accelerating science, technology esearr ch transfers to industry · 2019-09-30 · engineering...
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dependable robust certifiable sustainable
MaterialsData science
PhysicsChemistry
MathematicsEngineering
Accelerating science, technology research transfers to industry
aeronautics space embedded systems
IRT Saint Exupéry is an Institute of Technology which combines resources from public and private partners to lead R&T activities in four strategic domains. Target markets include aeronautics, space and embedded systems. Its expertise and technology platforms, as well as its integrated collaborative environment boost the maturation and transfer of breakthrough technologies (TRL 4-6) to IRT industrial partners.
WHAT WE DO
“RECHERCHE EN PROPRE” COLLABORATIVE RESEARCH SUBCONTRACTED RESEARCH
Joint management and funding Tailored services
Integrated multi-partner researchCross-fertilization Science & Industry Inter industry Intra industryTechnology acceleratorFinancial leverage
MaterialsData science
PhysicsChemistry
MathematicsEngineering
SCIENCEAeronauticsSpaceAutomotiveRailwayDronesManufacturing
INDUSTRY
HIGH PERFORMANCEMULTIFUNCTIONAL
MATERIALS
MOREELECTRICAL
AIRCRAFT
SYSTEMS ENGINEERING& MODELING
Research & Transfers to IndustryAccelerating Science, Technology
Fundamental Research Market / Products development*
* Technology Readiness Level
ACADEMICS INDUSTRIALS
* Th
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by M
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Co-located multi-partner research projects involving academic and industrial partners Managed by IRT Saint Exupéry *Within IRT Saint Exupéry Research services
Technological studiesTechnology platform services
INTELLIGENT SYSTEMS
& COMMUNICATIONS
• Technology transfers: skills, reports, publications and training• Intellectual property: patents, softwares, processes, expertise and designs• Engineering support: guidelines, models, databases, standards and technology maturity evaluations• Demonstrators: softwares and materials• Networking: cross industry synergy
OUR KEY DELIVERABLES
With IRT Saint Exupéry take part in a project to develop joint resultsParticipate in H2020 projects or others
OUR PROJECT OFFERS
Concepts, prototypes and technologies development
HUMAN RESOURCES
€332MCUMULATIVE BUDGET(2014-2023)
more than
41ON GOING PROJECTS
15 patents, 110 technology transfers and more than180 publications
more than
160MEMBERS & PARTNERS
including 57 SMEs and 53 public institutions and laboratories
11PLATFORMSincluding 51 equipment facilities
37 Experts
17 Technical referents
42 PhD students
18 Postdocs
Sept. 2019KEY FIGURES
IRT Saint Exupéry: At the hub of aeronautics, space and embedded systems ecosystem in Montreal and Nouvelle Aquitaine, Occitanie and Sud regions
320
153 IRT Secondments
167 IRT Contract Employees
including
| Brazil
| Canada
| United-States
United Kingdom |
Portugal |Germany
The Netherlands
| Israel
Hong Kong |
| Japan
| Australia| Reunion
| Spain
Belgium
Switzerland
| Bordeaux site
| Toulouse site|Sophia Antipolis site
| Montpelier site
Laboratories
Platforms
IRT sites
Companies
|Montreal site
INTERNATIONALPARTNERSHIPS
A range of pre-industrial pilots are dedicated to the development of next generation high performance ceramic-matrix or thermoplastic-matrix pre-impregnated materials that can be functionalized with electrical, thermal and damping properties.
ELABORATION, IMPREGNATION & CONSOLIDATION OF MULTIFUNCTIONAL COMPOSITES Helps industrial end-users, original
equipment manufacturers and SMEs who want to use the additive manufacturing process to build, repair and/or functionalize certified parts for the aerospace industry.
