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Masters PROGRAMMEENGINEERING sciences
ecOLe centraLe Par isLeader, entrepreneur, innovator
a sPringbOard Of exceLLence tOward careers in acadeMic and
industriaL research
Energy
Applied Mathematics &Information Science
Applied Sciences
Business Sciences: industrial Engineering
Nuclear Energy
5 theMatic fieLds
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Contentsa word from the dean of studies 4reasons to complete a
Masters at cole centrale Paris 4enrolling in a Master: requirements
and Procedures 5thematic fields and specializations 6
energy 10
M1 energy 12 M2ThermalScience 14 M2EnergyMaterialsandProcesses
15 M2Electrification&VehiclePropulsion 16
applied Mathematics & information science 18
M1 applied Mathematics & information science 20
M2Modelling&Simulation 22 M2AppliedMathematics:Vision,Learning
23 M2Design&ManagementofComplexComputerSystems 24
M2Synthetic&SystemicBiology 25 M2HighPerformanceComputing
26
applied sciences 28
M1 applied sciences 30
M2Processes,Environment,&Biotechnology 32 M2Nanoscience 34
M2Dynamics,Structures,Materials&CoupledSystems 36
M2Civil&EnvironmentalEngineering 38 M2AerospaceEngineering
40
business sciences: industrial engineering 42
M1 business sciences: industrial engineering 44
M2DesignEngineering&Management 46
M2OrganizationalModeling&DesignManagement 48
M2Industrial&LogisticsSystemsOptimization 50nuclear energy
52
M1 nuclear energy 54 M2NuclearReactorPhysicsandEngineering 56
M2NuclearPlantDesign 58 M2Operations 60 M2FuelCycle 62
M2DecommissioningandWasteManagement 64
academic administration 66Professional Placement &
internships 66field & specialization coordinators 68doctoral
studies 76Laboratories 80
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coleCentraleParisisknownthroughoutEuropefortheexcellenceof
itsengineeringtraining,basedoninnovativerecruitmentandpedagogyanddesignedtodevelopscientificandtechnicalskillsthroughamulticulturalapproachthatisintunewiththebusinessworldandgearedtowardconfronting21stcenturyglobalchallenges.ThesemethodshavebeenatthecoreofthesuccessofCentralesengineeringtraininginleadership,innovation,andentrepreneurshipforover180years.Thistrainingforexcellenceisconstantlydevelopingandexpanding,notablyinthedomainofresearch,whichiscomprisedofMastersprogrammes,theDoctoralSchool,andresearchlaboratories.coleCentraleParisprovidesitsstudentswithauniqueanddynamicframework:
AnexpandingResearchCenter,andindustrialR&Dpartnerswhoproposeveryexcitingsubjectsforprojects,internships,anddoctoraltheses
VerystrongscientificandindustrialpartnershipsinalloftheMastersprogrammes
Astrongtraditionofopennesstointernationaldynamics,foreignculturesandthesocialsciences
Astrongtraditionofexcellenceinhumandevelopmentandscientifictraining
Acompanyincubatorthatisconstantlyexpandingitscapacity
AccesstotheECPGraduatesorganizationwithinthecoleCentraleParisalumninetwork.
graduates find a wide range of career opportunities available to
them, from r&d, to company start-ups, to fundamental research.
cole centrale Paris provides its students with all the resources
necessary to ensure excellence and success in their professional
careers.
theMasters Programme at cole Centrale Paris are high-level
trainingprogrammesopen toEuropeanandother
internationalstudentsholdingan undergraduate degree, as well as to
students at the end of theirengineeringcurriculum.Students
successfully completing theseprogrammesare awarded a FrenchMasters
degreewhich is recognized internationally
ascorrespondingtotheEuropeanMlevel.Theseprogrammespreparestudentseitherforfurtherstudyatthedoctorallevelorfordirectplacementinhigh-levelpositions
in leadingcompanies.TheMastersprogrammes in
theEngineeringSciencesatCentralePariswasrestructuredforthe2010-2014periodaround5fieldsand21specializations,whichreflectitsmajorlinesofresearch,inkeepingwiththechangingneedsofitsacademicandindustrialpartners.The5fieldsarethefollowing:
Energy
AppliedMathematicsandInformationSciences
AppliedSciences
BusinessSciences:IndustrialEngineering
NuclearEnergyTheMasters programmebuilds on the core coursesand
specializations in thefinal-year of
thegraduate-levelengineerdiplomawithotherinstitutionsofhighereducation.TheMastersprogrammeisdividedintofields,specializations,andcareerpaths:
Thefieldsrefertodisciplinesandprofessionaldomains
SpecializationsinM2enablestudentstofurtherdevelopspecificareasofresearchorapplication.
WithinM1andM2,curriculamaybefurthercustomizedtocreatecoherentcareerpaths
the Masters prograMMe at Cole Centrale parisa sPringbOard Of
exceLLence tOward careers
in acadeMic and industriaL research
Martine cazier,dean of studies
4
hichem dammak,coordinator of the
Masters Programme
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5
enrolling in a Masters prograMMe:requireMents and proCedures
requireMents
Studentengineerscurrentlyintheirfirstyear,aswellasstudentswhoholdanundergraduatedegree
in the sciences, or equivalent,
maysubmittheirapplicationstoenrollinthefirstyearofaMastersprogramme(M1).
M11st year of Master
Direct enrollment in the second year of
theMastersprogramme(M2)willbeconsideredfor student-engineers who
are completingtheir 3rd year, aswell as for
candidateswhoalreadyholdaM1degree,orequivalent.
M22nd year of Master
proCedures
AllcandidatesmustsubmittheirapplicationsaccordingtothedesignatedtimetableandfillouttheapplicationformavailableonthecoleCentralePariswebsite:
http://www.ecp.fr/masters_programme
Applicants will be selected for M1 and
M2programmesbytheDirectorofStudies,uponrecommendation by the
coordinator of
therelevantMastersandapprovalbytheselectionjury,subjecttothenumberofplacesavailable.
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MAStERS PROGRAMMEFields & Specializations
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SpecializationSFieldS
energY
coordinator: Jean taine
M2 thermal sciences
Coordinator:Marie-Yvonne Perrin
M1 energy
Coordinator: Christophe Laux
M2 energy Materials and
Processes
Coordinator: Marie-Laurence Giorgi
theMatic fieLds & sPeciaLizatiOns
M2 applied Mathematics
(Vision, Learning track - MVa)
Coordinator: Nikos Paragios
M2 Modelling and simulation (Ms)
Coordinator: Gilles Fa
aPPLied MatheMatics & infOrMatiOn sciences
coordinators: Marc aiguier & gilles fa
M1 applied Mathematics & information sciences
Coordinator: Christophe Laux
aPPLied sciences
coordinator: didier clouteau
M1 applied sciences
Coordinator: Christophe Laux
M2 Processes, environment, and biotechnologies
Coordinator: Dominique Pareau
M2 nanosciences
Coordinator: Hichem Dammak
business sciences: industriaL engineering
coordinator: bernard Yannou
M2 industrial and Logistics systems Optimization
Coordinator: Vincent Mousseau
M1 business sciences:
industrial engineering
Coordinator: Marija Jankovic
M2 design engineering and design Management
Coordinator: Bernard Yannou
M2 nuclear reactor
Physics & engineering
Coordinator: Cheikh Diop (CEA/INStN)
nucLear energY
centrale Paris coordinator: enrico zio
M1 nuclear energy
Coordinator:Patrick Le tallec
(cole Polytechnique)
M2 nuclear Plant design
Coordinator: Bertrand Reynier
(ENStA)
8
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M2 electrification and
automobile Propulsion
Coordinator: Franck Enguehard
M2 design & Management Of complex computer systems
(coMasic)
Coordinator: Marc Aiguier
M2 systemic & synthetic
biology (bss)
Coordinator: Marc Aiguier
M2 high Performance computing (hPc)
Coordinator: Frdric Magouls
M2aerospace engineering
Coordinator: Marc Massot
M2 civil engineering & environment
Coordinator: Arezor Modaressi
M2 dynamics, structures, Materials, and coupled
systems
Coordinator: Didier Clouteau
M2 Organizational Modeling
and Management
Coordinator: Jean-Pierre Bourey
(cole Centrale de Lille)
M2decommissioning & waste Management
Coordinator: Dominique Pareau
(cole Centrale Paris)
M2 Operations
Coordinator: Enrico Zio
(cole Centrale Paris)
M2 fuel cycle
Coordinator: Grard Cote
(Chimie Paristech)
ContaCtshichem dammak
[email protected]
Jean-Jacques
MaynardAdministrationCoordinator+(33)[email protected]
delphine
santignyAcademicAssistant+(33)[email protected]
9
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10
Fieldenergytoday, and for the foreseeable future, 80% of the
energy consumed in france comes from combustion (over 85% in
developed countries, and almost 100% in developing countries).
Production of renewable energies and electrification is bound to
increase sharply. the latter, based on nuclear power in france,
represents only 17% of current energy con-sumption.
a research-oriented, generalist curriculum
Thecurriculumisbuiltaroundfundamentalsciencecourses,coursesappliedtoenergytechnologies,practicalandmethodologicalcourses,a
laboratory-basedprojectconducted in teamsof
two,aninternshipataresearchlaboratoryorcenter,andscientificandtechnicalEnglishclasses(Frenchlanguageclassesforforeignstudents).
The two research specializationThermal Sciences and Energy
Materials and
Processesaregeneralistandthematicandhaveapplicationsthroughoutthesectorwithinaverywiderangeofcompanies,institutes,andeducationalinstitutions:
renewableenergies newenergytechnologies
productionfromfossilenergy,withtheoptionofCO2capture nuclear
rationalenergyuseintheresidential/tertiary,transport,andindustrialsectors
propulsion
Theycoverdifferent,albeitcomplementary,scientificdomains:the
thermal sciences specializationprovideshigh-level training
inadvancedheat transfer (gasradiationmodels, turbulent transfers,
porousmedia transfers, diphasic flows, etc.), in
reactivemedia(combustion,possiblyplasmas),andinrelatedtechniques(turbomachines,etc.).the
energy Materials and Processes specializationprovideshigh-level
interdisciplinary trainingin materials (especially from a mechanics
and physics approach), in process engineering,
inenergymaterialsdevelopmentprocesses,andinprocessengineeringforenergyproductioninitsmanyapplicationsinthevastenergysector:classicandrenewableenergyproductionprocesses,materialsdevelopmentforhighlyinnovativeenergyapplications.
objeCtives
pedagogy
In this context, the Energy field is designed to bring all the
resources of cole Centrale
ParisMastersprogrammestobearonadomainthathasbecomeaglobalpriority:energyinallitsforms(hydrocarbons,gas,coal,renewableenergies(ENR),residential/tertiarynuclearenergy,transport,industrial
applications, newenergy technologies), opening onto the entire
rangeof careers in
adoublecontext.Equallyorientedtoresearch,CentraleParishighlightsitsrigoroustrainingintheEnergyfieldasinallotherfieldswithtworesearchspecializations.ThesespecializationsaredesignedtoofferadoublecurriculumtotopstudentsbothforeignandFrench,fromuniversitiesaswellascoleCentraleParisandcampusesoftheCentraleGroup.Oneof
itsobjectivesistoensurethatmoststudent-researchersinM1obtainfundingtocompleteaPhDunderoptimalconditions.
