude in micro – Nanotechnology combined with their applications to connected devices…
A high capacity in the development and conception of innovative materials solutions (Functionalized and connected materials, Smart textile, composite…) Innovative materials are key in designing new sports equipment.

Your technological assets

Application fields

Application fields
Sport

EQUIPMENTS, TECHNOLOGIES AND PROCESSES

TechnoSport
Centre de réalité virtuelle augmentée
matériaux et fonctionnarisation
IDO Sport

Certifications

References

Décathlon
Zéfal
Time
Union sport & cycles
STMicroelectronics

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
Design of digital, analogue and mixed integrated circuits
System integration, packaging
Microsystems, MEMS, MOEMS
System on Chip / SoC
CMOS technologies
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
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
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
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
Spectral and multispectral retinas
Spectroscopy
Monitoring, security
Signal and image processing
1.6 Communication systems
Digital communications
Telecommunication components, ICs and systems
Software and network infrastructure
Interconnections, physical links
Protocols, design, specification, validation, test
Mobile networks
Routing, mobility, group communication, error detection, quality of service
Satellites, Galileo
Safety, cryptography, reliability, availability
1.7 Software technologies
Embedded system architecture
Cryptography
Software engineering
Man / machine interface
Software and system reliability: methods and tools
1.8 Automation, robotics and virtual reality
Control and monitoring
Diagnostic and pronostic
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
Semantics, knowledge extraction, translation
Intelligence and information systems
1.10 Socio-economy of ICT
Services and practices/habits

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
Respect of environmental constraints

4. Chemistry

4.1 Chimistry and environment
Green chemistry
Effluent treatment
4.2 Organic chemistry and biochemistry
Biochemistry
Specialty chemistry, cosmetics
Organic synthesis
4.3 Polymers
Polymers
Sol-gel, nanoparticles
4.4 Characterization techniques and analytical chemistry
Elementary analysis
Chromatography, separation techniques
Spectroscopic techniques
4.5 Processes
Formulation
Chemical Engineering
Intensification of processes
Micro-fluidic
Catalysis
Electrochemistry
4.6 Other fields of chemistry
Inorganic and mineralogical chemistry
Modeling, simulation
Electrochemistry
Tensioactives

7. Transportation, engines, propulsion and fuels

7.1 Road and rail
Vehicle/infrastructure/driver interactions
Protection of transport users and crash tests
Transportation safety
7.6 Pratices
Accidentology
Transportation networks, mobility and practices/habits
Tourism

9. Medical and health technologies

9.1 Investigation
Accidentology
Basic biology: molecular biology, genetics, microbiology, parasitology, virology …
Biotechnologies
Biochemical detection
Electrochemical and electrical detection
Signal treatment, imaging
9.2 Therapeutics
Bio-materials, implants
Assisted surgery
Drug-screening
Biomarkers of Imaging
9.3 Therapeutic follow-up
Therapeutic follow-up
9.4 Diagnosis
Biomedical sensors
Single molecule detection
Diagnosis in vitro
Microfluidics
Samples preparation and treatment
Molecular patterns
9.6 Imaging
Data analysis
Molecular dynamics
Cellular imaging
Functional imaging
Molecular imaging
Multimodal imaging
In vivo imaging
9.7 Autonomy
Ambiant Assisted Living
Bio-mechanics and shock bio-mechanics
Sensors
In-vivo electronics
Guiding and assistance
Brain-machine interfaces
Protection of transportation users
Prosthesis
Augmented reality
Telemedicine
9.8 Modeling
Virtual man
Animal models
Mathematical modeling
9.9 Public health, health care systems, health management
E-health

10. Nutrition and Food Safety

10.1 Nutrition and Food Safety
Nutritional studies
Sensory studies
Feeding behavior
Clinical studies
Industrial transfer
Retention of nutritional and sensory
Athlete nutrition (performance, fatigue, recovery)
Hydration
Metabolomics
Nutrigenomics
Health Effects Studies

11. Sport

11.1 Sport
Analysis of sport interaction / equipment
Multidisciplinary measures on the athlete (sensory, physiological, biomechanical, behavioral, perception, motor skills, nutrition)
Multi-physical and multi-scale modeling
Virtual reality / augmented reality applied to sport
Development of experimental laboratory and field protocols
Individual equipment for protection and performance

13. Industrial engineering and organization

13.1 Industrial engineering and organization
New product design

14. Support for innovation and R & D partnerships

14.1 Support for innovation and R & D partnerships
Support for collaborative project setting up
International development
Local and regional development
R&D funding
Research training
Professional organizations and federations
Intellectual property
SME support
European Collaborative Project – Mission enterprise European Network

Carnot action filières FAST_SPOR'IN