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Aeronautics - Aerospace - Defence
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Complex systems and software engineering
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Digital
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Energy, Ecology, Environment
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Mobility and transport
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Quality of life - Health - Food
Systèmes et applications des technologies de l'information et de l'énergie (SATIE)
Research unit
SATIE is an applied sciences laboratory which focuses on the study and improvement of information and electrical systems. The scientific challenges it takes on range from electrical engineering and applied physics to bio-microsystems.
The research carried out at SATIE is highly related to societal stakes such as the safety of industrial systems and workers, health (namely through its work on signal treatment and sensor sytems), or self-driving vehicles. Sustainable development is another one of its high priorities, researched through the development of integration solutions for power electronics devices, and of clean energy conversion chains.
Innovation themes
- Energy, Ecology, Environment
- Digital
- Instrumentation, electronics, robotics and cobotics
- Complex systems and software engineering
- Telecom, converged network, fixed and mobile, internet of things
- Modelling and simulation
- Mobility and transport
- Quality of life - Health - Food
- Medical equipment (biophotonics, radiation, etc.)
- Digital modelling, data visualisation, Human - Machine Interaction
- Aeronautics - Aerospace - Defence
- Energy
- Decarbonized vehicle (bio-fuel, electrification...)
- Therapeutic technologies (drugs, genetics, biomarkers, biomolecules, etc.)
- New energy sources and production system
- Aircraft maintenance
- Embedded systems, critical systems
- Vehicle and equipment architecture
- Eco construction, eco process, eco product
- Materials (vehicle weight reduction, reliability...)
Lab of attachment
61, avenue du Président Wilson
94235 CACHAN
Expertises
- energy efficiency
- electrical mobility
- power electronics
- power integration
- electrical machinery
- sustainable development
- sensors and instrumentation
- signal treatment
- image treatment
- command,automation
- multi-physical modelling
- self driving vehicles
- bio-microsystems
Applications sectors
- IT / software
- Biotechnology
- Other business
- Energy
- Defence
- Aeronautics / Aerospace
- Automotive industry
- Electronic / photonics
- Other industry
- Cosmetics
- Railway industry
Total number of employees
Number of researchers : 100
Number of doctoral students : 75
Equipment(s) open to collaboration
Information platform :
- Imagery : Foucault currents, acoustical-optics, RF
- LASER techniques for characterization, conservation and restoration of historical heritage (Labex PATRIMA and Equipex PATRIMEX)
- Clean room : polymer technology (classe 1000) (http://ida.ens-paris-saclay.fr/version-anglaise/platforms/clean-room/)
- Microfluidics platform (http://ida.ens-paris-saclay.fr/version-anglaise/platforms/microfluidic-platform/)
- Biochips experimentation platform
- Plasmonics platform
- Electrochemical sensors platform
Energy platform :
- Power integration
- Conception of advanced machinery
- Energy treatment
- Testing of environmental constraints
- Component characterization
- Magnetic materials characterization
Mechanical workshop :
http://www.satie.ens-cachan.fr/version-francaise/les-membres/personnels-iatos/iatos-services-communs/vallade-patrice-216468.kjsp?RH=1216193112833
Keywords
- Biomedical
- functionalized materials
- bio-sensors
- microsystems
- adaptive optics
- fluid mechanics
- diagnostis
- electromagnetic compatibility
- telecommunications
- hybrid vehicules
- smart homes
- aircraft electronics
- fuel cells
- super-condensers
- non destructive testing
- non destructive evaluation
- estimation
- electroporation
- inverse problems
- energy conversion
- machine command
- acoustical-optics
- wear and tear
- piezo-electrical systems
- energy harvesting
Valuation offer
Projects examples
- As a part of ANR backed project (QUALIPHE, PROGELEC program 2013-2016), SATIE researched the improvement of the conversion chains used in wave turbines. This original work can be transposed to any other fields involving highly-fluctuating power situations in electrical energy treatment (for instance in wind turbines or photovoltaic electricity production chains, or even traction chains in electric vehicules)
Industrial and scientific relations
Scientific collaborations
- France: AMPERE, CEP (Ecole des Mines de Paris), CEA-INES, FEMTO-ST, G2ELAB, ICMPE, C2N, INMM, IRCCyN, IRISA (R2D2 team), ITODYS, LAPLACE, LEAH, Geeps, LSS, M2S (Mouvements Sport et Santé, Univ. Rennes 1), ONERA, ...
- Europe: University of Louvain la Neuve (Belgium), University of Sofia (Bulgaria), University of Catalunya Barcelone (Spain) University of Amsterdam (Netherlands) University of Budapest (Hungary), University of Naples (Italy), University of Pise (Italy), Polytecnico Turin (Italy), INRIM (Italy), Trinity College Dublin (Ireland), Novi Sad (Serbia)...
- International: University of Queensland (Australie), Unicamp (Brésil), Devi Ahilyia University (Indore), University of Haifa (Israel), University of Osaka (Japon), University of Tokyo (Japon), NTU (Taïwan), University of Tucson (USA)...
Private collaborations
Collaboration with several major national and international companies
Establishments of affiliation