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ThevariousspecializationsdrawontheresourcesofcoleCentraleParislaboratories:
the thermal sciences
specializationdrawsespeciallyontheresourcesoftheMolecular
andMacroscopicEnergeticsandCombustionLaboratory(EM2C).http://www.em2c.ecp.fr
the energy Materials and Processes
specializationreliesespeciallyontheChemical
EngineeringLaboratory(LGPM),Mechanics,StructuresandMaterialsLaboratory(MSSMat)andPhysicalPropertiesofMaterialsandModelling(SPMS)Laboratory.http://www.lgpm.ecp.frhttp://www.mssmat.ecp.frhttp://www.spms.ecp.fr
partner laboratories
Career opportunities
ENERGYContaCtfield coordinator:Jean
taine,[email protected]
ENER
GY
11
Fieldstrengths Mostofthecourses(UE)areofferedjointlywith:
eithertheengineeringprogrammeatCentraleParis,withspecificobjectives,
orwithotherinstitutionsofthePRESUniverSud,aspartofarobustpartnershipnet-
work:Suplec,ENSCachan,UniversityofParis-SudXI,etc.
ResearchorgansCNRS,CEA,IFP,CSTB,etc.areheavilyinvolvedinteachingactivities.
Companypartnershipsplayavitalrole(courses,conferences,companyvisits,travel,
internships,etc.)
all energy-related industries:
Production(nuclear,gas,oil,renewableenergies(ENR),andevenexportcoal)
Transportanddistributionofenergy(electricity,gas,oil).
Residential/tertiarysector(housing,43%ofend-useenergyconsumptioninFrance)
Transport(automobileandtrucking,air,space,railroad,river,maritimetransport)
Highconsumptionsectors(cement,paper,glass,metallurgy,etc.)
Companiesdevelopingspecialenergymaterials
MosttheleadingcompaniesintheseindustriescanbecountedamongcoleCentraleParispartners.Typesofjobs(researchprogrammes):First,doctoralstudies(allinstitutions).BeyondthePhD,ordirectlyaftertheMastersdegree,jobopportunitiesaboundinawiderangeofresearchcareers:
researcherataresearchorganorinstitute,especially:CNRS,CEA,IRSN,IFP,CSTB,
ONERA,etc. teacher-researcherataGrande coleoruniversity
researchengineeratacompany,usuallyamultinational,inthenuclear,oil,metallurgy,
glass,automobile,oraerospaceindustries
researchengineerorR&Dresearcherintheareaofnewenergytechnologies
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m1
12 12
the M1 year is designed to provide basic training to students of
diverse backgrounds, while enabling them to go on to pursue a wide
range of second year options, as well as leaving open the
possibility of changing orientation during the year.
pedagogy
12
energy
coleCentraleParishasestablishedafirstyearMasterswithcoursesthatarecommontoboththeEnergyandAppliedSciencesfields.Builtaroundtwosemestersof30credits(ECTS)each,theM1yeariscomprisedof:
basic courses, which include:
Majorcourses,representingthefieldsmaindiscipline(orachoicefromamongthemaindisciplines)
Minorcourses,generallycoherentwithoneoftheMajors,providingstudentswithcomplementaryscientifictraining,whichmightinclude:
electivecourses,chosenfromamongabroadrangeofoptionsincludingexperimentalwork,coursesthatenablemorein-depthstudy,appliedcourses,andMinorcomplementarycourses
appliedcourses,chosenfromamongoptionsdesignedtopromotemultidisciplinaryapproaches,ortocomplementstudenttraining,dependingonthebackgroundoftheindividualstudent
customized activities, including:
alanguagecourse,generallyEnglish,whichisessentialforanyresearchcareer.StudentswillobtaincreditsbasedonthesystemcurrentlyinplaceatcoleCentraleParis.Fornon-francophonestudents,aFrenchcourseisofferedthatprovidestheminimumlevelinFrenchnecessarytofollowcourses.
methodologicaltraining,suchasaprojectorpracticalwork,withinanauthorizedhostlaboratory,spreadoverbothsemesters.
Finally, students are also introduced to research careers
through their participation in
forums,conferencesandseminars,aswellaslaboratoryvisits.Theseactivities(forwhichstudentsreceivecredit,thoughnotECTS)providestudentswithanintroductiontoresearchatmajorinstitutionsandcorporations.Creditsobtainedthroughthevariouscoursesandactivitiesarespecificallydefinedforeachcourseineachofthefields.
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ContaCtresponsable de la mention :Marc
aiguier,[email protected]
ContaCtresponsable de la spcialit :Marc
aiguier,[email protected]
ContaCtresponsable du M1 :Marc
aiguier,[email protected]
ENER
GY
13 13
Courses
13
ContaCtM1 coordinator:christophe
Laux,[email protected]
Major: 6 required courses (30 ects)
PR3100.DesignofIndustrialProcessesforEnergy,S7,elective2(5ECTS)
EN1200.FluidMechanics,S7,elective3(5ECTS)
PR4200.ElectricEnergyNetworks,S7,elective6(5ECTS)orMA2400.Conception-Simulation,S7,elective6(5ECTS)
PR1100.StructureandPropertiesofMaterialsl,S8,elective8(5ECTS)
EN1100.HeatTransfer,S7(1styearcourse)(5ECTS)orEN1120.HeatTransfer,S8,elective12(5ECTS)
EN1300,AppliedThermodynamics,S8(1styearcourse)(2,5ECTS)andEN1920.AerodynamicsandEnergyScienceLaboratory,S8(1styearcourse)(2,5ECTS)
Minor: 3 courses (15 ects) from among:
EN1110.AppliedHeatTransfer,S7,elective4(5ECTS).
MG1300.StructuralDynamicsandAcoustics,S7,elective4(5ECTS)
IS2120.ControlSystems,S7,elective5(5ECTS)
WP2100.SustainableDevelopmentandTechnologies,S8,elective8(5ECTS)
EN1500.NuclearEngineering,S8,elective9(5ECTS)
EN1400.CombustionModelingandSimulation,S8,elective10(5ECTS)
PR4300.CogenerationandEnergyProduction,S8,elective10(5ECTS)
EN1600.RenewableEnergy,S8,elective11(5ECTS)
MG2817.ApplicationsoftheFiniteElementMethod,S8,elective12(5ECTS)
MG2818.IntroductiontoPetroleumExplorationandProduction,S8,elective13(5ECTS)
Project (3 ects in semester 7, 8 ects in semester 8)
WP5100.InnovationProjectS7orWP7100.DirectedStudies,S7(3ECTS)
WP5200.InnovationProjectS8orWP7200.DirectedStudies,S8(8ECTS)
Languages (2 ects in semester 7, 8 ects in semester 8)
LC1000.EnglishorLC2000.FrenchasaForeignLanguage,S7(2ECTS)
LC1000.EnglishorLC2000.FrenchasaForeignLanguage,S8(2ECTS)
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ENERGYContaCtspecialization coordinator:Marie-Yvonne
Perrin,[email protected]
m2
14
Courses
fundamentals:
UE1Transfers,4ECTSMassandheattransfers,coupledtransfers,andturbulenttransfers
UE2ThermalRadiationandCombustion,4ECTSDensemediaandgasradiation,combustion
UE3PolyphasicMedia,4ECTSTwo-phaseflow,porousmediatransfers
general or applied electives,2ECTS(4tochoosefrom)
Practical courses:
UE4NumericalMethodsandProject,4ECTS
UE5ThermalMethodology,3ECTS
UE6MeasuringTechniques:IndividualWork,3ECTS
UE7ScientificEnglish(inLanguageDepartment),2ECTS
a laboratory project
(2ECTSinS3,6ECTSinS4)WithinoneoftheMastersprogrammessupportinglaboratories.AdetailedproposalmustbeapprovedbytheMastersprogrammescoordinatorsbeforeworkgetsunderway.
an advanced research or r&d
internship,20ECTS(fromendofApriltomid-September),atanacademiclaboratory,aresearchorganorinstitute(CNRS,CEA,IFP,IRSN,CSTBetc.),oracompanyresearchcenter;theinternshipmustentailoriginalandsignificantphysicaland/ornumericaland/orexperimentalmodeling;adetailedproposalmustbeapprovedbytheMastersprogrammescoordinatorsbeforeworkgetsunderway.
the thermal sciences specialization provides high-level training
in transfers (advanced heat transfer, turbulent transfers, porous
media transfers,
diphasic flow transfers, dense media and gas radiation,
etc.)
reactive media (combustion, possibly plasmas) and related
techniques (turbomachines, etc.):
student-researchers may customize their training from among a
wide array of elective courses, covering all aspects of the energy
sector.
14
ThERmal SciENcES
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ENERGYContaCtspecialization coordinator:Marie-Laurence
giorgi,[email protected]
ENER
GY
15
fundamentals
Transfers,4ECTSMassandheattransfers,coupledtransfersandturbulenttransfers
MaterialsScience,4ECTSMaterialsforenergyproduction,Materialsphysics
ProcessEngineering,4ECTSChemicalengineeringandreactors,fluidmechanics
general or applied courses, 2 ects GeopoliticsofEnergy
Thermodynamics
Appliedcoursesinthetransportsector(FuelsoftheFuture,ThermalEngines,ElectricityComponentsandNetworks,FuelCells)
Appliedcoursesinrenewableenergies(ENR)andhousing(EnergyintheBuildings,ConversionandStorageofRenewableElectricityResources,RenewableEnergyProduc-tionProcesses)
Appliedcoursesinthenuclearsector
Practical courses
NumericalMethodsandProject(processsimulation,fluidmechanics),5ECTS
LaboratoryMethodology(processandmaterialsengineering),5ECTS
ScientificEnglish(inLanguageDepartment),2ECTS
Laboratoryproject,8ECTSwithinoneoftheMastersprogrammessupportinglaboratories
AnadvancedresearchorR&Dinternship,20ECTS(fromendofApriltomid-September),withinanacademiclaboratory,aresearchinstitute(CNRS,CEA,IFP,IRSN,CSTBetc.),oracompanyresearchcentre.
the energy Materials and Processes specialization provides
high-level training in: Materials engineering (especially from a
mechanics and physics approach)
Process engineering, energy materials processing, and process
engineering for the production of energy in all its forms, as
applied to the vast energy sector:
classic and renewable energy production processes
Material processing for highly innovative energy
applicationsstudent-researchers may customize their training from
among a wide array of elective courses, covering all aspects of the
energy sector.
