Academic year 18/19

Module catalogue

Study Guide for the degree programMechanical EngineeringBachelor of ScienceMaster of Science

Module Catalogue, Study Guide of the Faculty of Mechanical Engineering

ContentCurriculum Bachelor Mechanical Engineering ..................................................................................3

Compulsory Moduls ..........................................................................................................................4

Elective compulsory Moduls ...........................................................................................................30

BachelorMechanicalEngineering

1. Semester 2. Semester 3. Semester 4. Semester 5. Semester 6. Semester

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31 Mobility Window

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ECTS 31 31 30 31 29 28 180

Mathematics and Natural Science

Electrical Engineering and Information

Technology

Fundamentals of Engineering Sciences

Key CompetenciesElectice field of Competencies

Design Theory & Materials Science

Bachelor ThesisEnergy Technology and

Natural Sciences

*ITP=InformationTechnologyInternship*AML=GeneralMeasurementTechnologyLab

Pre-

Stud

y in

tern

ship

8 w

eeks

Control Engineering(4 ECTS)

+ITP* B (1 ECTS)

Exam

Measurement Technology(4 ECTS)

+ITP* C (1 ECTS)

Exam

Engineering Mechanics IV

(5 ECTS)

Exam

Bachelor thesis module

(13 ECTS) Bachelor

thesis(11 ECTS)

Presentation (1 ECTS) Academic performance

Introduction to scientific working (1

ECTS) Academic performance

(13 ECTS)

Information Technology(4 ECTS)

+ITP* A (1 ECTS)

Exam

Fluid Mechanics (4 ECTS)

+ AML* A (1 ECTS)

Exam

Thermodynamics II(4 ECTS)

+Lab (1 ECTS)

Exam

Heat Transfer (4 ECTS)

+ AML* B (1 ECTS)

Exam

Professionel Qualification (15 ECTS)

optional specialized internship

alternatively: further mandatory elective modules

Exam/Oral

Numerical Mathematics(6 ECTS)

Exam

Mandatory elective module I(5 ECTS)

Exam/Oral

Mandatory elective module II(5 ECTS)

Exam/Oral

Design Project IV (5 ECTS)

Academic performance Tutorial or extracurricular studies 4

ECTS

Exam/Oral

Principles of Electrical Engineering I

EE I (4 ECTS) + Lab (1 ECTS)

+Bachelor Project

(4 ECTS)

Exam

Materials Science I (5 ECTS)

Exam

Mathematics I(8 ECTS)

Exam / short examen

Design Theory I (2 ECTS) +

KP I (2 ECTS)(4 ECTS)

Engineering Mechanics I

(5 ECTS)

Exam

Principles of Electrical Engineering II and Electrical Drives

EE II (4 ECTS)+ Lab (1 ECTS)

Exam

Materials Science II (4 ECTS) + Lab (1 ECTS)

Exam

Mathematics II(8 ECTS)

Exam / short examen

Engineering Mechanics II

(5 ECTS)

Exam

Signals and Systems(3 ECTS)

Exam+

Physics (3 ECTS) Academic performance

(6 ECTS)

Design Theory II (2 ECTS)

+Design Project II (3)

Exam

Design Theory III (3 ECTS) Lecture+ Excercise Course

Exam

Thermodynamics I (4 ECTS)Exam

+Chemie (3 ECTS)

Academic performance

(7 ECTS)

Introduction Manufacturing

Technology(5 ECTS)

Exam

Design Theory IV(7 ECTS)

Lecture+Excercise Course (4)

Design Project III (3)

Exam

Engineering Mechanics III

(5 ECTS)

Exam

3

Modulename ElectrotechnicalBasicResearchLaboratoriesIModulenameGER ElektrotechnischesGrundlagenlaborIResponsiblelecturer Dierker,Garbe,Zimmermann Semester WiSe

InstituteInstituteofElectricalEngineeringandMeasurementTechnology ETCS 2

Moduledescription

Practicalimplementationoftheoreticalandabstractelectrotechnicalworkingmethods.Basichandlingofsimpleelectrotechnicaldevices.Experimentswithdirectandalternatingcurrent:Experiment1:Currentandvoltagemeasurements.Experiment2:Networkanalysis.Experiment3:Fundamentalsofelectromagneticenergyconversion.Experiment4:Operatingbehaviorofanasynchronousmachine.

4

Modulename BasicsofElectricalEngineeringIIforMechanicalEngineersModulenameGER GrundlagenderElektrotechnikIIResponsiblelecturer Hanke-Rauschenbach,Steinbrink Semester SoSeInstitute InstituteofElectricPowerSystems ETCS 4ModuledescriptionThismoduletogetherwiththemodule“FundamentalsofElectricalEngineeringIforMechanicalEngineering",conveysthefundamentalsinthefieldofelectricalengineeringthatarerelevantformechanicalengineeringstudies.Aftersuccessfulcompletionofthemodulethestudentsarefamiliarwith:

• Theimportantparametersforcharacterizingthemagneticfield.• Theimportanttypesanddesignsofelectricdrivemachinesaswellastheirbasicstructure,their

areasofapplicationandtheabilitytointerpretnameplatedata,knowthemostimportantmaterialsusedandtheirapplicationlimits.

• Usingtheexampleofinductionandsynchronousmachines,thestudentsareabletoexplainthefunctionalprincipleandcanillustratetheoperatingbehaviorandlimitcharacteristicsofthemachinesbymeansofequivalentcircuitdiagrams.Theyalsohaveanoverviewofparasiticeffects(noisedevelopment,bearingload,etc.)andtransientproperties.

• Conceptsforcoolingandmachineprotectionandhaveanoverviewofdrivecontrolinparticular,speedcontrol.

• Thepossiblecausesofelectricalaccidentsandevaluationofthehazardpotentialofbodycurrents,knowthemostimportantconceptsfortheavoidanceofhazardscausedbyshortcircuitsintheTTandTN-Ssystems.

Modulecontents:• Magneticfield.• Electricalmachines.• Measurestoprotectagainstelectricalaccidentsandprotectivedevices.

5

Modulename MaterialScienceIModulenameGER WerkstoffkundeIResponsiblelecturer Maier,Nürnberger Semester WiSeInstitute InstituteofMaterialsScience ETCS 5ModuledescriptionQualificationgoals:Inthismodule,thebasicsofmaterialssciencewillbetaught.Onthebasisofthegainedknowledge,studentswillbeabletoanswercurrentquestionsonapplicationsorientedtomaterialstechnologies:

• Subdividethetechnicalmaterials.• Presentthestructureofsolidmaterials.• Materialselectionbasedontheknowledgeofbasicphysical,chemicalandmechanical

propertiesofdifferentmetallicmaterials.• Statediagramsofdifferentmaterialsystemstoreadandinterpret.• Explaintheprocessofsteelproductionanditsindividualstepsindetail.• Describetheinfluenceofselectedelementsonthemechanicalandtechnologicalpropertiesof

thematerialduringalloyformation.• Designaheattreatmentstrategyfortheadjustmentofdesiredmaterialpropertiesofsteel

materials.• Explaindifferentmechanicalandnon-destructivetestmethodsandinterprettestresults.• Explaincastingprocessesofmetallicalloysaswellasbasicdesignguidelines.• Relatecorrosionphenomenatothecorrespondingmechanismandfindsolutionstoavoidor

minimizecorrosiveattack.

