自动化类自动化专业培养方案英文版

第页自动化类自动化专业培养方案英文版I.GeneralDescriptionThespecialtyofAutomationisasub-disciplineofautomation-clusteringmajor.Thismajoristheoneofthenationalcharacteristicspecializedconstructionmajorsandthenationalcomprehensivereformpilotspecialty.Thismajorischaracterizedbythecombinationofsystematictheoryandbroadengineeringapplications,anditfusesmanydisciplinaryandinterdisciplinary.Thismajorcultivatesstudentsonmasteringfundamentaltheoryofcontrolscienceandengineering,specializedknowledgeandbasictechnology.Masteringtrafficmanagementandcontrol,industrialautomation,trailtrafficsignalandcontrol,intelligentinstrumentandsoontheoriesandmethodsarealsoessentialforthismajor.Thestudentswillbetrainedfocusingontheacquiring,processing,usingandcontrollingoftheinformation,prolongedforeignlanguagestudy,computerapplication,enhancetheengineeringawareness.Allthestudentswillbeencouragedtogettheirdiversifiedandpersonalizeddevelopmenttoimprovetheiradaptabilitytobehigh-level,innovative,comprehensivetalentedpersons.II.ObjectivesTheprogramnurturescompositetalentswithall-rounddevelopmentofmoral,intellectual,physical,aestheticandlabor,andaharmoniousunityofknowledge,cultivatesenior-versatileengineerandtechnicaltalents.Studentsneedtomasterthesolidfoundationofmathematics,physics,computerscience,foreignlanguage,humanity,economymanagement,andrelatedbasicknowledgeetc.Studentsneedtomasterelectriccircuit,automaticcontrol,electromechanicalengineering,trafficmanagementandcontroletc.withrelatedbasictheory,specializedknowledgeandtechnology,owningagoodspiritofinnovation,professionalism,engineering,humanitiesandinternationalperspective.Theyareabletoworkinthefieldsoftrafficcontrol,industrialautomation,andengagedinvariousrelatedfieldswork.Thetrainingofstudentscouldworkonscientificresearch,systematicdesign,productdevelopment,managementandoperation.Studentshavethecomprehensiveabilitytouseknowledgeinwideareatosolvecomplexengineeringproblemtobeascientificresearchtalents.III.BasicRequirementsWiththerequirementoftheeconomicdevelopment,thismajorproduceswell-trainedgraduates.Theyarereadytotakeonthechallengesoftheworkplacewithsolidbasicknowledge,widely-informedandpractice-orientedtrainingprogram.Afterthecurriculumstudy,experimentalandengineeringtrainingforfouryears,studentsinthisspecialtyshouldacquiretheknowledge,abilitiesandqualitiesasfollows:1.Basicknowledge:Mastertherelatedmathematics,naturalscienceandotherengineeringknowledgetosolvecomplexautomationproblems.2.Problemanalysis:Acquiringtheintegratedabilitytousethebasicprinciplesofrelatedmathematics,naturalscienceandautomationsciencewithliteraturestudytoidentify,analyzeandconcludethetechnicalproblemsinautomationengineeringbythecomprehensiveapplicationoftheirlearnedscientifictheoreticalmethodsandtechnicalmeans.3.Technicalsolutions:Holdingthebasicabilityofsystemdesign,operationandmaintenancetosolvecomplexautomationengineeringproblemswithinnovativeconsciousnessandinnovativeabilities,andalsotakethinkofthesocialissuessuchashealthcare,safety,legal,cultureandenvironmentfactorstoparticipateinthedesignandproductionsystem.4.Research:Withtheabilitytoanalyzeandsolvethepracticalproblemsinautomationengineeringexperiments,dataprocessing,andsynthesistogiveaconclusionbythecomprehensiveapplicationoftheirlearnedscientifictheoreticalmethodsandtechnicalmeans;5.Newtechnology:Trainingprofessionalautomationengineerswhofamiliarswiththefrontiertomeetthedemandfordevelopingautomationtechnology;havingabilitytodevelop,select,andcombinetheproperresources,moderntoolsandsoontosolvecomplexautomationengineeringproblemswithabilityofanalysis,modeling,simulationandapplications.6.Engineeringandsociety:Havinggoodhumanitiesattainment,strongsocialresponsibilityandgoodengineeringprofessionalethics;Havinggoodsenseonquality,environment,safetyandservice;7.Environmentalandsocialsustainability:Withtheabilitytoanalyzeandevaluatethepracticalproblemswithconsiderationoftheenvironmentalandsocialsustainability.8.Technicalterms:Understandingoftheprofessionalfieldoftechnicalstandards,relevantindustrypolicies,lawsandregulations;havinggoodsenseontheengineeringethics,safety,andacquiringtheintegratedabilitytousescientificmethodsandtheorieslearnedtechniquestoanalyzeandsolvepracticalengineeringproblems.9.Teamwork:Withgoodcapabilityofcooperationinteam-work.10.Communication:Havingcommunicationskillsinwritingororalwithco-workersandotherpeopleontheprofessionalissuesintheareaofautomation;havingtheabilitytocommunicatewithacertainpreliminarycompetitionandcooperationininternationalperspectiveandcross-culturalenvironment.11.Projectmanagement:Havinggoodorganizationandmanagementskillstodealwithchangeableandcomplicatedengineeringproblems.12.Life-longlearning:Beingabilitytoacquireinformationandkeepstudyforthewholelife.IV.LengthofSchoolingandConferredDegreeFouryears,BachelorofEngineeringV.CoreDisciplinesandSpecialCoursesCoreDisciplines:ControlScienceandEngineering(firstleveldiscipline),TransportationInformationEngineeringandControl(secondleveldiscipline),CoreCourses:ElectronicCircuit,AutomaticControlPrinciple,ModernControlTheory,SystemofMicrocomputerandSingleChipComputer,FoundationtoElectricMachinesandMotorDrive,SensorandDetectionTechnology,ComputerControlTechnology,ComputerNetworkandCommunication,MotionControlSystem,HighwayElectromechanicalSystem,RailTransitSystem,IntelligenceInstrumentDesign.SpecializeCourses：NetworkedControlTechnology,RoboticsTechnology,TransportationFlowTheory,TransportationManagementandControl,SignalandCommunicationofRailTransit,RailTransitTrainOperationControl,InstrumentBusandVirtualInstruments,ModernTrafficInformationDetectionTechnologyetc.VI.GraduationRequirementsAftercompletingthelearningofeverylinkinteachingprogramaccordingtothiscultivationprogram,obtainingatleast175scores,andpassingthroughthegraduationthesisordesign,studentscangraduateandgettheirBachelor'sDegree.VII.TimeAllotmentTimeAllotmentCourseTypesCompulsoryCoursesElectiveCoursesTotalProportion（%）CreditsHours(weeks)CreditsHours(weeks)CreditsHours(weeks)GeneralEducationCoursesTheory32648142304687826.29Practice72weeks+48hours3102weeks+48hours5.71FoundationCoursesofDisciplineTheory53.589353.589330.57Practice99weeks99weeks5.14SpecializeCoursesTheory11.51842235233.553619.14Practice66weeks1719weeks2325weeks13.14Total1191725hours+17weeks+48hours56582hours+19weeks1752307hours+36weeks+48hours100Practice2217weeks+48hours204236weeks+48hours24VIII.CurriculumCurriculumofAutomationMajorCourseTypesCourseCodesCourseTitlesCourseNatureCreditsHoursperweekLecturingHoursSuggestedTermsRemarksTotalLecturingExperimentOnComputerExtracurricularGeneralEducationCoursesT1101010MoralEducationandLawsC345436181T6401010MilitaryTheoryC2236361T1402011PhysicalEducation（I）C1236361T1301011CollegeEnglish(I)C4472721GeneralElectivesE111-8Basiccomputercourses≥2credits;Publicartcourses≥2credits;innovationandemploymentguidancecourses≥2credits;Psychologyeducationcourses≥1creditsFoundationCoursesofDisciplineX1201011HigherMathematics(I)C5690901X3201010IntroductiontoElectricalEngineeringC1216161X3201020PreliminarytoAutomationPracticeC243216161X1204090MechanicalDrawingC243220121PracticeCoursesS1101010Situation&PolicyC232321-8Recordedin8thtermS6401010MilitaryTrainingC22weeks1S6400030PracticeCoursesforFreshmanEducationC11-2Recordedin2thtermS6400020PracticeCoursesforIdeologicalandPoliticalMoralityC11-8Recordedin8thtermS6400010ComprehensiveQualityPracticeE31-8≥3CreditsS1402010PhysicalEducationTestC1161、3、5、7Testin1st、3rd、5th、7thtermrespectively，Recordedin8thtermS3202010GeneralVisitingPracticeC11week128creditsforcompulsorycourses,14creditsforelectives,28creditsintotalin1stterm(14creditsforgeneralelectivesandComprehensivequalitypracticecoursesarenotincluded)CourseTypesCourseCodesCourseTitlesCourseNatureCreditsWeeklyHoursLecturingHoursSuggestedTermsRemarksTotalLecturingExperimentOnComputerExtracurricularGeneralEducationCoursesT1101020IntroductiontoModernChineseHistoryC223626102T1402012PhysicalEducation（Ⅱ）C1236362T1301012CollegeEnglish(II)C4472722FoundationCoursesofDisciplineX1201012HigherMathematics(II)C5690902X1202011CollegePhysics(I)C3454542X2407010CLanguageProgramDesignC344832162X3205120ElectronicCircuit(I)C446444202specializedCoursesPracticeCoursesS3202020SystemIntegratedExperimentofMicrocomputerandSingleChipComputerC44weeks226creditsforcompulsorycourse,26creditsforthetotalin2ndtermCourseTypesCourseCodesCourseTitlesCourseNatureCreditsWeeklyHoursLecturingHoursSuggestedTermsRemarksTotalLecturingExperimentOnComputerExtracurricularGeneralEducationCoursesT1101030AnIntroductiontoMarxistTheoryC345436183T1403013PhysicalEducation（Ⅲ）C1236363T1301013CollegeEnglish(III)C4472723FoundationCoursesofDisciplineX1202012CollegePhysics(II)C3454543X1202050CollegePhysicalExperimentC2.5450453-4X1201030LinearAlgebraC2.5440403X1201050ComplexVariablesandIntegralTransformationsC3448483X3205130ElectronicCircuit(II)C446440243SpecializedCoursesPracticeCoursesS5701020ColdMachiningPracticalTrainingC22weeks325creditsforcompulsorycourse,25creditsforthetotalin3thtermCourseTypesCourseCodesCourseTitlesCoursenatureCreditsWeeklyHoursLecturingHoursSuggestedTermsRemarksTotalLecturingExperimentOnComputerExtracurricularGeneralEducationCoursesT1101040MaoZedongThought&SocialistTheorywithChineseCharactersC6610872364T1403014PhysicalEducation(Ⅳ)C1236364IntegratedEnglishE3454544≥3CreditsFoundationCoursesofDisciplineX1201040ProbabilityandMathematicalStatisticsC3448484X3205140ElectronicCircuit(III)C446444204SpecializedCoursesZ3202010PrincipleandApplicationofPLCC243216164Z3202020Object-OrientedProgrammingC243220124Z3202030ComputerNetworkandCommunicationC24322844PracticeCoursesS3205020CourseExerciseinElectronicTechnologyC22weeks422creditsforcompulsorycourse,3creditsforminimumelectives,25creditsforthetotalin4thtermCourseTypesCourseCodesCourseTitlesCourseNatureCreditsWeeklyHoursLecturingHoursSuggestedTermsRemarksTotalLecturingExperimentOnComputerExtracurricularGeneralEducationCoursesX3202030AutomaticControlPrincipleC4.547260125X3202040SensorandDetectionTechnologyC24322665FoundationCoursesofDisciplineZ3202040FoundationtoElectricMachinesandMotorDriveC344838105Z3202050PowerElectronicTechnologyE2.54403285Z3202060DataStructureandAlgorithmE24322485Z3202070SignalandSystemE24322845Z3203010TransportationFlowTheoryE24322485TrafficInformationandControlZ3203020TransportationEngineeringE24322485Z3203030TransportationManagementandControlE24322845Z3203040DatabaseE24322845Z3204010ModernElectricVehicleTechnologyE2432325IndustrialAutomationZ3204020MachineVisionE24322485Z3204030PowerSupplyTechnologyE2432325Z3204040EmbeddedSystemsandApplicationsE24322485Z3206010DeviceandApplicationofSemiconductorE2432325IntelligentInstrumentZ3206020HardwareDescriptionLanguageE24322485Z3206030ASICDesignE24322845Z3206040ElectricMeasurementTechnologyE2432325Z3209010RailTransitSystemE2432325RailTrafficSignalandControlZ3209020RailTransitVehicleCommunicationNetworkE24322845Z3209030RailTransitVehicleE2432325Z3209040TechnologyandApplicationofInternetofthingsE2432325PracticeCoursesS3202030IntegratedExperimentofComputerProgramDesignC22weeks514creditsforcompulsorycourse,8creditsforminimumelectives,22creditsforthetotalin5thtermCourseTypesCourseCodesCourseTitlesCourseNatureCreditsWeeklyHoursLecturingHoursSuggestedTermRemarksTotalLecturingExperimentOnComputerExtracurricularGeneralEducationCoursesFoundationCoursesofDisciplineZ3202080ModernControlTheoryC2.54403646Z3202090ComputerControlTechnologyE2.54403646Z3202100ControlSystemSimulationE24322846Z3202110IntroductiontoSystemEngineeringE2432326Z3202120LiteratureReviewandTechnicalEnglishE2232326Z3202130EngineeringProjectManagementE2432326OnechoosefromtwoZ2307420ModernEconomicManagementE2432326Z3202140OperationalResearchandOptimalTheoryE2232326Z3203050TransportationSimulationandApplicationsE24322486TrafficInformationandControlZ3203060HighwayElectromechanicalSystemE4464646Z3203070IntelligentTransportationSystemE2432326Z3203080PrincipleofCommunicationE24322846Z3204050MotionControlSystemE24322846IndustrialAutomationZ3204060NetworkedControlTechnologyE2432326Z3207330ProcesscontrolE24322846Z3204070AutomationSystemIntegrationMethodandApplicationsE2432326Z3206050InstrumentBusandVirtualInstrumentsE24322846IntelligentInstrumentZ3206060DigitalSignalProcessingE24322846Z3206070ErrorTheoryandDataProcessingE2432326Z3206080PhotoelectricDetectionTechnologyE2432326Z3209050RailTransitTrainOperationControlE24322846RailTrafficSignalandControlZ3209060SignalandCommunicationofRailTransitE2432326Z3209070RailTransitVehicleElectricE24322666Z3209080RailTransitOperationE2432326PracticeCoursesS3202040Inte