m2
Courses
ENERGY maTERialS aNd PRocESSES
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m2
16
The distinctive feature of this training lies first and foremost
in its multidisciplinary approachand thesystemnatureof
thescientificdomain involved.Thisspecificity isadirect featureof
itsapplications, which are, by definition, rich and complex systems
in which multiple
physicalphenomenaarecoupled.Thisspecializationisthusdesignedtomeettheneedforinterdisciplinarytraining,
combining the following competences: electricity (electrical
energy, electronics, andinformation processing), mechanics (vehicle
dynamics, power transmission), heat transfer
andinternalcombustionenginetransfers(combustion,fuel,thermodynamics,chemicalkinetics,post-treatmentofgasemissions),andsystemscontrolandintegration(controlengineering,optimizationtechniques).Suchacombinationofskillsallowsforaholisticapproachtothepartiallyortotallyelectrifiedpowertrainandtotheentirevehicle.Studentschoosingthisspecializationwillparticipateinthedevelopmentofnewconceptsandtheelaborationofnewcleanmeansoftransport.TheywillbecomekeyactorsinacademicresearchlaboratoriesandtheR&Ddepartmentsoftheautomobileindustry.Studentswith
a range of different backgrounds learn tomaster the fundamentals in
each
area(combustion,electrical,mechanics,thermal,control),aswellasthevariousin-depthpresentationsprovidedbyacademicandindustrialspecialists.Theoreticalskillsaresupplementedwithanem-phasisontheintegrationandinterconnectiontechnologiesbetweenembeddedcomponents.Thistrainingpreparesstudentstoconductfurtherresearchthroughindustry-orienteddoctoraltheses(CIFREPhDs).However,someofthestudentsenrolledintheprogrammemightwellpursuefur-therresearchthroughPhDprogrammeswithinlaboratoriesdealingwithmoreacademicsubjects.Finally,theMastersprogrammeisalsodesignedtotrainstudentsforresearchengineeringjobswithincompanyR&Ddepartmentsandspecializedlaboratoriesengagedinthenewchallengeofpowertrainelectrificationintransport.Overall,
thisprogrammepreparesstudentsforeitherre-searchorengineeringactivities.Thetrainingisrigorousandthecourseloadrelativelyheavy,soastoenabletheacquisitionofin-depthskills.
objeCtivesThecurrentstateofaffairs,withthemassiveintroductionofelectricalcomponents,hasdramaticallychanged
road transport. These components, which until recently comprised
only auxiliarycomponents in vehicles, now play an increasingly
central role in the power train, aswell as
inthemanagementandtransformationofonboardenergy.Thisspecializationthustracksthelatestdevelopmentsinmeansoftransport,offeringatrainingofexcellence,inthele-de-Franceregion,forfutureresearchersandengineersfromuniversitiesandGrandecoles,aswellastoqualifiedforeign
students. It is open to students who have a strong desire tomake
significant
concretecontributionstomeetingthepressingsocioeconomicchallengeofimprovingmeansoftransportsoastopreserveourplanetfromexcessivelocalandglobalpollution.
in the field of road transport, european manufacturers have
committed to reducing greenhouse gas emissions. it is now commonly
admitted that such an objective will not be met by improvements in
the internal combustion engine alone. after a century of
maintaining a wait-and-see attitude, almost all manufacturers have
finally accepted the introduction of electrification into
motorization as a highly effective solution to the issue of
minimizing energy consumption and pollution.
pedagogy
16
ElEcTRificaTioN aNd auTomobilE PRoPulSioN
16 16
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ENERGYContaCt
franck
enguehard,[email protected]
Career opportunitiesStudents are prepared for careers in private
research sector (ground transport industry),publicresearch(CNRS,
IFP, INRETS,etc.),andhighereducation.Thegoal
isalsotoprovidesupplemental interdisciplinary training to engineers
interested in gaining a
comprehensiveunderstandingoftransportsystems,inalltheirdiversityandcomplexity.Thisspecializationisdesignedtofullymeettheneedsoftheautomobileindustry.Thistrainingpreparesstudentsfortheresponsibilitiesofresearchengineeringjobsaswellasforfurtherresearchatthedoctorallevel.
ENER
GY
17
prograMMeThe Electrification and Automobile Propulsion
specialization brings together three distinctprogrammes:
SustainableVehiclesandTransportatENSCachan
Energy(EN)(rankedAin2009)atcoleCentraleParis
Information,Energy,andSystems(IES)(rankedAin2009)atSuplec
semester 1: 3 required courses + 5 elective courses from a
choice of 7 (30 ects) introduction to the engine and its
Limitations * ArchitectureofHybridization
TheInternalCombustionEngine MechanicalComponents ElectricalMachines
PowerElectronics EmbeddedEnergyStorage ThermalTransfers gMP systems
and sub-system integration *
DynamicandLongitudinalVehicleBehavior
semester 2: 1 required course + 2 elective courses + 1
internship (30 ects) advanced control of Vehicle energy flow *
VehicleIntegration VehicleEco-design
EngineeringDepartmentSimulationSoftware
EmbeddedElectricalEnergyNetworks CommunicationNetworks
OpenCourse(subjecttoapprovalbythepedagogicalteam) Internship
* These courses are considered essential to a coherent and
multidisciplinary training programme and are therefore required.
ENS Cachan, Centrale Paris and Suplec students are exempt from
certain courses, which they are considered to have covered as part
of their undergraduate curriculum. The pedagogical team will
determine, in collaboration with each institution, the number and
type of courses required in this specialization programme and those
which may be taken as part of the specific curriculum at each of
the three institutions.
17
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field
18
aPPliEd maThEmaTicS & iNfoRmaTioN SciENcEScareers in
modeling related to mathematics (numerical modeling), computer
vision, intensive calculation (high-Performance computing or hPc),
and information sciences (design and control techniques,
algorithmic techniques) are rapidly expanding professional domains
for our students, both in the corporate and academic worlds. the
global shortage of skilled labor and young graduates in this area
should become even more acute in the next twenty years, as numerous
studies have pointed out (including scidac* programme reports of
the us department of energy).
objeCtives
pedagogy
In this particularly favorable professional context, the Applied
Mathematics and
InformationSciences(MASI)fieldoffersstudentsafullrangeoftrainingprogrammesdevotedtothemodelingofcomplexsystems(physical,biological,technical,andorganizational)andtotheirsimulationinhigh-performancecomputersystems.
Thisfieldoffersfivespecializations:
ModelingandSimulation(MS)
Mathematics,Vision,Learning(MVA)
DesignandManagementofComplexComputerSystems(CoMaSIC)
SystemicandSyntheticBiology(BSS)
High-PerformanceComputing(HPC)
strengths
This field is characterized by a very open pedagogical approach,
enabled by
joint-degreepartnershipswith14institutionsofhighereducation,andanacademicagreementwithyetanother.
*SCIDAC:ScientificDiscoverythroughAdvancedComputing/http://www.scidac.gov/
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Thisfieldisbuiltaroundnumerous joint-degree
partnerinstitutions:
SudParisTelecom&Managementhasrecentlysignedanagreementtojointheteam.
ENSCachan
UniversityofParisV
UniversityofDauphine
colePolytechnique
UniversityofVersaillesSaint-Quentin
INSTN
ENSTA
ENST
coledesPontsParisTech
CentraleMarseille
TlcomParisTech
TlcomSudParis
UniversityofEvryValdEssonne
AgroParisTech
partner laboratoryMatheMatiCs applied to systeMs (Mas) ea
4037
ContaCtresponsable de la mention :Marc
aiguier,[email protected]
applied mathematics
& information sciences
ContaCtsfield coordinators:Marc
aiguier,[email protected]
gilles fa,[email protected]
applied Mat
heMat
icS
& in
ForMat
ion ScienceS
field
19
partners
TheMathematicsAppliedtoSystems(MAS)Laboratory,foundedintheearly2000s,bringstogetherallofthemathematicsandcomputingresearchatcoleCentraleParis,supportedbythedepartmentsofMathematicsandInformationTechnologiesandAdvancedSystems.Positioned
at the center of numerical technologies, the laboratorys work
pertains
tomodeling,simulation,complexsystemsanalysisandoptimization(oftheindustrialworld,of
living organisms, ofmarkets, and of information and networks). This
work revolvesaroundthreeaxes:
Scientificengineeringandvisualization
Informationprocessingdataandimages
InformationsystemsengineeringAllofthelaboratorysactivitiesareconductedinclosecollaborationwithFrenchandinter-nationalresearchteams(including,notably,INRIA,CEA,Suplec,ENSCachan,andLIAMAinChina),aswellasthroughstructuralpartnershipswithcompanies(BNP-ParibasandSAP-BusinessObjectsChairs)andmulti-partnercollaborativeprojects
(especiallywithinthePleSystem@tic).
http://www.mas.ecp.fr
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m1
20
No common core has been established, but theM1 is still
organized on a semester
basis.M1coursesarebasedonthesecondyearofthestudent-engineercurriculumatcoleCentraleParis,whichwas,itself,recentlyreorganizedonasemesterbasis.
Flexibilityintheprogrammeallowsfortwokindsoftraining:
oneemphasizingappliedmathematics,whichpreparesstudentsfortheMSandMVAspecializationsinM2.
theotheremphasizingcomputerscience,whichpreparesstudentsfortheCoMaSIC,BSSandHPCspecializationsinM2.
TheteachingstaffisdrawnfromthedepartmentsofMathematics,ComputerScience,andAppliedPhysicsatcoleCentraleParis.
TheM1programme is
comprisedofMajorandMinorcourses,oneappliedcourse,andEnglishcourses(Frenchforforeignstudents):
TheMajorsallincludecoursesrepresentingthemaindisciplinesinthefield:appliedmathematicsandcomputerscience.
TheMinorsallincludecoursesdesignedtoexpandstudentsscientificknowledge.
TheappliedcourseisorganizedaroundastudyandresearchprojectsuggestedbyresearchersattheM1partner-laboratories.
Thestudyofoneforeignlanguage(EnglishforfrancophonestudentsandFrenchfornon-francophonestudents).
Basedon their selection ofMajors andMinors, students canorient
their training towardeitherappliedmathematicsorcomputerscience.
this M1 training provides students with a solid foundation in
applied mathematics and computer science/programming (see the
detailed description of Majors below). the flexibility in the
training provided through M1 Minors as well as the applied course
and personal project allow students to specialize and design their
own curriculum to meet their individual professional and research
goals. three tracks are available in the M1 course offerings:
applied Mathematics computer science high Performance computing
each student is supervised by a tutor. tutors help students
select courses based on their professional and M2 specialization
goals.
pedagogy
20
aPPliEd maThEmaTicS & iNfoRmaTioN SciENcES
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ContaCtresponsable de la mention :Marc
aiguier,[email protected]
ContaCtresponsable de la spcialit :Marc
aiguier,[email protected]
applied mathematics
& information sciences
ContaCtM1 coordinator:christophe
Laux,[email protected]
applied Mat
heMat
icS
& in
ForMat
ion ScienceS
21
Coursesfirst semester
Studentsmustcomplete30ECTSforthesemester,including4Majorcourses(required)of5ECTSeach,and1Minorof5ECTS,aswellasanEnglishcourse(Frenchforforeignstudents)of3ECTS.