6

Modulename MaterialScienceIIModulenameGER WerkstoffkundeIIResponsiblelecturer Möhwald Semester SoSe

InstituteInstituteofElectricalEngineeringandMeasurementTechnology ETCS 4

Moduledescription

Theaimofthemoduleistogainanunderstandingofthemanufacturingprocesses,developpropertiesandapplicationsofnon-ferrousmetals,polymerandcompositematerials,aswellasceramicsandhardmetals.Aftersuccessfulcompletionofthemodule,thestudentswillbeableto:

• Classifyanddifferentiatethepropertiesofnon-ferrousmetalsandtheiralloyssuchasaluminium,magnesiumortitaniumandtodescribetheirmanufacturingprocesses.

• Nameandexplainpolymermaterialsandtheirmanufacturingprocesses.• Presenttheproduction,propertiesandapplicationsofceramicmaterialsinadifferentiated

manner.• Classifyandevaluatehardmetalsandcermetsintermsofproperties,manufactureand

applications.• Classifycompositematerialsandexplaintheirmanufactureandapplication.

Contentsofthemodule:• Non-ferrousmetals• Polymermaterials• Ceramicmaterials• Compositematerials

7

Modulename MathematicsforEngineersIModulenameGER MathematikIfürIngenieureResponsiblelecturer Frühbis-Krüger Semester WiSeInstitute InstituteofAlgebraicGeometry ETCS 8Moduledescription

Thiscourseconveysthebasicconceptsoflinearalgebrawithapplicationsandthesolutionoflinearequationsystemsandeigenvalueproblems.Anintroductionoftheconceptoflimitvaluesinitsdifferentversionsandtheareasbasedonit,suchasdifferentialandintegralcalculus.Powerseries,seriesexpansions,forexampleTaylorseries,determinethecourse.Mathematicalconclusionsandmethodsbasedonthemareatforegroundofthesubjectmatter.

8

Modulename MathematicsforEngineersIIModulenameGER MathematikIIfürIngenieureResponsiblelecturer Frühbis-Krüger Semester SoSeInstitute InstituteofAlgebraicGeometry ETCS 8Moduledescription

Inthiscoursethemethodsofdifferentialandintegralcalculusarefurtherdevelopedandappliedtomorecomplicatedareas.Thisincludesdifferentialcalculusappliedtoscalar-valuedandvector-valuedfunctionswithmorevariables.Theintegralcalculusisextendedtomultipleintegralsandlineintegrals.Differentialequationsplayanimportantroleintechnicalapplications.Thefocushereisonfirstorderdifferentialequationsandlineardifferentialequationsystemswithconstantcoefficients.

9

Modulename TheoryofDesignIModulenameGER KonstruktionslehreIResponsiblelecturer Lachmayer Semester WiSeInstitute InstituteofProductDevelopment ETCS 2Moduledescription

Thecourseteachesthebasicsofthedesignandmanufacturingprocessofproductsandservesasabasisfortheentiredesigntheory.Thestudentswillbeableto:

• Nameimportantconstructivedesignelementsofmachines.• Readandcreatetechnicaldrawings.• Namemethodsforproductdevelopment.• Nameandcalculatefittypes.• Describefunctionalityandproductionofmachineelements.

Modulecontents:• Introductiontoproductdevelopment.• Introductiontothemachineelements.• Technicaldrawing.• Tolerancetheory.• Designofindividualpartssuitableforproduction.

10

Modulename TheoryofDesignIIModulenameGER KonstruktionslehreIIResponsiblelecturer Lachmayer Semester SoSeInstitute InstituteofProductDevelopment ETCS 2Moduledescription

Themoduleconveysadvancedcontentsfromthefieldofdesignandthusdeepensthelearnedcontentsofthelecture“TheoryofDesignI”.Thestudentswillbeableto:

• Modelinparametric3DCADsystems.• ClassifythecomponentsofthedevelopmentenvironmentsofCADsystems.• Classifygearboxeswithnon-uniformtransmissionratios.• Designcastandweldedconstructions.

Modulecontents:• Methodicaldesignandcreation.• IntroductiontoCADModeling.• Parametricdesignandfeaturetechnology.• Computeruseindesign-developmentenvironments.• Drivesystems.• Gearboxeswithnon-uniformtransmissionratios.• Castconstruction.• Weldedconstruction.

11

Modulename TheoryofDesignIIIModulenameGER KonstruktionslehreIIIResponsiblelecturer Poll Semester Wi-/SoSeInstitute InstituteofMachineDesignandTribology ETCS 3Moduledescription

Themoduleprovidesanoverviewoftheessentialdesignelementsofmechanicalengineeringandthustakesupthecontentsofthelectures"TheoryofdesignIandII".Thislectureappliesbasicknowledgeofmechanicsandmaterialsscienceinordertousethisknowledgeforthedesignandcalculationofmachineelements.Aftersuccessfulcompletionofthemodule,thestudentsareableto:

• Understandcomplexmachinesintheirfunctionandtheinteractionoftheindividualmachineelements.

• Designmachineelementswiththehelpofabasicunderstandingofcommoncalculationmethods.

• Provetheiroperationalstability.Contents:

• Gearwheels.• Rollingbearings.• Couplings.• Springs.• Stress–strainanalysis.

12

Modulename TheoryofDesignIVModulenameGER KonstruktionslehreIVResponsiblelecturer Poll Semester WiSeInstitute InstituteofMachineDesignandTribology ETCS 4Moduledescription

Qualificationgoals:Thefundamentalsdevelopedintheprecedinglecturesaswellasinmechanicsandthermodynamicsareappliedforthedesignandcalculationoffurthermachineelements.Thefocusisonthedynamicinteractionofthecomponents.Themainfocusisongearboxes(gear,frictionwheelandwrappingmaterial),startingclutches,brakesandplainbearings.Inaddition,thewell-knownelementsaredealtwithinmoredetail,suchasthetheoryandcalculationofgeardrives.Additionally,thereisanintroductiontofurthertopicssuchaslubricationandtribology.

Contents:

• Connectiontypes.• Screws.• Shaft-hub-connections.• Plainbearings.

13

Modulename ConstructionalProjectIVModulenameGER KonstruktivesProjektIVResponsiblelecturer Poll Semester SoSeInstitute InstituteofMachineDesignandTribology ETCS 5ModuledescriptionThecourseprovidesin-depththeoreticalandpracticalknowledgeofthedesignprocessofmachinesandequipment.Thefirstpartofthemodule(ProductDesignProjectIV/Part1)consistsofadesigntaskduringthesemester,inwhichthestudentsdesignatrue-to-scaleassemblydrawingofagearbox.Thestudentsaresupervisedduringthesemesterbyregulartutorials(certificates)insmallgroups.Thesecondpart(ProductDesignProjectIV/Part2)consistsofawrittenperformancerecordinwhichtheknowledgeacquiredinthe“ConstructionalProjectIII”and“ConstructionalProjectIV/Part1”isapplied.Aftersuccessfulparticipation,thestudentsareableto:

• Drawbasictechnicalsolutiononthebasisofageneraldescriptionoftasks.• Converttheprinciplesolutionintoabuildingstructureandtoelaborateit.• Createassemblyandproductiondrawingsofindividualparts.• Providemathematicalproofsofstrengthandservicelifeofbasicmachineelements.• Prepareworkresults.

Contents:• Creationofrequirementlists.• BasicsCalculationofgearboxes.• Basiccalculationofmachineelementsandconnections.• Creationoftechnicalprinciplesketches.• Preparationoftechnicaloverviewdrawingswithconsiderationofnecessaryviewsandsections.• Preparationofindividualpartdrawingssuitableforproduction.

