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MSc Programme BSc degree A Dutch BSc in Mechanical Engineering, Civil Engineering, Marine...

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Be a part of the global energy solution Diploma Master of Science Credits 120 ECTS, 24 months Starts in September Language of instruction English % international students 25% On a global scale, to ease the scarcity of land, hydrocarbons, minerals and rare metals and to reduce the impact on the environment and on society, the reclamation of land for industrial purposes and the exploration of hydrocarbons and minerals is moving more and more offshore into deeper waters. To open new horizons and to meet the challenges of the near future requires the development of new, innovative, inter-disciplinary technologies and methodologies. The exploration of hydrocarbons at 3000 m water depth, floating airports, trailing suction hopper dredges of 50.000 m3, diamond mining at the sea and ocean floor with remote/autonomous operated vehicles, pipe-laying in deep water, arctic engineering and deep sea mining will all be possible in the near future, but require a lot of fundamental research. Offshore and Dredging Engineering comprises the design and operation of semi-stationary floating systems in a marine environment, with the purpose of exploring, exploiting, storing and transporting/lifting (valuable) materials, like hydrocarbons, minerals and rare metals. ODE also deals with auxiliary systems and equipment for the construction and placement of these systems, for decommissioning, including autonomous and remotely operated vehicles. Offshore & Dredging Engineering is a multidisciplinary programme offered by the Faculty of Mechanical, Maritime and Materials Engineering and the Faculty of Civil Engineering & Geosciences. As a participant in the programme, you will pursue both theoretical and applied studies, including a multidisciplinary project and your final thesis project. Offshore & Dredging Engineering offers the following four specialisations: Bottom Founded Structures, Arctic, Wind. Fixed, Bottom-Founded Structures include fixed towers with piled foundations, as well as jack-up structures and monopole structures commonly used for offshore wind energy applications. The dynamics of floating & fixed structures and arctic engineering become more and more important. Faculty of Mechanical, Maritime and Materials Engineering MSc Programme
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Page 1: MSc Programme BSc degree A Dutch BSc in Mechanical Engineering, Civil Engineering, Marine Technology, Aerospace Engineering or Physics. If the Master’s programme does not follow

Beapartoftheglobalenergysolution

Diploma MasterofScience

Credits 120ECTS,24months

Startsin September

Languageofinstruction

English

%internationalstudents

25%

Onaglobalscale,toeasethescarcityofland,hydrocarbons,mineralsandraremetalsandtoreducetheimpactontheenvironmentandonsociety,thereclamationoflandforindustrialpurposesandtheexplorationofhydrocarbonsandmineralsismovingmoreandmoreoffshoreintodeeperwaters.Toopennewhorizonsandtomeetthechallengesofthenearfuturerequiresthedevelopmentofnew,innovative,inter-disciplinarytechnologiesandmethodologies.Theexplorationofhydrocarbonsat3000mwaterdepth,floatingairports,trailingsuctionhopperdredgesof50.000m3,diamondminingattheseaandoceanfloorwithremote/autonomousoperatedvehicles,pipe-layingindeepwater,arcticengineeringanddeepseaminingwillallbepossibleinthenearfuture,butrequirealotoffundamentalresearch.

OffshoreandDredgingEngineeringcomprisesthedesignandoperationofsemi-stationaryfloatingsystemsinamarineenvironment,withthepurposeofexploring,exploiting,storingandtransporting/lifting(valuable)materials,likehydrocarbons,mineralsandraremetals.ODEalsodealswithauxiliarysystemsandequipmentfor

theconstructionandplacementofthesesystems,fordecommissioning,includingautonomousandremotelyoperatedvehicles.

Offshore&DredgingEngineeringisamultidisciplinaryprogrammeofferedbytheFacultyofMechanical,MaritimeandMaterialsEngineeringandtheFacultyofCivilEngineering&Geosciences.Asaparticipantintheprogramme,youwillpursueboththeoreticalandappliedstudies,includingamultidisciplinaryprojectandyourfinalthesisproject.