Majors(required,20ECTS):
AdvancedProgrammemingJ.-Ph.Rey(5ECTS)
RandomModelingE.Herbin(5ECTS)
SignalProcessingN.Paragios(5ECTS)
Design&SimulationP.Laurent(5ECTS)
Minors:(1outof3)(5ECTS):
DigitalCommunication&NetworksP.Lecoy(5ECTS)
FluidMechanicsS.Candel(5ECTS)
LifeSciencesM.Zimmerman(5ECTS)
Onemathematics-computinglaboratoryproject(2ECTS)
English(Frenchfornon-francophonestudents,3ECTS)
21
second semester
Studentsmustcomplete30ECTSforthesemester,including2Majorcourses(required)of5ECTSeach,2Minorsof5ECTS,tobeselectedfromachoiceof3,andaStudyandResearchWorkof8ECTS,aswellasanEnglishclass(Frenchfornon-francophonestudents)of2ECTS:
Majors(2requiredMajors,10ECTS):
DigitalModelingofTransportationIssuesF.DeVuyst
FoundationsofComputerScience-M.Aiguier
Minors(2outof3)(10ECTS):
IntroductiontoComputer&ArtificialVisionN.Paragios(5ECTS)
High-PerformanceComputing-F.Magouls(5ECTS)
AdvancedOptimizationinOperationsResearchP.H.Cournde(5ECTS)
StudyandResearchWorkwithinaresearchlaboratory,supervisedbyatutor,M1thesis(8ECTS)
English(Frenchfornon-francophonestudents,2ECTS)
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applied mathematics
& information sciences
m2
22
spheres of activity:
PublicR&D(CEA,ONERA,INRIA,IFREMER,CEMAGREF,etc.),andprivateR&D(EDF,IFP,Dassault,Peugeot,Renault,Arospatiale,Total,CGG,Bull,CS,Intel,etc.)
Patents,technologyscouting,consultingandexpertise
CE,governmentministries,engineeringdepartments
Teaching:universities,engineeringschools
CNRS,EngineersandResearchersinearlystageofcareers.
types of positions:
Researchengineer
Productionengineer
Engineeringprojectmanager
partners
UniversityofVersaillesSaint-Quentin
INSTN
ENSTA
ENSCachan
UniversityofParisVII
this specialization provides training in modeling and digital
simulation methods and techniques, together with a solid
understanding of the physics behind modeling. it is designed to
give scientists, researchers, and engineers the following skills: a
strong foundation in physics, applied mathematics, and computer
science
a thorough understanding of the methods used in modeling and
simulation applied to the physical sciences.
the significant number of cea members on the teaching staff has
contributed to the development of applied courses of excellence in
growth areas such as plasmas, new materials, energy, and
environmental issues.
Career opportunities
22
modEliNG aNd SimulaTioN (mS)
ContaCtsspecialization coordinator:gilles
fa,[email protected]
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applied mathematics
& information sciences
ContaCtspecialization coordinator:nikos
Paragios,[email protected]
applied Mat
heMat
icS
& in
ForMat
ion ScienceS
m2
23
partners
UniversityofParisV
ENSCachan
UniversityofParisDauphine
colePolytechnique
ENST
coledesPontsParisTech
coleCentraledeMarseille
the applied Mathematics: Vision, Learning specialization
provides a coherent and rigorous introduction to a whole cluster of
high-level mathematical (and computer science) concepts, models,
and techniques applicable to vision, perception, and learning,
through courses focused on highly active research fields:
artificial vision
automatic signal and image analysis
emulation of human perceptual and adaptive behavior
this Masters programme is thus designed to respond to the
dynamic and exciting developments in mathematics applied to
modeling and emulation of human intelligence, a development that is
supported by the rapid rise of the cognitive sciences.
aPPliEd maThEmaTicS (ViSioN, lEaRNiNG TRack)
spheres of activity:
This specialization prepares students for careers with strong
technology and softwarecomponents, in which data (in the broad
sense) is fundamentally value-adding for thecompany: statistical
engineering, systems architecture, software architecture in image
andvision processing, research engineering, projectmanagement in
statistics, and engineeringdepartmentconsulting.
Thetransportfield(embeddedsystems)
Computerscienceindustry(informationsystems)
Theheavyequipmentindustry
Kinds of positions:
Systemsarchitect
Researchengineer
Consultant
Engineeringdepartment
Career opportunities
23 23
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applied mathematics
& information sciences
ContaCtspecialization coordinator:Marc
aiguier,[email protected]
m2
24
partner institutions UniversityofParis-SudXI colePolytechnique
INSTN Suplec TlcomParisTech
the design and Management of complex computer systems
specialization (coMasic) provides training in architectural design
and technical project management methods, focusing on the
development of complex industrial systems. it is designed to
provide engineers with the skills necessary for careers in the
design and testing of computer systems (software systems, embedded
and information material) and in systems engineering methods, as
well as a mastery of modeling and simulation techniques.
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dESiGN & maNaGEmENT of comPlEx comPuTER SYSTEmS
(comaSic)
spheres of
activity:Thisspecializationpreparesstudentsforfundamentallyindustrialandtechnicalcareersinsystemsarchitecture,researchengineering,andproductionengineering,focusingonissuesrelatedtosetsofsoftware-intensivesystemsinthefollowingindustrialsectors:
Transport(embeddedsystems) Computing(informationsystems)
Heavyequipment(autonomoussystems)
types of positions: Systemsarchitect Researchengineer
Productionengineer
Career opportunities
prograMMesemester 1: core curriculum plus one track among two or
three (depending on the number and choice of registered students)
core curriculum:
Systemsengineeringsciences;Modellingandsimulation;Systems
engineering;Projectmanagement;Systemsengineeringproject.
embedded systems
track:Foundationsofonboardsystems;Onboardsystemsarchitec-
ture;Onboardsystemssafety;Casestudies. autonomous systems
track:Components;Conceptionofautonomoussystems;Percep-
tionandcontrol;Casestudies. information systems
track:Datamanagement;Softwareintegration;Human-machine
interface;Casestudies.semester 2: research internship
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applied mathematics
& information sciences
ContaCtspecialization coordinator:Marc
aiguier,[email protected]
applied Mat
heMat
icS
& in
ForMat
ion ScienceS
m2
25
partners UniversityofEvryValdEssonne AgroParisTech
AgreementwithTlcomSud-Paris
the systemic and synthetic biology specialization (bss) provides
training in methods for the description of complex biological
systems, in forms readily manipulable within computer
environments.biological modeling entails, among other things, an
interdisciplinary approach combining computer science, mathematics,
physics, and chemistry. the programme is thus designed to provide
scientists, engineers, and researchers with the following skills: a
thorough mastery of mathematical, computer, and biological modeling
techniques. the training programme will also provide the necessary
knowledge in physics and chemistry for modeling biological
systems.
This training prepares students for careersin fundamental and
applied research inthe life sciences, and the entire
industrialsector growing out of synthetic biology,which comprises
medicine,
energyproductionandbiomaterials.Graduateswithmultidisciplinaryskillsareparticularlysoughtafterinthecomputerscienceindustry.
Career opportunities
SYSTEmic & SYNThETic bioloGY (bSS)
prograMMesemester 3 comprises an optional upgrademodule, three
requiredmodules and three electivemodules for a total of 30ECTS.
The three TeachingUnits fromupgrademodule relate to eitherBiology
(for non-biologist students), or Informatics andMathematics (for
biologist students)
andtheydonotgiverighttoEuropeancredits.Theprogrammeisenrichedbyaseminarseriesgivenbyinternationalspeakers.Optional
upgrade module: IntroductiontogenomicBiology
Introductiontostatisticalmachinelearningforinferenceofbiologicalnetworks
IntroductiontoMathematicsappliedtoBiology
three required modules: Foreignlanguage IntegrativeBiology
SyntheticBiology
three elective modules among five:
Dataintegrationandbioengineering MathematicsappliedtoSystemsBiology
FormallanguagesformodellingandsimulationinintegrativeBiology
Dynamicmodelsofbiologicalregulatorynetworks
Molecularmodellinganddesign
semester 4:
A6-monthsresearchtraining(30ECTS)takesplaceinoneofthecutting-edgeaca-demiclaboratoriesorbiotechnologycompanieslocatedonsiteorabroad:21ECTSfrommid-Febru-arytoJuneand9ECTSinJulyandAugust,eitherbycontinuingresearchworkinthetraininglab,orbypreparingatGenopoletheiGEMcompetitiontotakeplaceonthefollowingNovember.
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applied mathematics
& information sciences
ContaCtspecialization coordinator:frdric
Magouls,[email protected]
m2
26
partners UniversityofVersaillesSaint-Quentin ENSCachan
this specialization is designed to provide scientific managers
with a mastery of two major technological (r)evolutions: the
increasingly critical use of numerical simulation, both in the
industrial (design
of new products, from ventilator blades to automobiles) and the
research areas the systematic use of (multicore) parallelism
throughout the full range of
processorsOne of the key characteristics of this specialization
is that it provides graduates with a multidisciplinary background
(applied mathematics and computing), which enables them to interact
with experts in different fields. cea daM idf is heavily involved
in the project. the ter@tec consortium (www.teratec.com), a
european pole in high Performance digital simulation, also plays a
considerable part in this specialized training programme.
26
hiGh PERfoRmaNcE comPuTiNG (hPc)
spheres of activity:
R&D,public(CEA,ONERA,CNRS,etc.)andprivate(EDF,IFP,Dassault,Peugeot,Renault,
Arospatiale,Total,CGG,Bull,CS,Intel,etc.)
Patents,technologyscouting,consulting&expertise
CE,governmentministries,engineeringdepartments
Teachinginuniversitiesandengineeringschools
types of positions: Informationtechnologyprojectmanager
Generalcontractingprojectmanager Sectorcomputingresearcher
Computingconsultant Scientificcomputingspecialist
Researchengineer
Career opportunities
prograMMeThetrainingobjectiveistodevelopadvancedskillsinthefieldofarchitectureandhighperfor-manceparallelcomputersandsoftware.semester
3 (30 ects) core courses
Advancedcompilation
Highperformancemicroprocessorarchitectureandcodeoptimization
Softwareengineeringforscientificcomputing Performanceevaluation
FGPA,GPU,architectureandprogramming Project
Technicalwritingandspeaking(EnglishorFrench)
elective courses
ModellingmethodsinBiology,ModellingmethodsinFinance,ModellingmethodsinFluid
Mechanics,
Embeddedsystemsarchitecture,Highperformancealgorithmsforsignalprocessing.
semester 4 (30 credits) Internship
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field
28
aPPliEd SciENcESin accordance with the multidisciplinary
approach of cole centrale Paris, the applied sciences field
comprises, together with the energy field, all the engineering
sciences that involve physics, chemistry, mechanics, and the life
sciences. it offers a range of specializations organized according
to spheres of business and research activity rather than along
disciplinary lines. it provides a training of excellence oriented
to and by the world of research, both academic and industrial, and
offers a very broad range of courses taught by renowned professors.
in M1, the programme is based heavily on the engineering curriculum
at cole centrale Paris, and in M2 it offers many joint training
programmes with leading schools and universities in the
le-de-france region. in addition, it has contracted many
partnerships with laboratories, research centers, and companies for
internships and further study at the doctoral level.