14

Modulename EngineeringMechanicsIModulenameGER TechnischeMechanikIResponsiblelecturer Wallaschek,Wriggers Semester WiSeInstitute InstituteofDynamicsandVibrationResearch ETCS 5Moduledescription

Aim:Themoduleteachesthebasicmethodsandinterconnectionsofstaticsforthedescriptionandanalysisofrigidbodies.Aftersuccessfulcompletionofthemodule,studentswillbeableto:

• Analyzeandsolvestructuralproblemsindependently.• Explainthefree-bodyprincipleandthefreebodydiagrambasedonit.• Determinestaticequilibriumconditionsofrigidbodies.• Analyticallycalculatebearingreactions(incl.frictioneffects).• Analyzestaticallydeterminedtruss.• Determinestressvalues(internalforces)onthebeam.

Contents:• Staticsofrigidbodies,forcesandmoments,equivalenceofforces.• Newtonianlaws,axiomoftheparallelogramofforces.• Conditionsofequilibrium,centreofgravityofrigidbody.• Adhesionandfriction,Coulomb'slaw,ropefrictionandadhesion.• Flatandspatialframeworks.• Flatandspatialbeamsandframes,internalforces.• Work,potentialenergyandstability,principleofvirtualwork.

15

Modulename EngineeringMechanicsIIModulenameGER TechnischeMechanikIIResponsiblelecturer Wallaschek,Wriggers Semester SoSeInstitute InstituteofDynamicsandVibrationResearch ETCS 5Moduledescription

Aim:Themoduleimpartsthebasicmethodsandcorrelationsofstrengththeoryforthedescriptionandanalysisofdeformablesolids.Aftersuccessfulcompletionofthemodule,studentswillbeableto:

• Analyzeandsolvestructuralproblemsindependently.• Determinetheloadinganddeformationofmechanicalcomponentsasaresultofdifferent

loads.• Solvestaticallyindeterminateproblems.• Evaluatethestabilityofbarsunderbucklingload.

Contents:• Elementarystresstypes,stressesandstrains.• Stressesinropeandbar,longitudinalandtransverseelongation,thermalexpansion.• Solvestaticallyindeterminateproblems.• Planeandspatialstateoftensionanddistortion,Mohr'sstresscirclemainstresses.• Straightandobliquebending,momentsofinertiaofsurfaces.• Torsion,circularandannularcross-sections,thin-walledcross-sections.• Energymethodsinstrengththeory,workingtheorem,principleofvirtualforces.• Buckling,Euler'sbucklingcases.

16

Modulename EngineeringMechanicsIIIModulenameGER TechnischeMechanikIIIResponsiblelecturer Wallaschek,Wriggers Semester WiSeInstitute InstituteofContinuumMechanics ETCS 5Moduledescription

Thebasicsofkinematicsandkineticsaretaught.Thetaskofkinematicsistodescribethepositionofsystemsinspaceandthechangesinpositionasafunctionoftime.Thisincludesthemovementofapointinspaceandtheflatmovementofrigidbodies.Theconnectionbetweenmovementsandforcesarethesubjectmatterofkinetics.Theaimistopresentthebasiclawsofmechanicsintheformofimpulseandangularmomentumandtoapplythemexemplarilytomasspointsandrigidbodies.Theirinertiapropertiesarealsodiscussed.Inaddition,impactprocessesofarigidbody.

17

Modulename EngineeringMechanicsIVModulenameGER TechnischeMechanikIVResponsiblelecturer Wallaschek,Wriggers Semester SoSeInstitute InstituteofContinuumMechanics ETCS 5Moduledescription

Anintroductiontothetechnicalvibrationtheoryisgiven.Mechanicaloscillatorsandoscillationsystemsthatcanbedescribedbylineardifferentialequationsaretreated.Theaimistherepresentationofvibrationphenomenasuchasresonanceanddamping,thedeterminationofthetimeresponseoftheoscillatorsaswellasinvestigationsonhowthistimeresponsecanbechangedinthedesiredway.Therelationbetweenmechanicalengineeringandcontrolengineeringareshown.Freeandforcedoscillationswithadegreeoffreedom(undampedanddamped)aswellasmultipledegreeoffreedomsystemsandcontinuaaretreated.

18

Modulename SignalsandSystemsforProductionandLogisticsandMechanicalEngineeringModulenameGER SignaleundSystemefürProduktionundLogistikundMaschinenbauResponsiblelecturer Peissig Semester WiSeInstitute InstituteofCommunicationsTechnology ETCS 3Moduledescription

Thestudentsknowthebasicsofthetime-andvalue-continuoustheoryofsignalsandsystemsandtheirfieldsofapplication.Theycanapplythetheoryinthespecificmodules,analyzeandworkontheproblemsoccurringtherewithsystemstheoreticalmethods.

19

Modulename PhysicsforStudentsofEgineeringTechnologyModulenameGER PhysikfürStudierendederIngenieurwissenschaftenResponsiblelecturer DozentenderQuantenoptik Semester WiSeInstitute InstituteofQuantumOptics ETCS 3Moduledescription

Inthiscourse,themostimportantphysicalmodelsfromthebroadspectrumofphysicsareexplainedandapplied.Themathematicalformulationthenmostlyresultsinanaspreciseandsimpledescriptionofthemodelsaspossible.Asoundbasicknowledgeofphysicsisanessentialprerequisiteforengineerstobetrulyinnovativeandnotjusttocontinuouslyimprovewhatalreadyexists.

20

Modulename ThermodynamicsI/ChemistryModulenameGER ThermodynamikI/ChemieResponsiblelecturer Kabelac Semester WiSeInstitute InstituteofThermodynamics ETCS 7Moduledescription

Thelectureintroducesintotheenergeticbalancingofsystemsanddeepensthiswithexamplesfromtheenergytechnology.Thestudentsfirstgettoknowdifferentformsofenergy,balanceareasandbalancetypesinordertocarryoutquantitativecalculationsonthebasisofthefirstlawforopenandclosedsystems.Thesecondlawintroducestheconceptofentropy,withwhichthedifferentmanifestationsofenergycanbeevaluated.Thisknowledgecanthenbeappliedtotechnicalsystemssuchasthesimplecompressionrefrigerationsystemandthermalengine.Inaddition,thestudentslearnsimplemodelsderivedfromfundamentalthermodynamicequationsfortherapidcalculationofmaterialproperties.Modulecontents:

• Balancesheetsandbalanceareas• Conditionandstatevariables• Thermal,caloricandentropicequationsofstateforpuresubstances• Firstandsecondlawofthermodynamics• Simplecompressionrefrigerationcircuit• Thermalengine

21

Modulename ThermodynamicsII/ThermoLabModulenameGER ThermodynamikII/ThermoLabResponsiblelecturer Kabelac Semester SoSeInstitute InstituteofThermodynamics ETCS 5

ModuledescriptionThemoduleroundsoffthefundamentalsoftechnicalthermodynamicstaughtinthemodule"ThermodynamicsI/Chemistry"byapplyingthemainlawsofthermodynamicstodifferentenergyconversionprocesses.Aftersuccessfulcompletionofthismodule,studentswillbeableto:

• Describedifferentpathsforconvertingprimaryenergyintousefulenergy• Quantitativelybalanceandtheevaluationofvarioustechnicallyrelevantenergyconverters

suchasfurnaces,fuelcells,gasturbineplantsandsteampowerplants.• Describetheenvironmentalproblembyburningfossilfuelsandtoshowsolutions.• Extendtheassessmentofthetransformabilityofformsofenergybytheconceptofexergy.The

laboratorywillacquirecompetencesinthepracticalhandlingofenergyconvertersonalaboratoryscale,andsocialcompetencewillbepromotedthroughgroupwork.