Offshore&DredgingEngineeringoffersthefollowingfourspecialisations:

BottomFoundedStructures,Arctic,Wind.Fixed,Bottom-FoundedStructuresincludefixedtowerswithpiledfoundations,aswellasjack-upstructuresandmonopolestructurescommonlyusedforoffshorewindenergyapplications.Thedynamicsoffloating&fixedstructuresandarcticengineeringbecomemoreandmoreimportant.

FacultyofMechanical,MaritimeandMaterialsEngineering

MScProgramme

Page 2: MSc Programme BSc degree A Dutch BSc in Mechanical Engineering, Civil Engineering, Marine Technology, Aerospace Engineering or Physics. If the Master’s programme does not follow

TheMasterisdividedintofourparts;acorecurriculumof30ECTS,aspecialisationpartof20ECTS,electivecourses25ECTSandamasterthesisof45ECTS.

FirstYear

1stSemester 2ndSemester

IntroductionOffshoreEngineering(3EC) OffshoreHydromechanics(3EC)

IntroductionDredgingEngineering(3EC) SurveyofOffshoreEngineering(6EC)

OceanWaves(6EC) ExperimentalEng.Exercise(6EC)

OffshoreHydromechanics(5EC) DynamicsofStructures(4EC)

ApplicationinSoilMechanics(3EC) CFDforOffshore&Dredging(3EC)

ProbabilisticDesign(4EC) FloatingStructures(4EC)

DredgingProcesses1(4EC) BottomFoundedStructures(5EC)

SubseaEngineering(4EC) DredgePump&SlurryTransport(4EC)

DynamicPositioning(3EC)

DredgingProcesses2(4EC)

MarinePipelines(3EC)

ArcticEngineering(3EC)

SecondYear

1stSemester 2ndSemester

Electives(15EC) Masterthesis(45EC)

1EC=28hrs,study,accordingtotheEuropeanCreditTransferSystem(ECTS).TotalnumberofcreditsintheMScprogramme=120EC

Formoreinformationonallcourses,pleasevisit:www.studyguide.tudelft.nl

Developingdesignsforcosteffectivenessovertheentirelifecycleofthestructureisapriorityaddressedintheprogramme.CoursesofferedinthisspecializationincludeBottomFoundedStructures,StructuralDynamics,FiniteElementMethodsandOffshoreSoilMechanics.StudentsinthistrackareeligiblefortheEuropeanWindEnergyMaster.TheEuropeanWindEnergyMasterconsortiumiscomposedoffourUniversities,worldleadersinWindEnergyandOffshoreWindEnergyresearchandeducation.DelftUniversityofTechnology,TechnicalUniversityofDenmark,NorwegianUniversityofScienceandTechnology,CarlvonOssietzkyUniversitätOldenburgTheEWEMpreparesgraduatesforacareerinresearch,bothinindustryandinacademia.

DredgingEngineering,Trenching&DeepSeaMining DredgingEngineeringfocusesonthedesignandmaintenanceofdredgingequipmentwiththegoalofdurableimplementationofdredgingprojects.Thesea-miningindustryisalsomovingtodeeperanddeeperwaters.Althoughoperationdepthsdonotcurrentlyexceed150m,itisexpectedthatwithin10yearsdredgingandsea-miningwillreach500mto3000m,requiringnewtechnologiesforresourcerecovery,aswellasmonitoringandcontrolsystems.DredgingEngineeringincludescoursesinDredgingProcessesI&IIandPumps&SlurryTransport.

FloatingOffshoreStructuresInextremelydeepwaters,theonlypracticalchoiceofstructureisafloatingstructure.Floatingstructuresarealsofavouredwhentheactivityinaparticularlocationwillbetemporary.Manyformsoffloatingstructureshavebeendevelopedovertheyears,includingship-likeformswhenspeedisimportant,andsemi-submersibleorsparplatforms,whengreaterstabilityisanimportantfactor.TheFloatingStructures–OffshoreHydromechanicsspecializationincludescoursesinFloatingStructures,DriveSystemsDesignPrinciples,OffshoreMooringsandDynamicPositioning.