METAL ADDITIVE MANUFACTURING
CUTTING-EDGE PLATFORMS
HIGH PERFORMANCE MULTIFUNCTIONAL MATERIALS
ADDITIVE MANUFACTURING
Surface preparation: • Plasmas and lasers • Wet processes
Green multifunctional coating: • Micro arc oxidation • Thermal optical coating • Anti-icing and anti-fire coating • Automated painting and inks
Innovative assemblies: • Lead-free soldering• Alternative fixation• Metal and composite adhesive bonding
INNOVATIVE ASSEMBLIES & SURFACES
• Additive manufacturing • Net shape forging • Physical metallurgy • Ageing and durability • Fatigue and damage tolerance • Thermal treatments • Multiscale characterization• Mechanical modeling
METALLIC MATERIALS & PROCESSES
• Thermosets, thermoplastics and ceramics
• Formulation and elaboration • Fiber sizing and matrix impregnation • Multifunctionality• “Out of autoclave” processes • Thermoplastic welding • Injection and melt infiltration • Virtual material and testing • Recycling
COMPOSITE MATERIALS & PROCESSES
These surface preparation and adhesive bonding platforms, merged together with innovative data analytics, allow the development of automated plasma and laser surface preparations and the setting up of robust adhesive bonding processes.
SURFACE PREPARATION & ADHESIVE BONDING
Increase power density, reliability of electromechanical drives and power electronics for “high voltage” applications thanks to:• Wide band gap components• New topologies• Electro Magnetic Compatibility filters• New technologies and integration• High speed electrical machines• Global optimization methodologies
and tools• Cooling solutions
POWER TECHNOLOGIES & INTEGRATION
To study the partial discharge inception voltage of components in order to evaluate their reliability. Also designed to test equipment under nominal operating conditions from the point of view of electrical or environmental constraints.
PARTIAL DISCHARGES
Hysteresis cycles and losses characterization of magnetic materials used in electrical machines. It includes a single sheet tester, a 2D rotational power loss tester able to reproduce realistic waveform and 2 Epstein frames.
MAGNETIC MATERIAL CHARACTERIZATION LAB CUTTING-EDGE PLATFORMS
HYBRID PROPULSION
Assessment and management of voltage impact: • Partial discharges• Space charges• Electric arcs• Electrical ageing
Mass impact mitigation by:• Innovative dielectrics • Conductors
DIELECTRICS, CONDUCTORS & PLASMAS
Enabling cost effective reliability management Assessing failure mechanisms analysis Modeling for emerging technologies: Components off-the-shelf • Wide band-gap • Digital components• Batteries• Fuel cells
COMPONENTS MODELING & RELIABILITY
To evaluate electric arc signature under several voltages types - 28VDC, 115VAC, 230VAC, 270VDC and 540VDC - to give installation recommendations and to develop or validate arc protections.
ELECTRIC ARCS
Dedicated to the conducted emission characterization of wide band gap electromechanical drives - inverter, cables, AC motor with DO160 setup - and stability and subsystem interactions with two electromechanical drives.
50KW ELECTROMECHANICAL DRIVES TEST BENCH
It dynamically creates MDO processes and offers a range of innovative MDO methods. It is the core component of SPIRO, a user-friendly software platform to support MDO processes in distributed environments, handle data transportation and manage errors and crashes.
GEMS - A DISRUPTIVE TOOL FOR MDO
A four-engine pre-flight inspection drone for aircraft, manufacturing, etc. The objective is to provide an industrial scale case study supporting research work.
AIDA - A DRONE FOR AIRCRAFT MANUFACTURING & MAINTENANCE
SYSTEMS ENGINEERING& MODELING
CUTTING-EDGE PLATFORMS
TeePee is a collaborative model-based engineering platform that contributes to system architectures analyses in an Extended Entreprise context with heterogeneous methods and tools and IP protection.