TheAppliedSciencesfieldprovidesa trainingofexcellence in
theengineeringsciencesbasedonthegoals of industry,whichare
connectedback to the relevant
scientificdisciplines.Suchadeliberatelymultidisciplinaryapproachpromotesexchangesbetweenthevariousspecializations.Itisdesigned,ontheonehand,toattractbrilliantuniversityandengineeringschoolstudentsfromFranceandabroadtodoctoralstudiesandtobothacademicandindustriallaboratories,and,ontheotherhand,totrainyoungscientistsintheseemergingandstrategicresearchfieldswhichstraddleseveraldisciplines:
Nanosciences Biotechnologies Theenvironmentandrisk
Transportandspace
objeCtives
pedagogyThespecializedMastersprogrammesaredesignedtoprovidethefollowingskills:
Amasteryofoneofthefollowingscientificdomains:
Physics Mechanics CivilEngineering Processes
Abroadunderstandingofthestateoftheresearchinthefield,theprincipalscientificchallenges,andtheactiveresearchareas
Abilitytoreviewthestateoftheresearchonacomplexsubjectrelatedtothefieldofspecialization
Abilitytoconductascientificstudyonasubjectrelatedtothefieldofspecialization
TheM1andM2curriculaaredesigned forstudents tograduallymove
fromknowledgeacquisition toautonomous researchanddevelopa taste for
innovation. Inaddition, the training is alsodesigned
todevelopstudentcapacitytoexchangescientificinformationinformalways,bothinwritingandorally,andinformalways,inateamworkcontext,inbothFrenchandEnglish.
Career
opportunitiesThistrainingpreparesstudentsforscientificandtechnicalcareers
inthefieldsofphysics,chemistry,mechanics, civil engineering,
andbiotechnologies. It is designed to prepare students for
positions atbothacademicand industrial researchcenters,
engineeringdepartmentsandengineeringconsultingfirms,and
inhighereducation.Uponcompletionof
thedegree,studentseitherenterdirectly into
theprofessionalworldorpursuestudiesatthedoctorallevelintheengineeringsciences.
Aeronauticsindustry Automobileandrailroadindustries
Civilengineering Metallurgy
Luxurygoodsindustry Processengineering Agro-foodindustry
Medicalsector
Chemicalindustry Energy Publicservices Nanotechnologies
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applied sciencesContaCtfield coordinator:didier
clouteau,[email protected]
applied
Scien
ceS
field
29
TheAppliedSciencesfieldissupportedbyfourCentraleParislaboratories:
MolecularandMacroscopicEnergeticsandCombustionLaboratory(EM2C):UPR288,
Soils,Structure,MaterialsMechanicsLaboratory(MSSMat):UMR8579,
Structures,Properties,andModelingofSolidsLaboratory(SPMS):UMR8580,
ProcessandMaterialsEngineeringLaboratory(LGPM):EA4038.
Throughitsvariousjointprogrammesandagreements,italsohasstronglinkstothefollowinglaboratories:
partner laboratories
strengthsThestrengthandoriginalityofthistrainingprogramme,especiallyasregardsthecareeropportunitiesitaffords,isbasedonamultidisciplinaryapproachgearedtotheneedsofindustry.Thequalityanddiversityof
the teachingstaff,which isdrawn fromallof thepartnerandassociated
institutions,as well as ties to many laboratories and research
centers, enable the programme to
providetrainingthroughexcellenceinresearchtothemostdemandingofstudents.Finally,theprivilegedpedagogical
environment at Centrale Paris ensures that students receive ongoing
attention andadvise, on curriculumchoices, course follow-up,
foreign language training, project execution,
aswellasfindinganinternshipandmakingdecisionsrelatedtofurtherstudies.
StructureandCoupledSystemsMechanics(CNAM,EA3196),
WavePropagationLaboratory:Mathematicaland
SimulationStudies(ENSTA,UMR2706),
MechanicsTeachingandResearchUnit(ENSTA),
PhysicalMechanicsLaboratoryB2OA(UMR7052),
EngineeringofMechanicalSystemsandMaterials
Laboratory(EA2336), MechanicsandTechnologyLaboratory(UMR
UPMC/ENCS/CNRS8535),
SolidMechanicsLaboratory,colePolytechnique
(UMR7649), ControlEngineeringDepartmentandControl
EngineeringHostingTeam(EA1399,Suplec),
CORIALaboratory(UMR6614,INSARouenandthe
UniversityofRouen), NavierGeotechnicsResearchUnit(CERMES,
LAMI), PontsetChaussesCentralLaboratory(LCPC),
StructureandFunctioningofContinentalHydric
SystemsLab.UPMC(UMR7619),
SustainableIndustrialStructureMechanics
Laboratory(EDF-CNRSUMR2832),
ProteinandNanotechnologiesinSeparation
SciencesLaboratory(UPS-Chtenay-Malabry),
PhysicalChemistry,PharmaceuticalTechnology,
andBiopharmaceuticalsLaboratory(UPS-Chtenay-Malabry),
FundamentalElectronicsInstitute(UPS-Orsay),
CharlesFabryLaboratory(IOTA),Molecular
GeneticsCenter(UPS-Orsay),
OrsayInstituteofMolecularandMaterial
Chemistry(UPS-Orsay), QuantumandMolecularPhotonicsLaboratory
(ENSCachan), LavoisierInstitute(UVSQ-Versailles),
OrsayLaboratoryinPhysicalChemistry(UPS-Orsay),InstitutdAlembert(ENSCachan),
AimCottonLaboratory(UPR-Orsay),
MolecularPhotophysicsLaboratory(UPSOrsay),
SolidMechanicsLaboratory(UPS-Orsay),
GasandPlasmaPhysicsLaboratory(UPS-Orsay),
PhysicsofCondensedMatterLaboratory(cole
Polytechnique-Palaiseau),
IrradiatedSolidsLaboratory(CEA-X-CNRS),
PhotonicsandNanostructuresLaboratory(CNRS-
Marcoussis), UMRThals(CNRS-Thals),
SurfaceandInterfacePhysicsService(CEA),
MolecularChemistryService(CEA),
SupramolecularandMacromolecularPhotophysics
andPhotochemistryLaboratory(ENSC),
NuclearSpectrometryandMassSpectrometry
Center(UPS-Orsay), CondensedMatterStudyGroup(UVSQVersailles),
SystemsandApplicationsofInformationand
EnergyTechnologiesLab.(ENSC),
ElectricalandPhysicalEngineeringLaboratory
(UPSOrsay), SignalsandSystemsLaboratory(UMR8506:
CNRS,Suplec,UniversitParisXI),
ElectronicSignalsandSystemsTeamEA2523,
MaterialandHighPressureEngineering
Laboratory(ParisXIII,UPR1311),
FoodIndustrialEngineeringLaboratory(Agro-
ParisTechINRA:UMRGenial).
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m1
30 30
pedagogycoleCentraleParishasestablishedafirst
yearMasterswithcourses thatarecommon toboth
theEnergyandAppliedSciencesfields.Builtaroundtwosemestersof30credits(ECTS)each,theM1yeariscomprisedof:
basic courses, which include:
Major courses, representing the fields main discipline (or a
choice from among the maindisciplines)
Minor courses,
generallycoherentwithoneoftheMajors,providingstudentswithcomplementaryscientifictraining,whichmightinclude:
elective courses, chosen from among a broad range of options
including
experimentalwork,coursesthatenablemorein-depthstudy,appliedcourses,andMinorcomplementarycourses.
applied courses, chosen from among options designed to promote
multidisciplinaryapproaches, or to complement student training,
depending on the background of theindividualstudent.
customized activities, including: a language course, generally
English, which is essential for any research career. Studentswill
obtain credits based on the system currently in place at
coleCentraleParis. For non-francophonestudents,aFrenchcourse
isoffered thatprovides theminimumlevel
inFrenchnecessarytofollowcourses.
methodological training,
suchasaprojectorpracticalwork,withinanauthorizedhostlaboratory,spreadoverbothsemesters
Finally,studentsarealsointroducedtoresearchcareersthroughtheirparticipationinforums,conferencesandseminars,aswellaslaboratoryvisits.Theseactivities(forwhichstudentsreceivecredit,thoughnotECTS)providestudentswithanintroductiontoresearchatmajorinstitutionsandcorporations.Creditsobtainedthroughthevariouscoursesandactivitiesarespecificallydefinedforeachcourse
ineachofthefields.
the M1 year is designed to provide basic training to students of
diverse backgrounds, while enabling them to go on to pursue a wide
range of second year options, as well as leaving open the
possibility of changing orientation during the year.
30
aPPliEd SciENcES
prograMMe
OneMajorof30ECTS,comprising6courses(ofwhich4arerequired)of36hoursor5ECTS,each
OneMinorof15ECTS,comprising3coursesof36hoursor5ECTS,each.Oneofthecourses
mustinvolveexperimentalwork,andmadeoftwoexperimentalmodulestobeselectedbythestudentfromthelistdescribedbelow
Onelanguagecourse(scientificEnglish,FrenchasaForeignLanguage)of48hoursor4ECTS
Oneprojecttobecompletedwithinaresearchlaboratory(220hoursor11ECTS).
Thecurriculumisspreadoutovertwosemestersunderthesupervisionofatutorforeachstudent:
semester 1 (30 ects) 5MajorandMinorcoursesof5ECTSeach 25ECTS
ScientificEnglish1(orFrenchasaForeignLanguage) 2ECTS
Laboratoryproject(progressreportanddefense) 3ECTS
semester 2 (30 ects) 4MajorandMinorcoursesof5ECTSeach 20ECTS
ScientificEnglish2(orFrenchasaForeignLanguage) 2ECTS
Laboratoryproject(projectreportanddefense) 8ECTS
TheestimatedaverageworkloadfortheM1over32weeks,includingmorethan50%individualwork,is35hours/week.
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applied sciences
ContaCtM1 coordinator:christophe
Laux,[email protected]
applied
Scien
ceS
31 31
Courses
31
ThethreeMajors(Physics;Mechanics,Aeronautics,andCivilEngineering;Processes)arecomprisedofthefollowingcourses:
Ph Major: Physics, 4 required courses: :
PH2100.Waves(S7,elective2)5ECTS,
PH2300.TheStructureofMatter(S7,elective3or6),5ECTS
PH2812.IntroductiontoAtomicandMolecularPhysics(S8,elective9),5ECTS,
PH2819.Structure,ChemicalPropertiesandMolecularSymmetry(S8,elective11)5ECTS.