Modulecontents:• Combustionandfuelcell• Steamcycle,Stirlingengineandgasturbineplantasthermalengine• Themodernpowerplant/CO2• SequestrationCCS• Flowandworkingprocesses• Exergyandanergy• Heatpump,chiller,airconditioningandhumidair

22

Modulename IntroductionofManufacturingTechnologyModulenameGER EinführungindieFertigungstechnikResponsiblelecturer Behrens Semester WiSeInstitute InstituteofFormingTechnologyandMachines ETCS 5ModuledescriptionThemoduleprovidesanoverviewandspecificknowledgeofthefieldofmachiningandformingproductionprocesses.Aftersuccessfulcompletionofthemodule,studentsareabletoachievethefollowingqualificationgoals:

• Theeconomicandtechnicalsignificanceofproductiontechnologyforindustry• Correctlyclassifyanddescribethevariousmachiningandformingmanufacturingprocesses• Describethedifferencebetweenmachiningprocesseswithgeometricallydefinedand

undefinedcuttingedgesonthebasisoftheirspecialfeaturesandareasofapplication• Describeandevaluatetheeconomicbackgroundofmachiningprocessesonthebasisofwear,

servicelifeandcostaccounting• Describethemetallurgicalfundamentalsforthegenerationofplasticdeformations• Describetheinfluencingvariablesandprocesslimitsofformingprocesses,toclassifythemode

ofoperationofdifferentformingmachineswithregardtotheirareasofapplicationModulecontents:Fieldsofapplicationofmanufacturingtechnology,machiningandnon-cuttingmanufacturingprocesses,machiningwithgeometricallydefinedandundefinedcuttingedge,calculationofprocessforces,chipformation,cuttingmaterials,toolwear,toollife,qualitycriteriaandrequirementsformanufacturingprocesses,sheetmetalforming,hotmassiveforming,coldmassiveforming,formingmachines,simulationinformingtechnology,calculationofforminggrains.

23

Modulename AutomaticControlEngineeringIModulenameGER RegelungstechnikIResponsiblelecturer Reithmeier Semester SoSeInstitute InstituteofMeasurementandAutomaticControl ETCS 4Moduledescription

Inthiscourse,anintroductiontothebasicsofcontrolengineeringwillbegivenandtechniquessuchasrootlocusandNyquistmethodswillbedemonstratedusingtypicaltasks.Thecourseislimitedtolinear,time-continuoussystemsorcontrolloopsandconcentratesontheirdescriptioninthefrequencydomain.Finally,someproceduresforcontrollerdesignarediscussed.

24

Modulename InformationTechnologyModulenameGER InformationstechnikResponsiblelecturer Stock,Overmeyer Semester SoSeInstitute InstituteofTransportandAutomationTechnology ETCS 4Moduledescription

Theaimofthislectureistoteachstudentsthebasicsofinformationtechnology.Firstthemathematicalbasics(numbersystems,Booleanalgebra,etc.)ofinformationtheoryareexplained.Thisisfollowedbythechaptersoftwarefromalgorithmstoprogram.Furthermore,thestructure(hardware)ofEDPsystemsisdealtwith.Throughsuccessfulparticipationinthislecturethestudentsareintroducedtothecomponentsofmoderncomputersandthebasicsoftoday'snetworksareexplained.Thelectureconcludeswithachapteronthesecurityofcomputersystems.Content:

• Introduction• Overviewsoftware:numbersystemsalgorithmsfromalgorithmtoprogramming,programming

languages,softwareoperatingsystems• Hardware:BasicsHW-SWCPUALURegisterMemoryNetworksAuto-ID/RFID• Security

25

Modulename NumericalMathematicsModulenameGER NumerischeMathematikResponsiblelecturer Attia,Leydecker Semester Wi-/SoSeInstitute InstituteofAppliedMathematics ETCS 6ModuledescriptionDifferenttoolsforengineeringmathematicsarelearned,whicharerelevantforthebasicstudies.ThesetoolsarealsousedinothermodulesandformthebasisfortheknowledgeandskillstobeacquiredintheMaster'sprogramme.Aftergraduation,thestudentsarequalifiedto:

• Translateengineeringproblemsintomathematicalstructures• Applymathematicalmethodsforthepurposeofproblemsolving• Beabletouseproceduresflexiblyandjustifiably• Workindependentlyonnewmathematicalissues• Interpretandtesttheresultsofmathematicalmodeling• Estimatetheefficiencyandlimitsofmathematicalmethods• Dealcreativelyandconstructivelywithmathematicalmethods• Carryoutsubject-relatedresearch• Understandmathematicsasanabstractandstrictlyformalizedformoflanguage• Understandtheideasofmathematicalfacts

Content:• Directanditerativemethodsforlinearsystemsofequations• Matrixeigenvalueproblems• Interpolationandequalizationcalculus,numericalquadrature• Nonlinearequationsandsystems• Laplacetransform,ordinaryandpartialdifferentialequations• Boundaryvaluetasks,eigenvaluetasksforordinarydifferentialequations

26

Modulename MetrologyIModulenameGER MesstechnikIResponsiblelecturer Reithmeier Semester WiSeInstitute InstituteofMeasurementandAutomaticControl ETCS 4Moduledescription

Thecourseisanintroductiontometrology.Themeasurementprocessisdescribedandanalyzedbyamathematicalmodel.Themeasurementsystemisconsideredstationaryanddynamicinthetimeandfrequencydomain.Measurestoimprovethetransmissionbehaviour,amplificationandfilteringarediscussed.Additionallythemeasuredvaluestatisticsaredealtwithunderconsiderationoffrequencydistributions,errorpropagationandlinearregression.

27

Modulename FluidDynamicsIModulenameGER StrömungsmechanikIResponsiblelecturer Seume Semester WiSeInstitute InstituteofTurbomachineryandFluidDynamics ETCS 4Moduledescription

Thelectureteachesthebasicsoffluidmechanics.Forthispurpose,theflowpropertiesoffluidsareexplainedandthebasicequationsfordescribingthedynamicsofflowsarepresented.First,theincompressiblefluidmechanicsistreated,inthecontextofwhichhydrostaticsandhydrodynamicsaretaught.Thebasicequationsoffluidmechanics,suchasthecontinuityequationandtheBernoulliequation,arederived.Byapplyingthebasicequationstotechnicallyrelevantinternalandexternalflows,studentswillgainanunderstandingoffluidmechanicsinrelationtotechnicalproblems.Anintroductiontogasdynamicswillbegiveninviewofthelectures.

28

Modulename HeatTransferIModulenameGER WärmeübertragungIResponsiblelecturer Scharf Semester WiSe

InstituteInstituteofPowerPlantTechnologyandHeatTransfer ETCS 4

Moduledescription

Themoduleprovidesbasicknowledgeaboutthethreemechanismsofheattransfer.Aftersuccessfulcompletionofthemodule,thestudentsareableto:

• Understandthemechanismsofheattransferbasedonthermodynamiclaws• Findtheappropriatemodelforarealheattransfertechnicalproblemandtoreduceittoa

sufficientlyprecisesolutionbymakingappropriateassumptions• Quantitativelysolveapproachestosolveheattransferproblemsbyapplyingappropriate

correlations• Carryoutbasicthermaldesignsofsimpleheatexchangers

Contents:• Stationaryheattransfer• Heatradiation• Instationaryheatconduction• Heattransferatfins• Designofheatexchangers• Convectiveheattransport• Introductiontoboilingandcondensing.