Page 3: MSc Programme BSc degree A Dutch BSc in Mechanical Engineering, Civil Engineering, Marine Technology, Aerospace Engineering or Physics. If the Master’s programme does not follow

Ship&OffshoreStructuresThecontinueddesignandinstallationoffloatingoffshorestructuresintendedfor20ormoreyearsofservice,combinedwiththeindustrytrendtoextendoperationsbeyondtheoriginaldesignlife,providesachallengeforengineerstoguaranteestructuralintegrityofthesestructures.Therefore,thisspecialisationfocusesonadequatestructuraldesignoffloatingoffshorestructures.Thisincludessubjectssuchasfatigue,ultimatestrength,vibrations,material&fabricationfactors,hydro-structuralinteractionandreliabilityanalysis.ThespecialisationFloatingStructures,Ship&OffshoreStructuresincludescoursesinFloatingStructures,DynamicsofStructures,Fatigue,NumericalMethodsinMarineTechnologyandApplicationofFiniteElementMethod.

GrabbingRockinDeepSeaMining. Managediceloadsonafour-leggedstructure. Aninvestigationintothemodellingandcontrolofpipelinetension. Thedesignofaquick-disconnectsystemforanarcticFPSO.

TheMScprogrammeOffshore&DredgingEngineeringinitscurrentsettingisuniqueintheworld,duetotheavailability ofabroadrangeofoffshoreanddredgingcompaniesandresearchinstitutesespeciallyintheNetherlands.NewdevelopmentsinthefieldsofoffshoreanddredgingengineeringareArcticEngineering,(Floating)OffshoreWindTurbines,DeepSeaMiningandSubSeaEngineering.Duetotheclosecontactbetweenthestaffandtheindustry,theMScprogrammeODEisfollowingthenewdevelopmentscloselyandofferstheMScgraduatesabroadrangeofMScthesisassignments.ThenumberofODEgraduatesisslowlyincreasingto170/yearin2014-2015.SomeofthecompaniesofferingopportunitiestograduatesoftheprogrammeincludesShell,BP,Heerema,Allseas,Bluewater,SBM,Gusto,Damen,Huisman,BoskalisDredging,IHC,andvanOordDredging.

ManishShrivastava(India)

IamManishShrivastavafromNalanda,India.IamdoingtwoyearMScprogrammeinOffshoreandDredgingEngineeringatTUDelft.BeforejoiningTUDelft,IwasaprofessionalMarineEngineer.IsailedinContainerShipsandtheninOffshoreShipsinBombayHighOilfield,whereIsawthepotentialscopeofoffshoretechnologyinfuture.Duetoeverincreasingpricesofrealestateincoastalcities,risingsealevels,worlddredgingtechnologyisundergoingnaturalboost.ShorebasedOilandGasindustryhastoucheditssaturationpoint.Offshoreoilandgascompaniesaregoingdeeperanddeepertosearchoilandtheyneedbesttechnologyandbraininthisnascentfield.IfoundtheOffshoreandDredgingEngineeringcourseatTUDelfttobeveryversatileandcomprehensive.

FourspecializationsandmanysubspecialisationsgivestudentsoptiontochooseandstreamlinetheirspecificinterestsinBottomfoundedstructures,FloatingStructures,Dredging,Subsea,Arctic,Pipeline,DeepSeaMining,WindTurbineandmanyothertechnologyareas.CoursehassupportofDutchOffshoreandDredgingindustry,bestteachersandmentors.Delfthasoneofmostbeautifulnaturalsurroundings.Multiculturalatmosphereatuniversityhelpsinunderstandingdifferentculturalbackgroundsanditbringstogethertheirdelicacies,whichIfindveryusefulforefficientworkingmulticulturaloffshoreindustry.Iamworkingonmythesisontopic‘AnalysisofVerticalHydrodynamicForceDuringFloatoverfromDockwiseVanguard’.IamlearningaboutfuturescopeofCFDsimulationstogetinsightintophysicsofnon-linearphenomenainoffshorehydrodynamics.Iamenjoyingmywork.Ialsowork10hoursaweekatpipelaycompanyAllseas,asJuniorTechnicalInspector.Icancertainlysay,Dutchindustryismostadvancedamongoffshorecompetitors,andvicinityofTUDelfthelpsstudentsandindustrybothinmaintainingtheinnovativeedge.Ithink,ImadebestdecisionofmylifetostudyMScinOffshoreandDredgingatTUDelft.