+ 1 block of 2 courses from among:
MG1100.Mechanics(S7,1stY,45h)+EN1300.AppliedThermodynamics(S8,1stY,15h)
MA1400.SimulationandOptimization(S7,1stY,30h)orMA2400.Conception-Simulation(S7,elective6,36h)+MA1200.Probability(S7,1stY,20h,prerequisites:MA1100.RealAnalysisorequivalent)orMA2300.RandomModeling(S7,elective3,36h:prerequisites:MA1200andMA1300orequivalent)
PH1100.QuantumandStatisticalPhysics(S8,1stY,60h)Magc Major:
Mechanics, aeronautics, and civil engineering, 4 required
courses:
MG1300.StructuralDynamicsandAcoustics(S7,elective4,prerequisites:MG1100orequivalent),
MG1400.OptimizationofMechanicalStructures:MechanicalBehaviorofMaterials(S7,elective5,5ECTS,prerequisites:MG1100orequivalent)
EN1200.FluidMechanics(S7,elective3orS2,elective8),
EN1100orEN1120.HeatTransfer(S7,1stY,E.IaconaorS8,elective12)
+ 2 courses from among: MG1200.CivilEngineering(S7,elective2)
MA1400.SimulationandOptimization(S7,1stY,30h)orMA2400.Conception-Simulation(S7,elective6,36h)
MA2500.SignalProcessing(S7,elective6orS2elective8,36h)
PH2300.TheStructureofMatter(S7,elective3or6,36h)
Pr Major: Processes, 4 required courses:
PR3100.DesignofIndustrialProcessesforEnergy,theEnvironmentandBiotechnologies1(S7,elective2orS8,elective8)
EN1300.AppliedThermodynamics(S8,1stA)+WP1100.Challengesofthe21stCentury:Introduction(S7,1stY,Conferences+Bibliographicstudy)
EN1200.FluidMechanics(S7,elective3orS8,elective8)
PR5110.LifeSciencesandBiotechnology(S8,elective8)or
PR5200.LifeSciences:Biophysics,CellularandMolecularBiology(S7,elective5,prerequisites:PR5100orequivalent)orPR5300.PhysiologyandBiotechnology(S7,elective6),prerequisitesPR5100orequiva-lent)
+ 2 courses from among:
EN1100.HeatTransfer(S7,1stA)orEN1120(S8,elective12)
PR1100.StructureandPropertiesofMaterials(S8,elective8)orPR1300.IntroductiontoMaterials(S8,elective12)
EN1500.NuclearEngineering(S8elective9)
PR4300.CogenerationandEnergyProduction(S8,elective10)
EN1600.RenewableEnergy(S8,elective11)
PR2100.WaterTreatmentandUndergroundWaterProtection(S8,elective12)
SE2200.DesignandInnovationofProductsandServices(S7,elective4)
WP2100.SustainableDevelopmentandTechnologies(S8,elective8)
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m2
32
Future career opportunities include doctoral work in the field
of biotechnologies, sewage andwaste treatment, and any other
branchof industry (fine chemistry, pharmaceuticals,
agro-food,nuclearfuelcycle,etc.),aswellasprocessmanagementandsimulation.ThisdoctoralworkmaybeconductedincollaborationwithaFrenchorinternationalcompany.Thistrainingpreparesstudentsforpositionssuchas:
Environment-processengineer Companyengineer R&Dengineer
Researcher
Pedagogical objectives: this specialization provides an
excellent scientific foundation in process engineering, transfer
sciences, and physicochemistry. beyond technical skills, the
training provides students with an overview of the many downstream
industries in process engineering, such as biotechnologies,
environmental sciences, pharmaceuticals, and agro-food, and of the
most innovative advances in these sectors with regards to the
adoption of the principles of sustainable development. upon
completion of the training programme, students will have acquired
the following skills: an ability to understand microscopic
phenomena involved in the complex systems at work in
the various operations of process engineering (transfers,
interface mechanisms, flows, etc.) an ability to conceive and
dimension process engineering devices an ability to conceive and
optimize environmentally sustainable processes in numerous
domains an ability to grasp the multidisciplinary aspects of
processes an ability to analyze, simulate and model processes for
their optimization
Career opportunities
32
PRocESSES, ENViRoNmENT, aNd bioTEchNoloGiES
the research environment of the specialization is principally
constituted by the following laboratories:
ProcessandMaterialsEngineering(LGPM),CentraleParis,EA4038
Soil,Structure,andMaterialsMechanics(MSSMat)UMRCentraleParis/CNRS8579
Structures,Properties,andModelingofSolids(SPMS),CentraleParis,UMR8580
TheSuplecControlEngineeringDepartment
the programmes close relationships with worlds of both academic
and industrial research
enablesstudentstohaveinternshipplacementsatleadingorganizationsandlaboratoriesLIMHP(ParisXIII),UMRGenial(AgroParisTechINRA)thevariouscampusesofcoleCentrale,CNAM,BRGM,CEA,aswellasindustrialresearchcenters:ARDandtheagro-foodindustry,IFP,SuezEnvironnement,VeoliaEnvironnement,AirLiquide,Rhodia,Arkema,Total,LOral,LVMH,Sanofi-Aventis,etc.
assoCiated laboratories
partners UniversityofParisXIII
UniversityofParis-EstMarne-la-Valle
-
applied sciences
ContaCtspecialization coordinator:dominique
Pareau,[email protected]
applied
Scien
ceS
33
prograMMe
33
common core: 15 ects 114 hours SupplementalThermodynamics
UnifiedTransfers
MeasurementandAnalysisMethods;PhysicochemistryofSolutions
ProcessEngineering ChemicalReactors SupplementalBiology
ProcessSimulationandControl
choice of curricula: 15 ects - 120henvironment curriculum
TheoreticalFundamentalsofWaterTreatment;DrinkingWaterandWastewater
WasteTreatment;WasteCollecting;Re-Use;Recycling;EnergyProductionfromWaste
SewageGasTreatment;GreenhouseGas;ReductionStorageValorization
PollutionandDepollutionofSoilsandGroundwater
ManagementoftheEnvironment;ResourcePreservation/Conservation
Processes curriculum DynamicSimulation AdvancedControl
ChemicalReactors2 Formulation;Emulsions;Pastes;Creams
Agro-FoodProcesses
biotechnologies curriculum FermentationEngineering
ModelingandControlofBioreactors Bioproduction WhiteBiotechnologies
SortingProcesses-Purification
Practical courses:
Practicalworkisdesignedinrelationtothecurriculumandintegratedaspartofthecourse:
Environment Processes Biotechnologies Laboratoryproject
ScientificEnglish
ResearchorR&DInternshipAtanengineeringschool,university,institute,orcompanylaboratoryfromendofApriltoSeptember.
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m2
34
Theskillsacquiredthroughthisspecializationprogrammeleadtocareerscloselyconnectedtothenanosciencesandemergingtechnologies:
Researcherandteacher-researcher
R&Dengineerinthefieldofoptics,nanoelectronics,chemistry,materials,biosciences,
biotechnologies,health,etc.Uponcompletionofthetrainingprogramme,studentsmayalsochoosetopursuedoctoralstudiesatanacademicor
industrialresearch laboratory (for instance,within the
frameworkofaCIFREcontract).
pedagogythis specialization offers a choice of 4 curricula of 60
ects,
each.Thecurriculashareacommoncoreoftwocourses,whichprovideanunderstandingandabovealltheopportunity
for
thepracticingofnanostructuredesignandcharacterizationmethods,withaparticularemphasisonthenecessarymicroscopytechniquesinvolvedinthisfield.
nanophysics curriculum (courses given in french)
Theobjectiveistoprovidestudentswithanunderstandingofthefundamentalphysicsrelatedtothestudyofthephenomenaandconceptsresultingfromtheextremediminutioninsizeofstructures.Itcomprisestwomaincomponents:thefirstinfundamentalphysicsandthesecondinnanosciencemethodologies.
nanodevices and nanotechnologies curriculum (courses given in
french)
In this curriculum, the combination of physics, chemistry,
materials, and biology enables amultidisciplinary approach and
provides the opportunity to approach nanoscience through
itsapplications,drawingonasolidfoundationoffundamentalknowledge.
nanochemistry curriculum (courses given in french)
This curriculum tackles issues related to the synthesis,
characterization, and use of functionalmoleculesandnanostructures.
international track in nanosciences (courses given in english)
This track includes
twomandatorycommon-coremodules,10optionalmodels (at
thestudentsdiscretion)andatrainingperiodof18weeks. 2 trimesters of
courses,atcoleCentraleParis,UniversityofParis-SudXI,andInstitut
dOptique. 1 trimester of full-time internship.
the nanosciences specialization, offered jointly with 7 leading
institutions, provides the bases for technical careers in the area
of nanosciences. this area is currently enjoying enormous growth,
and affords considerable career opportunities. this training is for
students who have completed the equivalent of 60 ects in physics,
material sciences, engineering sciences, and chemistry, in france
or abroad. it is designed to enable students with backgrounds in
physics, chemistry, and electronics to acquire the specific
scientific skills necessary to study the extraordinary properties
of nanostructures and nano-objects, both from a fundamental
perspective and through various applications such as physical
sciences, engineering sciences, chemistry, biology, medicine,
etc.
Career opportunities
34
NaNoSciENcES
The University of Paris-Sud XI, Suplec, ENS Cachan, cole
Polytechnique, Institut dOptique,and
theUniversityofVersaillesSaint-Quentinaswellas25
institutesandresearch
laboratoriesestablishedatthese7institutions.OtherCEAandThaleslaboratoriesalsoparticipateinthistrainingprogramme.
The teacher staff for the Nanosciences specialization is comprised
of
renownedresearcherstrainedattheselaboratories,institutions,andresearchinstitutes(CNRS,CEA).
partners
-
applied sciences
ContaCtspecialization coordinator:hichem
dammak,[email protected]
applied
Scien
ceS
35
prograMMe
This international track includes twomandatory
common-coremodules,
10op-tionalmodels(atthestudentsdiscretion)andatrainingperiodof18weeks.
35
common core (6 ects)
Microscopy,Near-fieldMicroscopyandSpectroscopy
Fabricationandcharacterisationofnanodevicesandnanoobjects
Optional modules (30 ects)
PhysicalChemistryofNanostructuredMaterials
Nanothermics
NonlinearOpticsandNonlinearMicroscopies
Nanotubes:production,characterisation,propertiesandapplications
Biosensors
IonChannelrecordingbiochiptechnology
Nanoscalingofphysicalproperties
Guidedandcoupledwaves
Chargescreeningandtransportinnanostructures
Frommolecularopticstonanobiophotonics
QuantumOptics
Nanophotonics(andphotoniccrystals)
Nearfieldandsub-wavelengthmicroscopies
NonlinearOpticsofSemiconductor:fundamentalsandapplications
SemiconductorPhysicsandComponents
Nanomagnetismansspintronics
Plasmaformicro-andnanotechnologies
Biophotonics:TheoreticalaspectstotheuseoffluorescenceinBiology
Frenchlanguageforforeigners
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m2
36
the dynamics, structures, Materials, and coupled systems (dsMsc)
specialization of the applied sciences field is open to M1
students, engineering school graduates or 3rd-year engineering
students, and holders of a foreign undergraduate degrees who are
interested in completing a recognized training programme in the
field of structure dynamics and coupled dynamic systems. it is
supported by a high-level research laboratories, both public and
private, and by the pedagogical environment of cole centrale Paris
and other participating institutions: supmeca, ensta-Paristech, and
ensaM-Paristech. this specialized training programme prepares its
graduates for a broad range of options, from further study at the
doctoral level to direct professional placement at research centers
and engineering departments.