TEEPEE - A UNIFIED VISION OF STRUCTURAL ARCHITECTURE FOR EXTENDED ENTERPRISE
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• MDO software platform in the service of the multidisciplinary designer
• Innovative MDO methodologies, formulations and advanced methods
• Automatic design space exploration and multidisciplinary optimization
• MDO under uncertainty and robust optimization
• Advanced aeronautical test cases representative of industrial constraints
• Development of high-level expertise through international research collaborations
MULTIDISCIPLINARY DESIGN OPTIMIZATION (MDO)
Model-based collaborative system engineering: • Multi-disciplinary Model-Based
Engineering: MBSE/MBSA, MBSE/MDO• MBSE in Extended Enterprise• Requirements and Model-Based
Systems EngineeringHigh performance processing and architectures:• Deterministic synchronous and
parallel programming • Structural and behavioural
interference analysis • WCET static and dynamic analysis • HW/SW deployment: FPGA and
virtual platform design Design, V&V and certification process for complex critical functions including artificial intelligence
SYSTEMS ENGINEERING
CUTTING-EDGE PLATFORMS
ARTIFICIALINTELLIGENCE
INTELLIGENT SYSTEMS & COMMUNICATIONS
Turnkey access to cloud computing with a modular Python library for artificial intelligence applications, machine learning and crowdsourcing.
CITADEL PLATFORM - TOOLBOX FOR FAST PROTOTYPING OF AI & BIG DATA SOLUTIONS
ELITE TRANSMISSION PLATFORM - A REFERENCE TOOL FOR EVALUATING SATELLITE LINK PERFORMANCE
Real-time platform to evaluate the contribution of new optimization algorithms on satellite link capacity and quality performance. Compare different architecture options and select the most efficient one without setting up real links!
• Dependable machine learning• Robustness, explainability and
interpretability• Certification and qualification of
artificial intelligence• Differential privacy and collaborative
learning
ARTIFICIAL INTELLIGENCE FOR AUTONOMOUS & CRITICAL SYSTEMS
• Unsupervised machine learning• Reinforcement learning• Combinatorial optimization• Artificial intelligence and physical
models hybridization• Embedded artificial intelligence
INTELLIGENT SYSTEMS & APPLICATIONS
• Embedded digital signal processing for communications
• Flexible communication network• Embedded image processing• Real time artificial intelligence• Free space optical transmission • Microwave photonics
DIGITAL SIGNAL PROCESSING
A GROUP OF WORLD-CLASS ACTORS SUPPORTING CUTTING-EDGE INNOVATION
VALUESYour task is not to foresee the future, but to enable it.
(Antoine de Saint Exupéry, Citadelle)
The 8 IRTs benefit from the French government program “Investir l’Avenir” ( Investments for the Future).
+ 33 (0) 5 61 00 67 50
@irtSaintEx
www.irt-saintexupery.com
LOCATIONS
FIT, THE ASSOCIATION WHICH BRINGS THE 8 IRTS TOGETHERThe Association of IRTs was created in 2015. It is called the French Institutes of Technology (FIT).
TOULOUSEB612 Building3 rue tarfaya - CS 34 43631405 Toulouse Cedex 4 (France) SOPHIA ANTIPOLIS
Inria - 2004 route des luciolesBP 93 - 06902 Sophia Antipolis (France)BORDEAUX
Arts et MétiersParisTechCampus of Bordeaux-TalenceEsplanade des Arts et Métiers, 33405 Talence cedex (France)
Cleverness, creativity, curiosity
© Ph
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Pioneering Spirit
Commitment, sense of sharing and responsibility
Meaning of action and experimentation
Open-mindedness to other people and culture
FOUN
DERS
| Brazil
| Canada
| United-States
United Kingdom |
Portugal |Germany
The Netherlands
| Israel
Hong Kong |
| Japan
| Australia| Reunion
| Spain
Belgium
Switzerland
| Bordeaux site
| Toulouse site|Sophia Antipolis site
| Montpelier site
Laboratories
Platforms
IRT sites
Companies
|Montreal site
MONTPELLIERLe Triade Building215 rue Samuel Morse34000 Montpellier (France)