29

Modulename AutomaticControlEngineeringIIModulenameGER RegelungstechnikIIResponsiblelecturer Reithmeier Semester WiSeInstitute InstituteofMeasurementandAutomaticControl ETCS 5Moduledescription

Thelecturedealswiththefollowingtopics:• Digital-to-analogandanalog-to-digitalconverter• Discretizationoftime-continuouscontrolledsystems• Time-discrete transmission elements (z-transformation, transmission behaviour in time and

frequencydomain,digitalfilters)• Linear,time-invariant,digitalcontrolloops• Stabilityoflinearcontrolloops• Designmethodfordigitalcontrollers(deadbeatdesign,discreteequivalentofanalogcontrollers,

rootlocusmethod,Nyquistmethod,statecontroller,etc.)• Generation of control algorithms in the time domain and their implementation on

microcomputers

30

Modulename Automation:ComponentsandEquipmentsModulenameGER Automatisierung:KomponentenundAnlagenResponsiblelecturer Overmeyer Semester SoSeInstitute InstituteofTransportandAutomationTechnology ETCS 5ModuledescriptionThe lecture explains the terminology of automation and provides basic knowledge for the design ofcomponents and automated systems with a focus on production engineering. After successfulcompletionofthemodule,thestudentswillbeableto:

• Definebasictermsofautomationtechnology• Sensortypescanbedifferentiatedaccordingtotheirmodeofoperationandsuitablesensorscan

beselectedforanautomationtask• Selectmechanical,electricalandpneumaticactuatorsforanautomationtask• Designmechanicalactuatorsdependingonloadvariablesandtodescribeanddesignpneumatic

systems• Characterizesystemcomponentssuchasfastaxesandhandlingelementswiththeiradvantages

anddisadvantages• Distinguishbussystemswithregardtotheirapplicationinproductionplants• Describeandapplycommondesignproceduresforproductionsystems

Contents:• Introductiontoautomationtechnology• Sensors:Physicalsensoreffects,opticalsensors• Mechanicalactuators,electricalactuatorsandswitches,pneumaticactuators• Systemcomponents:controls,fastaxes,handlingelements,bussystems• Designproceduresforplants• Automatedconveyorsystems,systemtechnologyinthesemiconductorindustry

31

Modulename BasicTransportPhenomenaModulenameGER TransportprozesseinderVerfahrenstechnikIResponsiblelecturer Glasmacher Semester WiSeInstitute InstituteofMultiphaseProcesses ETCS 5Moduledescription

Qualificationgoals:Themodule imparts solutioncompetencies forcopingwithspecific tasks inprocessengineering.Thefocusisonconvectiveanddiffusivemasstransportprocessesaswellasrheologicallawsinsingle-phaseapplicationsandtheirtechnicalimplementation.Aftersuccessfulcompletion,thestudentswillbeableto:

• Explain and analyze transport processes and to explain processes that are elementary andmathematicallyeasiertohandlebyapplyingsimplisticconsiderations

• Explainthebasicsofdimensioningofapparatusesandplantsformaterialchangingprocesses• Carryoutabasictechnicaldesignbasedontheprocessparameters

Contents:• Diffusionindormantmedia• Chemicalreactions• Compensationprocesses• Flowsinpipesandonflatplates• Dryingofsolidmaterials• Single-phaseflowsinpackedlayers• Filtration

32

Modulename BiocompatibleMaterialsModulenameGER BiokompatibleWerkstoffeResponsiblelecturer Klose Semester SoSeInstitute InstituteofMaterialsScience ETCS 5Moduledescription

Qualification goals: The lecture BiocompatibleMaterials gives a basic overview of the implants andimplantmaterialscurrentlyusedinmedicine.Aftersuccessfulparticipationinthecourse,thestudentswillbeableto:

• Explainthebasicsofmaterialsscienceandtheirinteractionswithotherimplantedmaterials• The influence of metallic implants on the tissue is described by cases of damage to

endoprostheses• Detailedcontents,especiallywithregardtothematerialclassesmetals,polymersandceramics

andtheirmanufacturingandapplication-specificcharacteristics,wherebybothabsorbableandpermanentimplantapplicationsareconsidered,named,characterizedandevaluated

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Modulename BiomedicalEngineeringforEngineersIModulenameGER BiomedizinischeTechnikfürIngenieureIResponsiblelecturer Glasmacher Semester WiSeInstitute InstituteofMultiphaseProcesses ETCS 5Moduledescription

Qualificationgoals:Themoduleteachesthebasicsofbiomedicaltechnologyusinganumberofmethodsandmedicaldevices.Aftersuccessfulcompletionofthemodule,studentsareableto:

• Explaintheanatomicalandphysiologicalbasicsofrelevanttissuesandorgans.• Explainthebasicexchangeandtransportprocessesofsubstances inthebodyandtheirbasic

principles.• Describemathematicalones.• Explain the function of medical devices and implants and to abstract and mathematically

describethebasicprocesses.Contents:

• AnatomyandPhysiology.• Biologicalinteractionandbiocompatibility.• Bloodcurrents.• Medicaldevicesandapplications.• Implanttechnologyandendoprosthetics.

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Modulename CAx-ApplicationsinProductionModulenameGER CAx-AnwendungeninderProduktionResponsiblelecturer Böß Semester WiSeInstitute InstituteofProductionEngineeringandMachineTools ETCS 5ModuledescriptionThe event provides an introduction to the functionality and fields of application of computer-aidedsystems(CAx)fortheplanningofmachiningmanufacturingprocesses.ThetopicswillleadalongtheCAD-CAMprocesschain(ComputerAidedDesign/Manufacturing).Aftersuccessfulcompletionofthemodule,thestudentswillbeableto:

• Planthesuperordinateprocessflowfortheexecutionofmachiningprocesses• Evaluateandselectdifferentprocedures• Applybasicproceduresfortherepresentationandtransformationofgeometricobjects inCAx

systems• Writesimpleprogramsfornumericallycontrolledmachinetools• Explain the models for the representation of workpieces in the simulation of manufacturing

processes• Explainthestepstobetakeninworkpreparation

Thefollowingcontentsarecovered:• Mathematicalmethodsandmodelsfortherepresentationofgeometricobjects• Structure,typesandfunctionalityofsoftwaretoolsforproductionplanning• Programminglanguagesfornumericallycontrolledmachinetools.Functionalityof• Machinecontrols• Planningofmanufacturingprocessesonnumericallycontrolled• Machinetools• Methodforthesimulationofmachiningmanufacturingprocesses• CAxincurrentresearchtopics• Structuringandclassificationofworkpreparation

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Modulename ConcurrentEngineeringModulenameGER ConcurrentEngineeringResponsiblelecturer Mr.Wurz Semester WiSeInstitute InstituteofMicroProductionTechnology ETCS 5Moduledescription

Thecompetitivenessofacompanyislargelydeterminedbythespeedatwhichnew,customer-orientedproducts arebrought tomarket (time-to-market). The aimof the lecture is to impart knowledge forshortening this time tomarket,which is achieved by networking product and process development.Different approaches, concepts and methods of product, technology and team management areconsidered.Furthermore,examplesoftheuseofconcurrentengineeringinindustrywillbeshown.ThestudentswilllearnhowtoConcurrentEngineeringprocess.