36
Themostrelevantspheresofactivityinclude:
Aeronautics,automobile,andrailwayindustries
Energyindustries
Systemsdesignengineeringandtechnicalconsulting
Career opportunities
TheDSMSCspecializations objective is to prepare students towork
autonomously in the studyof short- andmedium term evolutions
inmechanical structures in strong dynamic interactionwith a complex
environment, especially fluid. Particular emphasis is placed on the
non-linearbehaviorofmaterialsandstructures,theuncertaincharacterofpropertiesandcomponents,andthevariousapparentscalesofdominantphenomena:overall
vibration, local
rupture,etc.Thesetopicsareexaminedbothfromthestandpointofmechanicalanddigitalmodelingandexperimentalidentification.Thein-depthmodulesprovideanopportunitytopresentactiveresearchtopicsinthisfield.
objeCtives
Thisspecializedprogrammeisdividedintotwosemestersof30ECTSeach.Halftheprogrammeconsistsof10coursesof3ECTSeach,includingarequiredcommoncoreof5coursesdistributedoverthecourseofthefirstsemester,and5complementaryelectivecoursesdistributedoverbothsemestersaccordingtothethreethematiccurricula:
StructureMaterials
Couplings
DynamicsandIdentification
Theotherhalfofthedegreeconsistsinlaboratorywork(appliedcourses,researchproject(6ECTS),laboratoryinternship(21ECTS),scientificcommunication(3ECTS).Upto2coursemaybeselectedfromotherspecializationsintheAppliedSciencesfield,especiallyfromtheAerospaceEngineering(MAS)andCivilEngineeringandEnvironment(GCE)specializations.
pedagogy
dYNamicS, STRucTuRES, maTERialS & couPlEd SYSTEmS
-
This specialization includes courses in commonwith theMAEoption
atCentraleParis
andoffersjointcourseswiththeMechanicsofMaterialandStructuresspecialization(UPMC,ENSCachan,colePolytechnique,ENSAM,ENSTA,SUPMECA).
ItbringstogetherteachersfromCNAM,ONERA,CNRSandEADS.Itsmanyindustrialpartnersprovide
its students with internship placements and later sponsor their
doctoral
researchwithintheCIFREscholarshipframework:EDF,GroupeSafran,EADS,SNCF,Renault,PSA,etc.
Thespecializationsresearchenvironmentisprincipallyconstitutedbythefollowinglaboratories:
Soil,Structure,andMaterialMechanics,CentraleParis(UMR8579)
MechanicsofCoupledStructuresandSystems,CNAM(EA3196),
MechanicsofSolidsLaboratory,colePolytechnique(UMR7649).
WavePropagation:MathematicalStudyandSimulationLaboratory(UMR2706CNRS-INRIA-ENSTA)
MechanicsTeachingandResearchUnit,ENSTA,
PhysicalMechanicsLaboratory,B2OAUMRCNRS7052deParisXII
MechanicalSystemandMaterialEngineering(LISMMAEA2336)
MechanicsofSystemsandProcessesLaboratory,ENSAM(UMRCNRS8106)
assoCiated laboratories
applied sciences
ContaCtspecialization coordinator:didier
clouteau,[email protected]
partners
applied
Scien
ceS
37
prograMMe
37
couplings curriculum
Fluid-StructureInteraction SeismologyandConstruction
Contact-Impact
Vibroacoustics MechanicsofMicro-structures
2coursesfromtheAerospace
Engineeringspecialization
common core
StochasticModeling StructureVibrations WavePropagation
NumericalSolidMechanics MaterialEngineering
dynamics and identification curriculum
Identification-ImageRegistration StructureControl
AcousticImaging
HighFrequencyVibrations Non-linearVibrations InverseProblems
Materials curriculum
Identification-ImageRegistration StructureControl
AcousticImaging HighFrequencyVibrations
Non-LinearVibrations InverseProblems
2coursesfromtheEnergyProcesses
andMaterialsspecialization
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m2
38
TheM2specializationiscomprisedoftwosemestersof30ECTSeach.Halfofthetrainingconsistsof10courses(of3ECTSeach)groupedtogetherintoacommoncoreof4coursesandtwothematiccurricula:SuperstructuresandMaterialsandSoils,RocksandConstructionintheirEnvironment.Theotherhalfismadeupoflaboratorywork(PracticalWorkandResearchProject,9ECTS,andInternship,21ECTS).Two
ormore coursesmay be selected fromother specializations in the
Applied Sciences field,especially from the Dynamics, Structures,
Materials, and Coupled Systems (DSMSC) and
theProcesses,Environment,andBiotechnologies(PEBT)programmes.
Career
opportunitiesThisspecializationpreparesstudentseitherfordirectprofessionalplacementorfurtherstudyatthedoctorallevel.Theprogrammesclosecontactswithcompanies(Bouygues,EDF,SNCF,GDF-Suez,Vinci,etc.)andresearch
institutes (BRGM,CEA, IFP,etc.)openupmanyopportunities
forstudentsandgraduates.
spheres of activity:Graduates pursue careers in engineering and
research at innovative small and medium
sizeenterprises,largecompanies,researchinstitutions,andinhighereducation.
Civilengineering Energy Transportinfrastructure Geo-environment
Planning Publicservices
types of positions: Researcher Studyandresearchengineer
the civil engineering and environment specialization is designed
to provide a solid foundation in control engineering, physics and
numerical modeling and to train specialists in the understanding
and modeling of complex phenomena related to materials (soils,
rocks, concretes etc.) and civil engineering construction that take
into account their interaction with their environment. this
training is research-oriented and prepares students for careers at
academic and industrial research centers, engineering departments
and consultancies, especially in r&d, as well as in higher
education. graduates are prepared to pursue doctoral studies at an
academic or industrial research laboratory (for instance, within
the framework of a cifre contract).the training programme is
offered jointly with ens cachan and uPMc.through its wide offering
of courses the programme covers a range of domains in civil
engineering, the environment and related risks (both natural and
entropic). the training is characterized by a focus on numerical
modeling and an experimental approach. students are integrated into
research teams for their projects, giving them the opportunity to
review the state of the research and conduct a scientific study on
a cutting edge topic in their area of specialization.
pedagogy
38
ciVil ENGiNEERiNG & ENViRoNmENT
-
applied sciencesContaCtfield coordinator:arezor
Modaressi,[email protected]
applied
Scien
ceS
39
prograMMe
39
Thisspecializationincludescoursesofferedincommonwiththe3rd-yearSustainableCivilEngi-neeringandUrbanismoptionatCentraleParis.Byagreement,italsoofferscourseswithotherprogrammesinCivilEngineeringandtheEnvironment:
CivilEngineeringSpecialization:PontsParisTech-ParisEst,
EnvironmentalGeologySpecialization,PRESUniversud.
associated Laboratories
Language English
Methodological work ResearchProject
internship WithinResearchUnit
common core RheologyandMaterialBehaviorModeling
NumericalMethods
ExperimentalMethods NaturalandEnvironmentRiskManagement
Soil,Structure,andMaterialsMechanicsLaboratory,UMRCentraleParis/CNRS8579
ControlEngineeringandTechnologyLaboratoryUMRUPMC/ENCS/CNRS8535
SolidMechanicsLaboratory,colePolytechnique,UMR7649
NavierGeotechnicsUR(CERMES,LAMI)
CentrallaboratoryatPontsetChausses
Structure&FunctionofContinentalHydricSystemsLaboratory,UPMCUMR7619
PetrophysicsDepartmentofInstitutFranais du Ptrole,
GeologicalandMiningResearchBureauatDirectiondelaRecherche
theme: Materials UnsaturatedSoilMechanics
MacroscopicMaterialBehavior ClayPhysicochemistryandMineralogy
RockMechanics
CoupledTransfersinPorousMediaandReinforcedConcreteCorrosion
ScienceandEngineeringofHydraulicConcrete
theme: environment ClayPhysicochemistryandMineralogy
CoupledTransfersinPorousMediaandReinforcedConcreteCorrosion
SewageandWasteTreatment Depollution,NappeProtection
theme: construction
StructuresSubjectedtoTransientPressuresandInteractionIssues
InstabilityofStructuresandMaterialsunderExtremeConditions
ParaseismicEngineering
ModelingofUncertaintiesandReliabilityofConstruction
partners
elective courses (students select 6 courses of 3ects from among
the following) theme: risk
ModelingofUncertaintiesandReliabilityofConstruction
GeophysicalExploration GeologicalandGeotechnicalExploration
ParaseismicEngineering Depollution,NappeProtection
UnsaturatedSoilMechanics
theme: geotechnics FoundationandRetainingStructureModeling
TunnelModeling RocksandUndergroundCavernsMechanics
FiniteElementsinGeotechnics Soil-StructureInteractioninStatics
Geology
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m2
40
ThisMastersprogrammeisorganizedaroundacommoncoreof4blocksof4ECTSeachcoveringfluiddynamicsand
turbulence,propulsionandaerodynamics,numerical
simulationandappliedmathematics,andreactivemediaaswellasadedicatedtraininginEnglishof4ECTS,designedinconjunctionwiththeLanguageDepartment.TheMastersincludes12ECTSofmethodologicalcoursesdistributedoverbothM2semestersaswellasaproject,whichconfrontsstudentsdirectlytoresearchquestionsinthefirstsemester.Studentstakeacombinationof4electivecourses,chosenfromamong11,overbothsemestersso
as to diversify the curriculum and allow for themultidisciplinary
approach necessary to thedevelopment of research in the field of
aerospace engineering. Three emphases are
possibleControlandSystems,MechanicsofStructures,andIn-DepthMechanicsbutthesedependmoreonthestudentchoicesthanonpresetcurricula.
the aerospace engineering specialization of the applied sciences
field prepares its graduates for research-oriented activities. it
targets scientific and technical r&d positions in the
aeronautics and space industries. this training is thus designed
for careers in academic and industrial research centers,
engineering departments and consulting, and higher education.
pedagogy
40
aERoSPacE ENGiNEERiNG
This specialization prepares students for either immediate
professional placement or
furtherdoctoralstudy,inanyofthetechnologicaldomainsoftheaerospaceindustry:fromthedesignandoptimizationofaerospacelauncherstothecontrolofsatellitetrajectories,theaerodynamicdesignofdrones,andthemodelingandsimulationofturbulentcombustioninturbo-reactorcombustionchambers.Jobopportunitiesareenhancedbytheprogrammesclosecontactswithmajorcompaniesintherelatedindustries:SNECMAMoteurs,Grossepropulsion(SAFRANGroup),Dassault,EADSGroup:Astrium,Airbus,Eurocopter,MDBA,andST.Graduates
pursue careers in engineering and research at innovative small and
medium
sizeenterprises,largecompanies,researchinstitutions,andinhighereducation.
Aeronauticsindustry Automobile,rail,andmaritimeindustries
Energy
Career opportunities
Molecular&MacroscopicEnergeticsandCombustionLaboratory(UPR288),CentraleParis,
Soil,Structure,andMaterialMechanicsLaboratory(UMR8579),CentraleParis,
ControlEngineeringDepartmentandControlEngineeringHostingTeam(EA1399),Suplec,
ONERADEFA/DSNA/DAFE/DAAPDepartments,ChtillonandPalaiseau,
AerothermochemistryInterprofessionalResearchComplex,CORIAUMR6614,INSARouen
andtheUniversityofRouen.Thisspecializationincludescoursesofferedincommonwiththe3rd-yearAerospaceEngineeringandEnergyoptionsatCentraleParis,aswellaswiththeDSMSCSpecialization.
partner laboratories
-
applied sciences
ContaCtspecialization coordinator:Marc
Massot,[email protected]
applied
Scien
ceS
41
prograMMe
TheM2isdividedintotwosemestersof30ECTSeach.Thecommoncoreof4requiredcoursesistakeninthefirstsemester:
41
common core FluidDynamicsandTurbulence PropulsionorAerodynamics
ReactiveMedia AppliedMathematicsandNumericalSimulation
elective courses
Studentsselect4electivecoursesfromthelistbelow.OtherelectivecoursesmaybeselectedfromotherspecializationsatcoleCentraleParis.
