Catalogue

MEET US IN

B01

Pdf

BERTIN TECHNOLOGIES (CNIM) MEMBRE ASRC

Location

78180
Montigny le Bretonneux
France

Medias

Website

Activity

Studies and technical services related to activities of technological services, development. Design and supply of high value-added equipment.
For defence security, space big science, environment energy, life sciences, virtual desgin

Participants

Elie ZNATY

R&D Director

Pauline PLISSON

Landmarks

Turnover : 50 - 1500 M€
Staff : 500 - 5000

Group / Member of

CNIM designs and manufactures high-tech turnkey industrial equipments and solutions
Member of the Association des Structures de Recherche sous Contrat – ASRC
Pôles Aerospace valley, Astech, Axelera, Cap Digital, CapEnergies, Derbi, Mer Bretagne
Pôles Mer Méditerranée, Optitec, Pegase, Risques, Systematic, Tenerrdis,

Objectives

Offers

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

Needs

Your needs

SPECIFIC INFORMATION ON THE NATURE OF THE OFFER

Bertin is a major actor in innovation since 1956, thanks the diversity of its operational sectors, (defence, aeronautics, health, energy, environment), high level capabilities and partnerships (laboratories, universities, start-ups) Bertin offers the performance of value added products and services. Everyday, its 750 collaborators, convert scientific and technological progress into industrial success, increasing its products and processes power.

Your technological assets

AlphaGuard, Radon gas measuring equipment
InCellis, the new digital microscope (cell imaging)

Application fields

Application fields
Aerospace
Automtive industry
Defence
Energy
Health - Health Technologies
ICT - Software and digital
Laboratory Equipment
Measure instruments
security

EQUIPMENTS, TECHNOLOGIES AND PROCESSES

Modern means of design and validation: calculation tools, integration halls, clean rooms
MEDIASPEECH: providing automatic transcription of radio, TV, and documentary news

Certifications

References

Skills

1. Information and Communication Technologies (ICT) - Micro Nano Technologies

1.1 Microelectronics, micro and nanotechnologies
System on Chip / SoC
1.2 Hyper frequencies
Microwave systems and instrumentation
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
Biomedical sensors
Energy recovery, conversion and management
1.5 Signal processing and multimedia
Analysis and synthesis of voice and image
Classification, pattern recognition, indexation
Data fusion
Smart and biomimetic imaging systems
Man-machine interaction
High resolution and analytical electronic microscopes
3D modeling and simulation
Multimedia, multimodalities
Spectroscopy
Monitoring, security
Signal and image processing
1.6 Communication systems
Safety, cryptography, reliability, availability
1.7 Software technologies
Embedded system architecture
Cryptography
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
Control and monitoring
Virtual reality
Robotics
1.9 Information and knowledge
Behaviors and ICT practices/habits
Content indexing, archiving and retrieval
Semantics, knowledge extraction, translation
Multimedia information system
Intelligence and information systems
1.10 Socio-economy of ICT
Industrial strategy

2. Materials, mechanics and process

2.2 Mechanics and design
Dimensioning (dynamics, fluid mechanics, solid mechanics)
Metrology, control and measurements
Tribology, friction, wear, lubrication
Mechatronics
Eco-design

3. Manufacturing

3.1 Manufacturing
Non-destructive testing
Respect of environmental constraints
Supervision and optimization of processes

4. Chemistry

4.1 Chimistry and environment
Effluent treatment
4.5 Processes
Electrochemistry

5. Energy and environment

5.1 Renewable energies
Biomass, hydrogen from biomass, BTL synthetic oil
Wind energy
Hydroelectric energy, tidal energy
Nuclear energy
Solar, thermal and photovoltaic energies
5.2 Fossil energies
CO2 capture and carbon sequestration
5.3 Energy processing
Hybridization of energy sources
Fuel cells
Energy recovery and conversion
Thermo-electricity
5.4 Management, transmission and stocking of energy
Energy management
Recovery of energy
Energy stocking and stocking management
5.5 Uses of energy
Micro energy, mobile energy
Transportation, on board energy management
5.6 Technologies and transverse methodologies
Modeling, design and reliability techniques
5.7 Environmental impact
Environmental impact

6. Geosciences, natural resources, pollution and risks

6.4 Pollution, industrial effluents, wastes
Biotechnology, biodegradable materials
Detection and prevention of pollutions
Sustainable development
Waste treatment processes, recycling
6.5 Risks
Modeling, simulation

7. Transportation, engines, propulsion and fuels

7.1 Road and rail
Vehicle/infrastructure/driver interactions
Geographic information systems
Road/rail hybrid vehicle
7.2 Propulsion and fuels
Simulation and modeling
Non-conventional propulsion systems
7.3 Aeronautics
Simulation and modeling
Space
7.3 Sea
Low emission motorization

9. Medical and health technologies

9.1 Investigation
Biotechnologies
Biochemical detection
9.2 Therapeutics
Drug-delivery
9.4 Diagnosis
Lab on chip
Microfluidics
Samples preparation and treatment
9.7 Autonomy
Telemedicine
9.8 Modeling
Mathematical modeling

14. Support for innovation and R & D partnerships

14.1 Support for innovation and R & D partnerships
SME support