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Modulename ContinuumMechanicsIModulenameGER ContinuumMechanicsIResponsiblelecturer Aldakheel Semester WiSeInstitute InstituteofContinuumMechanics ETCS 5Moduledescription

Descriptionofthemodule:In“ContinuumMechanicsI”basictensoralgebraandtensoranalysiswillbediscussed.Basedonthat,conceptsofkinematics,e.g.deformation,deformationgradient,straintensorandpolardecompositionwillbeintroducedtoaccountfor3Dcontinuum.Finallythebalanceequations(mass balance, linear and angularmomentum balance, 1st and 2nd law of thermodynamics)will beillustrated.Intendedskills:Fornewtechnicaldevelopment,understandingof thebasicconceptsofmechanics isessentialtodesignanewproductorprocessinanoptimalway.Therefore,realisticmodelingisneeded.Thissubjecthandlesthetheoreticalbasicstoestimatetherealprocesses.Itformulatesalongwiththemodule"FiniteElementsI-II"thebasisforcomputationalengineering.Thecoursecontents:

• Introduction• Tensorcalculus• Kinematicsandstressesin3Dsetting• Curvilinearcoordinatesystem• Balanceequations

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Modulename DesignforadditivemanufacturingModulenameGER KonstruktionfürAdditiveFertigungResponsiblelecturer Lachmayer Semester WiSeInstitute InstituteofProductDevelopment ETCS 5ModuledescriptionThe subject imparts knowledge in the handling of additivemanufacturing processes and focuses oncomponentdesign incompliancewith restrictions.The fundamentalsofdesign theoryareapplied toadditivemanufacturingincombinationwiththedevelopmentmethodologyanddeepenedonthebasisofadesigntask.Thestudents:

• Knowtheareasofapplicationandpresentprocess-specificcharacteristics• Know the gesture restrictions and freedoms and perform calculations for component

dimensioning• Calculatebusinesscasesforatechnicallysensibleandeconomicaluse• Designaproductdesignthatcomplieswithrestrictionsandmanufacturethisindependently• Thinkabouttheadvantagesanddisadvantagesonthebasisoftheindividualproductdesign

Modulecontents:• Introductionandmotivation• Procedurearrangement• Filament-andliquid-basedprocesses• Powderbedbasedprocesses• Designmethodsandtools• Materialpropertiesandqualityaspects• Businesscase,futurescenarios• ReverseEngineering

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Modulename EnergyStorageIModulenameGER EnergiespeicherIResponsiblelecturer Hanke-Rauschenbach Semester WiSeInstitute InstituteofElectricPowerSystems ETCS 5ModuledescriptionThemodule imparts knowledge on the selection and use of electrical energy storage devices. Aftersuccessfulcompletionofthemodulethestudents:

• HaveanoverviewofdifferentFieldsofapplicationofelectricalenergystoragedevicesandtheirassociatedbusinessmodels.

• Are familiar with all important parameters for the characterization of storage and storageapplicationsandcancalculatethem

• Arefamiliarwithimportantstoragetechnologies,canexplaintheirfunctionalprinciplesandarefamiliarwiththeirpropertiesandtypicalapplications

• Arefamiliarwithasimplifiedsimulationmodelfordescribingtheoperatingbehaviorofstoragedevices(unifiedenergymodel)andcansuccessfullyuseittocalculatestorageapplications(usingMSExcel)

• Arefamiliarwiththebasicconcepts formanagingstoragefacilitiesandareableto formulateminimumstrategiesforselectedapplications

• HaveanoverviewoftheapproachestotechnologyselectionandroughdimensioningModulecontents:

• Fieldsofapplicationofelectricalenergystoragedevices• Importanttermsandparameters• Technologiesforstoringelectricalenergy• Simplifieddescriptionoftheoperatingbehaviourofelectricalenergystoragedevices• Operationalmanagementofelectricalenergystoragedevices• Selectionoftechnologyandroughdimensioning

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Modulename FiniteElementsIModulenameGER FiniteElementsIResponsiblelecturer Marino,Soleimani Semester WiSeInstitute InstituteofContinuumMechanics ETCS 5Moduledescription

DuringthelastdecadestheFiniteElementMethodhasbecomethemostimportantindustrialsimulationtoolbecauseitisapplicabletoahugeamountofindustrialproblems.In"FiniteElementsI"thebasicsoftheFiniteElementMethodappliedtolinearelasticityaretaught.First,simplemechanicalmodelslikerodsandbeamsthatarewellknownfromengineeringmechanicsaretreated.Bymeansofsimpletwodimensional continuum mechanics problems the isoparametric concept, numerical quadrature, thecalculation of equivalent nodal forces as well as post-processing, error estimation and control andvisualization of results are discussed. Finally numericalmethods for dynamic problems such as timeintegrationschemesandmodalanalysisarepresented.

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Modulename FluidflowenginesModulenameGER FluidenergiemaschinenResponsiblelecturer Seume Semester WiSeInstitute InstituteofTurbomachinesandFluidDynamics ETCS 5Moduledescription

Theaimofthislectureistodevelopaqualitativeintuitionforengineeringproblemsandchallengesoffluid energy engines, especially turbomachinery, based on the fundamental fundamentals of thisdiscipline.Thesefundamentalswillbecomplementedbyanumberofpracticalcasestudiestowhichthemethods developed in the lecture will be applied. In this way, their performance and limits aredemonstrated. The students are sensitized to themultitude of considerations and influences whichdeterminethedesignofthesecomplexmachinesandthuspreparethemforthenextstep,thedesign(lectureAerothermodynamicsofTurbomachinery).

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Modulename IndustrialHandlingandAssemblyModulenameGER Handhabungs-undMontagetechnikResponsiblelecturer Raatz Semester WiSeInstitute InstituteofAssemblyTechnology ETCS 5Moduledescription

Themodulegivesacompleteoverviewofthetheoreticalbasicsofassemblytechnology.Methodsforthedesignofassemblysystemsaredealtwithandexamplesfromindustryfortheimplementationofjoiningandhandlingprocessesarepresented.Aftersuccessfulcompletionofthemodule,thestudentswillbeableto:

• Deriveanindustrialassemblyconceptfromaproductanalysis• Planassemblyprocessesandtoevaluatetheirautomatabilityaswellas• Evaluatetheeconomicefficiencyofassemblyprocesses

Modulecontents:• AssemblyplanningaccordingtoREFAandothermethods• Assembly-orientedproduct design and the interactionsbetweenplant structure andproduct

structure• Joiningandhandling• Automation of assembly processes (manual, hybrid, automated workstations; feeding

technology;industrialrobots;grippingtechnology)• Evaluationoftheassemblywithregardtoeconomiccriteria

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Modulename InternalCombustionEnginesIModulenameGER VerbrennungsmotorenIResponsiblelecturer Dinkelacker Semester WiSeInstitute InstituteforTechnicalCombustion ETCS 5Moduledescription

Themoduleteachesthebasicsofthestructure,functionandcalculationofthecombustionengine.Aftersuccessfulcompletionofthemodule,thestudentswillbeableto:

• Explainindetailhowgasolineanddieselengineswork• Calculateanenginethermodynamicallyandmechanically• Explaingasolineanddieselenginecombustionprocessesinordertocharacterizethemindetail

Contents:• Socialintegrationofcombustionengines• Designstructure• Circularprocesses• Fundamentalsofcombustion• Gasolineanddieselengines• Enginemaps• Pollutants• Exhaustgastreatment• Alternativedriveconcepts

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Modulename Knowledge-BasedCADModulenameGER WissensbasiertesCADResponsiblelecturer Lachmayer,Gembarski Semester SoSeInstitute InstituteofProductDevelopment ETCS 5ModuledescriptionBuildingonthecoursesondesigntheoryandcomputer-aideddesign,thecourseteachesknowledge-basedCADtechniquesandtoolsforautomatingdesigntasksandproductconfiguration.ItisaimedatadvancedBachelorstudentswhowouldliketogettoknowthefullrangeoffunctionsofmodernCADtoolsandwouldliketoworkinamoreproject-orientedway.Thestudents:

• LearnthetoolstoimplementdesignknowledgeintoCADmodels• CreatemodelsofindividualpartsandassembliesinAutodeskInventorthatadaptthemselvesto

changingrequirements• Workinteamstoautomatedesigntasks• Train project-oriented work and learn the personal skills to successfully complete a Flipped

ClassroomeventModulecontents:

• Courseconcept,self-organizationinFlippedClassroom• Typesofknowledgeandknowledgemodelling• Codingofspecialistknowledgeinknowledge-basedsystemsandinCAD• Processmodelsforthedevelopmentofknowledge-basedsystems• Codingofcontrolknowledgeinknowledge-basedsystemsandinCAD• Knowledge-baseddesignsystemsindevelopmentenvironments• Solutionspacemanagementbymeansofknowledge-basedCAD• Generativedesign

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Modulename MachineToolsIModulenameGER WerkzeugmaschinenIResponsiblelecturer Denkena Semester WiSeInstitute InstituteofProductionEngineeringandMachineTools ETCS 5ModuledescriptionQualification goals: The module imparts basic knowledge about the structure and functionality ofmachine tools as well as application-oriented methods for technical and economic evaluation. Aftersuccessfulcompletionofthemodule,studentscan:

• Differentiatemachinetoolsaccordingtotheirdesignanddegreeofautomationandclassifytheminthetechnicalandeconomicenvironment

• Assignfunctioncarriersorassembliestothedifferentfunctionsofamachinetool• Evaluatetheeconomicefficiencyofmachinetoolswithinvestmentandcostaccountingmethods• Evaluate the technical properties of machine tools using analytical calculations and suitable

replacementmodels• Representthehardwarestructureforthenumericalcontrolofmachinetools• interpretsimpleprogramsfornumericalmachinecontrols

Content:• Racks• Dynamicbehaviour• Linearguides• Feeddrives• Measuringsystems• Controls• Hydraulicsystem

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Modulename ManagementofIndustrialEnterprisesModulenameGER BetriebsführungResponsiblelecturer Nyhuis,Hübner Semester SoSeInstitute InstituteofProductionSystemsandLogistics ETCS 5Moduledescription

Operationalmanagement refers to themanagementofprocesses inproductioncompanies. Fromanengineeringpointofview,thelecture"Management"teachesstudentsthebasicsbasedontheprocesschain (planning, procurement, production, distribution). The contents are taught in lectures,demonstratedwithtypicalexamplesandexercisesanddeepenedinpracticalguestlectures.Inadditiontoageneralintroductiontooperationalmanagement,thecourseincludesthebasicsofproduct,workand production structure planning, production planning and control, supply chain management,procurementanddistribution.

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Modulename MechatronicSystemsModulenameGER MechatronischeSystemeResponsiblelecturer Ortmaier Semester WiSeInstitute InstituteofMechatronicSystems ETCS 5Moduledescription

Qualification goals: Themodule provides a basic, generally valid understanding of the analysis andhandlingofmechatronicsystems.Aftersuccessfulcompletionofthemodule,thestudentsareable:

• Explainthestructureofmechatronicsystemsandtheworkingprinciplesoftheactuators,sensorsandprocesscomputersusedinmechatronicsystems

• Describeandanalysethedynamicbehaviourofmechatronicsystemsinthetimeandfrequencydomain

• Investigateandevaluatethestabilityofdynamicsystems• Explainmodel-basedmethods for the sensorlessdeterminationofdynamicquantities and to

designanobserver-supportedstatecontrolbasedonthem• Implementandtoapplythemediatedproceduresandmethodswithpractice-relevantexamples

Contents:• Introductiontothebasicconceptsofmechatronicsystems• Actuators:Activeprinciplesofelectromagneticactuators,electricservodrive,micro-actuators• Sensors:Functionality,classification,characteristics,degreeofintegration,sensorprinciples• Bussystemsanddataprocessing,microcomputers,interfaces• Basicsofmodeling,LaplaceandFouriertransform,discretizationandZ-transformation• Fundamentalsofcontrol:stabilityofdynamicsystems,standardcontrollers• Observer-supportedstatecontrol,structurecriteria,Kalmanfilter

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Modulename MetalForming-FormingMachinesModulenameGER Umformtechnik-MaschinenResponsiblelecturer Behrens Semester SoSeInstitute InstituteofFormingTechnologyandMachines ETCS 5Moduledescription

In thismodule, students learnabout the special challenges facingmachine technology in the fieldofformingtechnology.Qualificationgoals:The students learn about different types of drives for presses and peripheral equipment, racks andguideways. They can explain auxiliary units such as slide weight compensation, various overloadprotectionsandmasscompensation.Studentswillbeabletoassignprocessestomachinesbasedontheirpowerandenergyrequirements.Fortheproductionconditionsresultingfromthetoolconcept,thestudentscandemonstrateanddesigna suitablematerial transport into themachine or between the forming stages. Theywill be able topenetratethepropertiesofformingmachinesexperimentallyandtheoretically.Content:Theywilllearnabouttheactionprocesses,constructionanddrivetypes,applicationareasandboundaryconditionswhenusingmachinesandancillaryequipmentforthenon-cuttingproductionofmetalpartsonthebasisofsemi-finishedsheetmetalproducts(sheetmetalforming),butalsofromsolidblanks(solidforming).Inadditiontotheallocationofprocessestomachinesonthebasisofthedemandforforceandforming work, the topics of drive technology, frame and guide designs, inertial forces, overloadprotection,parttransport,feedsaswellasstaticanddynamicpropertiesofpressesarecovered.

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Modulename MetrologyIIModulenameGER MesstechnikIIResponsiblelecturer Kästner Semester WiSeInstitute InstituteofMeasurementandAutomaticControl ETCS 5Moduledescription Moduledescription

Thecoreofthelectureistheacquisitionanddiscretizationofmeasuredvariablesintechnicalsystemsandtheirprocessingindigitalcomputers.First,thebasicsofdiscretizationandquantificationofanalogmeasurementsignalswillbediscussed.BasedontheFouriertransformationofcontinuousanddiscretesignals,thesamplingtheoremaccordingtoShannonandtheconceptofaliasingwillbediscussed.Afurtherfocusisonmethodsforthedigitalfilteringofsignalsequencesandtheapplicationofwindowtechniques.Finally,differentmethodsforthecorrelationofmeasurementsignalsandfortheestimationofpowerdensityspectraarediscussed.

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Modulename MultibodySystemsModulenameGER MehrkörpersystemeResponsiblelecturer Panning-vonScheidt Semester WiSeInstitute InstituteofDynamicsandVibrationResearch ETCS 5ModuledescriptionQualification goals:Themodule imparts knowledgeon kinematic and kinetic relationships of spatialmultibodysystemsaswellasonthederivationofequationsofmotion.Aftersuccessfulcompletionofthemodule,thestudentsareable:

• Analyzethekinematicsofplaneandspatialsystems• Determinecorrelationsbetweenposition,velocityandaccelerationvalues• Forcedconditions(holonomeandnon-holonome)toformulate• Performcoordinatetransformations• Derive equations of motion with the help of impulse and momentum theorem as well as

Lagrangianequations1• Formalismsformulti-bodysystems

Contents:• Vectors,tensors,matrices• Coordinatesystems,coordinates,transformations,rotationmatrices• Constraints(rheonomic,scleronomic,holonomic,non-holonomic)• Position,velocityandaccelerationvariables• Euler'sdifferentiationrule• Planeandspatialmovement• KinematicsofFMDKineticenergy• Inertialcharacteristicsofrigidbodies• Centerofgravityandtwisttheorem• Differentialandintegralprinciples:Principleofvitrualwork,principleofd'Alembert,Jourdain,