DigitalControlLaboratory
MaterialsforAeronauticandEnergeticApplications
StructureMechanics(3modules:VibrationsandStructures,NumericalMechanicsof
Solids,andonecasestudy) FlightMechanics SatelliteDynamics
SystemsControl AdvancedAerodynamics CompressibleandSupersonicFlows
Acoustics AlgorithmicandProgramming Aeroacoustic
IntroductiontoInstabilitiesandBifurcationsinFluidMechanics
DiphasicFlows
Language
English
Methodological activities
MultidisciplinarySynthesisProjectStudentsselecttwomodulesfromamongthefollowingthree:
AcquisitionandNumericalSignalProcessing NumericalSignalProcessing
OpticalDiagnosesandExperimentalTechniques
internship
Internshipataresearchunit
students also have the option of following a systems curriculum
(control and control engi-neering) at the control engineering
department at suplec.
-
TheBusinessSciences: IndustrialEngineeringMasters isdesigned to
trainstudents
inappliedaswellasacademicresearchissues,incloseconnectionwithcompaniesworkinginthefollowingdomains:
Designengineering
Decision-makingaidsandindustrialandlogisticsystemsoptimization
BusinessProcessModeling EnvironmentalManagement
Thesedomainsarerepresentedby3specializations:
DesignEngineering&DesignManagement(MoMaC)
IndustrialandLogisticSystemsOptimization(OSIL)
OrganizationModelingandManagement(MoMO)
objeCtives
field
42
buSiNESS SciENcES: iNduSTRial ENGiNEERiNGindustrial engineering
encompasses the conceptual, methodological, and technological
supports used in industrial and services companies for the design,
transformation, and implementation of their products, processes,
and organization.
The courses taught in the Business Sciences: Industrial
Engineering Masters programme
arehighlyintegratedwiththecourseofferingatcoleCentraleParis.
ThefirstMastersyeardrawsheavilyon1stand2nd-yearengineeringcoursesatcoleCentraleParis,bringing
them a greater degree of specialization and intensiveness through a
strong
emphasisonindividualandlaboratorywork(atCentraleParislaboratories,aswellasatpartneracademicinstitutions,andindustrialpartners).
TheMoMaCandOSILM2coursesarealmostallpartofthe3rd-yearIndustrialEngineeringoptionofferedatcoleCentraleParis.TheMoMOspecializationcoursesareofferedatcoleCentraleLille.
pedagogy
The Business Sciences: Industrial Engineering Masters prepares
students for an
academiccareeraswellasforacareerinbusiness.Uponcompletionofthedegree,studentsinterestedinaresearch-orientedcareerordinarilygoontocompleteadoctorate,eitheratcoleCentraleParisIndustrialEngineeringLaboratory,oratanotherresearchlaboratory.UponcompletionofthePhD,thesestudentsarestillinapositiontochoosebetweenanacademicorbusinesscareer,inFranceorabroad.CentraleParisDoctoralSchoolawardsseveraldoctoralfellowshipseachyear,andmanyotherfundingsourcesareavailablefromcompanies(CIFREcontracts,etc.).Studentswhooptnottogoontoadoctoratearewellpositionedtomovedirectlyintoprofessionalengineering
positions, according to their chosen specialization. Specialists in
the domain
ofmodelinginindustrialengineeringareinhighdemand,andgraduatesinterestedinworkinginthebusinessworldenjoyadistinctadvantageonthejobmarket.
Career opportunities
-
business sciences:
industrial engineering
ContaCtfield coordinator:bernard
Yannou,[email protected]
BuSineSS ScienceS:
induStrial en
ginee
ring
43
The Industrial Engineering Laboratory (LGI) at cole Centrale
Paris develops decision-making methods for the design and
optimization of products, services, and logistics andindustrial
systems. The laboratorys research activities relate to methods of
organization,management,design,production,anddistributionofproductsandservices,throughouttheirlifecycle.Itprovidescompanieswiththemethodsnecessarytoimprovetheirperformanceandcompetitiveness(quality,cost,deliverytime).The
laboratory is comprised of 5 research teams. These teams have
research agendasthat partially overlap, which enables exchanges
between researchers in
complementaryspecializations.Mostresearchersareinvolvedinseveralofthefollowinggroups:
Theme1:ProductandServicesDevelopmentSystems
Theme2:ProductandServicesProduction/Distribution
AxisA:ProjectManagement
AxisB:KnowledgeandInformationManagement
AxisC:InnovationManagement
http://www.lgi.ecp.fr
industrial engineering (lgi) ea 2606partner laboratory
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m1
44 44
ThefirstyearoftheMastersprogrammeisdesignedtoprovideasolidfoundationintheareaofindustrialengineering,withintheoverall
frameworkofM1programmesatcoleCentraleParis.Thegoalofthistrainingisto:
preparestudentsfortheM2,introducingthemtothechoiceofspecializationsinthefield.
identifyandassesseachstudentsanalyticalabilitiesinordertodirectthemtothemostsuitableM2researchprogramme,ortowardprofessionalM2programmesatotherinstitutions.
TheM1year in IndustrialEngineering is
thesameregardlessofM2specialization.CoursesareofferedatCentraleParisexclusively.TheM1isintendedtoprovideageneralisttraininginindustrialengineering,bothintermsoftoolsandmethodsandintermsofindustrialsupports.
the courses taught in the business sciences: industrial
engineering Master program are highly integrated with the course
offering at cole centrale Paris. the first Master year draws
heavily on 1st and 2nd-year engineering courses at cole centrale
Paris, bringing them a greater degree of specialization and
intensiveness through a strong emphasis on individual and
laboratory work (at centrale laboratories, as well as at partner
academic institutions, and industrial partners).
pedagogy
44
buSiNESS SciENcES: iNduSTRial ENGiNEERiNG
-
business sciences:
industrial engineering
ContaCtM1 coordinator:Marija
Jankovic,[email protected]
BuSineSS ScienceS:
induStrial en
ginee
ring
45 45
prograMMe
Thefirstyear(M1)totals60ETS,dividedintoMajorcoursesof35ECTS,Minorcoursesof10ECTS,oneEnglishlanguagecourseof4ECTS,and11projectcredits.
first semester (30 ects)
Major courses (20 ects):
SE2200.DesignandInnovationofProductsandServicesS7SE2400.ProductionandDistributionManagementS7IS1410.DigitalandCollaborativeEngineeringS7
Minor courses: 1 Minor from among (5 ects):
MA2400.Conception-SimulationS7
SE2300.StrategyandMarketingS7
SE1600.Economics2S7MA2200.AdvancedOptimizationS7SE3300.Entrepreneurship:Afirstapproach
research Project (progress report and defense) (3 ects)
Lc1000 english language or Lc2000 french as a foreign Language
(2 ects)
second semester (30 ects)
Major courses (15 ects):
SE2750.StochasticModelingandTheoryofQueuesandtheirApplicationsS8SE2700.ModelingforDecisionMakingS8SE2650.RiskAssessmentandManagementS8
Minor courses: 1 Minor from among (5 ects):
MA2600.NumericalOptimizationandApplicationsS8SE2550.PurchasingS8MA2821.Multi-agentModelingofComplexSystemsS8
SE1500.EnterprisemodelingS8SE2800.ProductionPlanningandSchedulingS8EN2910.AircraftDesignS8
research Project (project report and defense) (8 ects)
Lc1000 english language or Lc2000 french as a foreign Language
(2 ects)
45
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Oneofthedistinctivefeaturesofthisspecializationisthat
itdistinguishesbetweentwodifferentperspectivesonthedesignprocess,asrepresentedbytwospecializationcurricula:
TheProducts,Services,EngineeringCurriculum(PSI)focusesonindustrialproducts:
Product,Project(fornewproductdevelopment),Process,OrganizationfromanEngineeringandModelingPerspective.Studentslearntomodel,represent,computermanage,simulate,andplantheimplementationofanindustrialsolution,todelineatedesignprocesses,capitalizetheirknow-howandimplementdesignmethodologieswithincompanies.
TheOrganization,Projects&KnowledgeCurriculum(OPC)seekstooptimizethedesign
processthroughtheuseofknowledge,skills,andneworganizationalandmanagementtechniques.Theaimistoimprovetheperformanceoforganizations,projects,andinnovativeorganizations,aswellasprocessesandstructuresthroughthemanagementofknowledge.
Thisisapproachedthroughindustrialcontextsinwhichhighlycomplexproducts(automobiles,planes,satellites,factories,televisions,computers)andconsumerproductsofintermediate-complexity(cellphones,domesticappliances,cameras,etc.)aredesignedandproduced,callingfortherationalization,ifnotoptimization,ofproduct,industrialprocess,andprojectparameters.
the Modeling and Management of design (MoMac) specialization
prepares 2nd-year Masters students for industrial r&d careers,
academic research, and careers consulting in the areas of design
engineering and design management. the main objective is to acquire
the capacity to conceive and improve the performance of design
processes, making them more efficient, within product and services
companies.
pedagogy
dESiGN ENGiNEERiNG aNd dESiGN maNaGEmENT
types of jobs: Projectmanageroractorinacomplex
systemsdesignproject Newproductlaunchmanager
Projectindustrialization/development
manager Purchasemanager Innovationmanager
Engineeringandindustrialization
consultant IndustrialengineeringR&D
spheres of activity: Aeronauticsindustry
Automobile,railway,maritimeindustries Luxurygoodsindustry
Processesindustry Chemicalindustry Energy Publicservices
Career opportunities
ThisspecializationdrawsprimarilyontheGoodsandServicesDevelopmentSystemsresearchteam(20researchers)oftheIndustrialEngineeringLaboratory(LGI,EA2606)atcoleCentraleParis,aswellasonthreeofitsresearchaxes:ProjectManagement,KnowledgeManagement,andInnovativeOrganizationsManagement.TheMoMaCspecializationmaintainsteachingpartnershipswithSUPMECAandENSCachan.
partners
m2
46 46
-
business sciences:
industrial engineering
ContaCtspecialization coordinator:bernard
Yannou,[email protected]
deSign enginee
ring and
deSign ManageM
ent
47
prograMMeStudentsare trainedandevaluatedon their capacity to
analyzeand interveneon
innovativedesignissueswithingoodsandservicescompanies,i.e.:
Systemengineeringanddeploymentofproductparameters;concurrentengineering;
collaborativedesign;coupledproduct-processmodeling;virtualorCADprojectdrafting;productconfiguration;productplatforms
Objectiveandsubjectiveneedassessment
Performancemodelsidentification;designspaceandoptimalsolutionspace
representation;productoptimizationandmulti-criteriacomparison/assessment
Productassessmentthroughoutthedesignprojectandperformance,cost,andrisk
supervision;modelingandsimulationofmaterialandimmaterialprocesses
Companyknowledgemanagement,projectmemories,experiencefeedback
Sustainabledevelopmentandeco-design;designforall(theelderly,etc.)
Innovationmanagementinnovativeorganizationsmanagement;communitiesofpractice
withinthedesign/industrialization