Page 4: MSc Programme BSc degree A Dutch BSc in Mechanical Engineering, Civil Engineering, Marine Technology, Aerospace Engineering or Physics. If the Master’s programme does not follow

DutchBScdegreeADutchBScinMechanicalEngineering,CivilEngineering,MarineTechnology,AerospaceEngineeringorPhysics.IftheMaster’sprogrammedoesnotfollowdirectlyfromyourundergraduateprogramme,youwillberequiredtotakeadditionalcoursesinwhatiscalledabridgingprogramme.Thismaybeastandardprogramme,oritmaybetailoredtoyourspecificsituation.

ToseewhichMaster’sprogrammesareopentoyouoncompletionofyourBachelor’sdegreeDutchuniversity,gotowww.doorstroommatrix.nl.

ApplicationgoesthroughStudielink:tudelft.studielink.nl

DutchHBOdegreeAnHBOBachelor’sdegreedoesnotqualifyyoufordirectadmissiontoaTUDelftMaster’sdegreeprogramme.TostartaMaster’sdegreeprogramme,youwillfirstneedtocompleteasupplementaryprogrammeinordertobringyourknowledgetotherequiredlevel.YoucandothisduringyourHBOprogrammebycompletingabridgingorbymeansofabridgingprogrammeaftersecuringyourHBOdiploma.EntrancerequirementsformathematicsandEnglish(someexceptions)applyforboththebridgingminorandthebridgingprogramme.Seewww.hbodoorstroom.tudelft.nlfordetailedinformation.

ApplicationgoesthroughStudielink:tudelft.studielink.nl

InternationalapplicantsTobeconsideredforadmissiontoaMScProgrammeyou’llneedtomeetTUDelft’sgeneraladmissionrequirements.

1. ABScdegree(oraproofthatyouhavenearlycompletedaBScprogramme)inMechanicalEngineering,CivilEngineering,MarineTechnology,AerospaceEngineering,PhysicsorOceanEngineering.OthershavetomeettherequirementsofMechanicalEngineeringorCivilEngineering.

2. ABScCumulativeGradePointAverage(CGPA)ofatleast75%ofthescalemaximum.

3. ProofofEnglishlanguageproficiency:-TOEFL(TestofEnglishasaForeignLanguage)withaminimumscoreof21foreachsectionandanoverallbandscoreofatleast90(internet-basedtest).PleasenotethatweonlyaccepttheTOEFLinternet-basedtest.-orIELTS(academicversion)withaminimumscore6.0foreachsectionandanoverallBandscoreofatleast6.5.-orproofthatyouhavepassedtheUniversityofCambridge'CertificateinAdvancedEnglish'withaminimumgradeBortheUniversityofCambridge'CertificateofProficiencyinEnglish'.

Forinternationalstudents,theapplicationperiodstartsinOctoberandcloseson1April.TostartanMScapplication,fillintheonlineapplicationandpaytherefundableapplicationfeeof€100.ThensendhardcopiesoftheapplicationdocumentstoTUDelft’sInternationalOffice.Pleasenotethatyoushouldapplyearlywhenyouwanttobeconsideredforascholarshipaswell!

FormoreinformationabouttheapplicationprocedureandstudyingatTUDelftingeneral,goto:www.admissions.tudelft.nl.

Pleasevisitthewebpageforalldetails,completerequirements,deadlinesandcontactinformation:

Dr.ir.S.A.Miedema,DirectorofStudiesT+31(0)152788359 E

FurtherinformationforinternationalapplicantsInternationaloffice3mEE:W:

3mEFacultyMekelweg22628CDDelftTheNetherlands

April2016


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