Gauss,Hamilton• CalculusofVariations• Newton-Eulerequationsformultibodysystems• Lagrangianequations1and2kind• Equationsofmotionformulti-bodysystems,linearization,gyroeffect,stability

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Modulename NonlinearVibrationsModulenameGER NichtlineareSchwingungenResponsiblelecturer Panning-vonScheidt Semester SoSeInstitute InstituteofDynamicsandVibrationResearch ETCS 5Moduledescription

Themoduleconveysknowledgeaboutnonlinearoscillations,theircausesandpeculiarities,abouttheirmathematicaldescriptionaswellasaboutsolutionmethodsfornonlineardifferentialequations.Aftersuccessfulcompletionofthemodule,thestudentswillbeableto:

• Explaincausesandphysicalcorrelationsfornonlineareffects• Classifyoscillations• Formulate basic equations for free, self-excited, parameter excited and externally excited

nonlinearsystems• Applydifferentmethodsfortheapproximatesolutionofnonlineardifferentialequations• Interpretapproximatesolutions

Contents:• Overviewofnonlinearoscillations:Phenomenaandclassification• Free,self-excited,parameterexcitedandexternallyexcitednonlinearoscillations• Methodofsmalloscillations• Harmonicbalance• Methodofslowlychangingamplitudeandphase• Faultcalculation• Chaoticmovements

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Modulename PowerTrainTechnologyModulenameGER FahrzeugantriebstechnikResponsiblelecturer Dinkelacker,Poll Semester SoSeInstitute InstituteofMachineDesignandTribology ETCS 5ModuledescriptionQualificationgoals:Thelectureiscomplementarytothelecture"GrundlagenderVehicletechnology"meansbasicknowledgeofthedrivetrainsoflandvehicles.Drivetrainsintheautomotive,constructionmachineryandrailvehiclesectorsarecovered.Aftersuccessfulcompletionofthelecture,thestudentsareable:

• Explainthefunctionandconstructiveimplementationofcombustionandelectricmotordrivesinmoredetail

• Identifyanddescribetheindividualcomponentsofdifferentdrivetrainsfromtheenginetothewheel

• Sketch the functionality of different clutch designs in the drive train of land vehicles and toillustratetheirfunctionality

• Correctly classify topology variants, designs and constructive implementation of differenttransmissionconcepts

• Explain indetail the functionofdifferentdesignsof shift actuatorsand shiftelements in thetransmission

• Nametasksofthevariouscomponentsfromdifferentdrivetrainsandtoidentifytheirmodeofoperation

Contents:• Internalcombustionengines• Electricmotors• Basics• Powertrain• Clutches• Vehicletransmissions• Synchronizersandbearings• Continuouslyvariabletransmissions(CVT)• Hydrostaticdrives• Hydrodynamicconvertercomponentsofthedriveline• Hybriddrives

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Modulename QualityManagementModulenameGER QualitätsmanagementResponsiblelecturer Denkena,Keunecke Semester SoSe

InstituteInstitute of Production Engineering and MachineTools ETCS 5

Moduledescription

Themoduleconveysthebasicsandideasofmodernqualitymanagementaswellastheapplicationofqualitytoolsandmethodsforallphasesofproductmanagement.Aftersuccessfulcompletionofthemodule,thestudentswillbeableto:

• Explainanddifferentiatethedifferentdefinitionsofphilosophiesofqualitymanagement• Applythetoolsandmethodsofqualitymanagementinasituationalandtarget-orientedway• Anticipatechallengesresultingfromtheinteractionofdifferentdisciplinesintheapplicationof

complexqualitytoolsandmethods• Developbasicconceptsforqualitymanagementsystemsandtoevaluatethemonthebasisof

theunderlyingstandards• Estimatetheeffectsofinadequatequalityinproductionplants• Classifytheinfluenceofaspectssuchastime,costsandlaw

Thefollowingcontentsaredealtwith:• Historyofqualitymanagement• Statisticalbasisforqualitymanagement• Tools(Q7,K7,M7)andmethods(e.g.QFD,FMEA,SPC,DoE)ofqualitymanagement• QMsystemsaccordingtoDINENISO9000ff• TotalQualityManagement(TQM)-QualityandLaw

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Modulename RefrigerationcyclesandheatpumpsModulenameGER KälteanlagenundWärmepumpenResponsiblelecturer Kabelac Semester WiSeInstitute InstituteforThermodynamics ETCS 5Moduledescription

Themoduleimpartsknowledgeofcyclicprocessesforcontinuousrefrigerationandheattransformation.Startingfromthermodynamicbasics,differentprocessesforrefrigerationarepresentedandexplainedindetail.Aftersuccessfulcompletionofthemodule,thestudentswillbeableto:

• thestructureandthefunctionofdifferentmachinesfortherefrigerationgeneration• Describethecycleprocessesoftherefrigerationmachinespresented• toreflectthesystemcomponentsofthechillersandtheirinteraction• toclassifytheenvironmentalrelevanceofdifferentrefrigerants

Modulecontents:• Processesforrefrigeration,cyclicprocesses• Vapourcompressionandabsorptionchiller• Refrigerantsandoils• Compressorsandevaporators• Heatpumps• Cryogenictechnology

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Modulename TransportTechnologyModulenameGER TransporttechnikResponsiblelecturer Overmeyer,Stock Semester WiSeInstitute InstituteofTransportandAutomationTechnology ETCS 5Moduledescription

Duringthislecturethestudentswereintroducedtothebasictransportsystems.Participantsofthislecturelearnedhowcranes,continuousconveyors,industrialtrucksandcommercialvehicles(trucks,constructionmachines,trains,ships,airplanes)work.Intheareaofinclinedconveyors,thepropertiesoftheconveyorbeltswereintensivelypresentedtothestudents.Theyalsolearnedaboutlarge-scaletechnicalsolutionconceptsusingexamplesfromtheminingindustry.Content:

• Hoistsandcranes.• Continuousconveyors.• Conveyorbelts.• IndustrialconveyorsForklifttrucks,tractors,trucks.• Roadvehicles:excavators,trucks,railvehicles,maritime,aeronautical,aerospace.

Application:Mining

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Modulename VehicleService:VehicleDiagnosticsTechnologyModulenameGER Fahrzeugservice:FahrzeugdiagnosetechnikResponsiblelecturer Becker Semester SoSeInstitute InstituteofVocationalSciencesinMetalsTechnology ETCS 5ModuledescriptionQualification goals: Students can identify, select and structure diagnostic procedures for differentdiagnosticproblems.Theyareabletodescribediagnosticprocessesanddefinemonitoringtasksinthevehicle(OBD).Theyusediagnosticsystemsandcantracediagnosticproceduresbacktotheunderlyingtechnicalprocedures.Youarefamiliarwithexpertsystemstrategiesforoff-boarddiagnosticsandareinapositiontodefineappropriatetodevelopproblem-solvingstrategies.Contents:

• Vehiclediagnosisasanoccupationalfieldofactivityinvehicletechnologyoccupations• Diagnosticsandtroubleshooting• Diagnosticprocessesandprocedures• On-offboarddiagnosis• OBDandmonitoringfunctions• Influenceoflegislation,standardsandprotocolsondiagnostics• Theroleofmeasurementtechnologyindiagnostics• Expertsystemsfordiagnostics• Formalizeddiagnosticproceduresandproblem-solvingstrategies• Techniques for routine diagnostics, Integrated diagnostics, rule-based diagnostics and

experience-baseddiagnostics• Diagnosticsonnetworkedsystems• Useofdiagnosticsystemsonthevehicle

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