2017級建筑電氣與智能化專業本科培養方案一、專業基本信息英文名稱BuildingElectricalandIntelligent專業代碼081004學科門類工學學制4授予學位學士二、培養目標及特色本專業培養適應社會主義現代化建設需要，德、智、體全面發展，素質、能力、知識協調統一，掌握電工電子技術、控制理論及技術、計算機技術、網絡通信技術、建筑及建筑設備、智能建筑環境學等較寬領域的基礎理論，掌握建筑電氣控制技術、建筑供配電、建筑照明、建筑設備自動化、建筑信息處理技術、公共安全技術等專業知識和技術，基礎扎實、知識面寬、綜合素質高、實踐能力強、有創新意識、有人文素質、具備執業注冊工程師基礎知識和基本能力的建筑電氣與智能化專業高級工程技術人才。畢業生能夠從事工業與民用建筑電氣及智能化技術相關的工程設計、工程建設與管理、系統集成、信息處理等工作，并具有建筑電氣與智能化技術應用研究和開發的初步能力。三、主干學科根據培養人才所需要的知識結構，建筑電氣與智能化專業屬于“交叉學科專業”、培養“復合型”人才的專業，具有包容多類專業技術人才的特征。其相關學科、專業如下：電氣工程及其自動化（080601）電氣工程及其自動化專業屬于工學門類的電氣信息類專業。該專業特點是強弱電結合、電工技術與電子技術相結合、軟件與硬件結合、元件與系統結合。學生主要學習電工技術、電子技術、信息控制、計算機技術等方面較寬廣的工程技術基礎和一定的專業知識。該專業培養能夠從事與電氣工程有關的系統運行、自動控制、電力電子技術、信息處理、試驗分析、研制開發、經濟管理以及電子與計算機技術應用等領域工作的高級工程技術人才。計算機科學與技術（080605）計算機科學與技術專業屬于工學門類的電氣信息類專業。計算機是人類20世紀的偉大發明，引領著當代信息技術的發展。學生主要學習計算機科學與技術的基本理論、基本知識,接受從事研究與應用計算機的基本訓練,具有研究和開發計算機系統的基本能力。該專業培養具有良好的科學素養,能在科研部門、教育單位、企業、事業、技術和行政管理部門等單位從事計算機科學與技術領域教學、科學研究和應用的高級科學技術人才。3．自動化（080602）自動化專業屬于工學門類的電氣信息類專業。自動化專業涵蓋領域包括運動控制、工業過程控制、電力電子技術、檢測與自動化儀表、電子與計算機技術、信息處理、管理與決策等。學生主要學習電工技術、電子技術、控制理論、自動檢測與儀表、信息處理、系統工程、計算機技術與應用和網絡技術等較寬廣領域的工程技術基礎和一定的專業知識。四、主干課程1．主干基礎課程大學英語、高等數學、普通物理、復變函數與積分變換。2．主干專業課程電路理論、模擬電子技術、數字電子技術、自動控制原理、微機原理與接口技術、電力電子技術、建筑供配電與電氣安全技術、建筑照明、公共安全技術、建筑電氣控制技術、建筑設備自動化。五、主要實踐教學環節程序設計實踐、物理實驗、電子工藝實習、金工實習、電子技術課程設計、嵌入式系統實訓、微機原理與接口技術課程設計、建筑電氣控制技術課程設計、公共安全技術課程設計、建筑供配電與照明課程設計、建筑智能化工程概預算、智能化系統集成實訓、專業實習、畢業設計。六、畢業學分要求參照北京建筑大學本科學生學業修讀管理規定及學士學位授予細則，修滿本專業最低計劃學分應達到161學分，其中理論課程126學分，實踐教學環節35學分。七、各類課程結構比例課程類別課程屬性學分學時學分比例通識教育課必修37.576823.29%選修3481.86%大類基礎課必修2547615.53%選修2321.24%專業核心課必修21.534413.36%專業方向課必修3564021.74%選修2321.24%獨立實踐環節必修3590421.74%總計1613244100%八、教學進程表學期教學周考試實踐學期教學周考試實踐14-19周20周21-17周18-19周20周31-17周18-19周20周41-16周17-18周19-20周51-16周17-18周19-20周61-16周17-18周19-20周71-121213-2081-16畢業設計17周答辯九、畢業生應具備的知識能力及實現矩陣

畢業生應具備的知識能力相關知識領域實現途徑（課程支撐）具備一定的人文社會科學、經濟管理知識、健康的身體和心理，樹立正確的社會價值觀哲學、政治學、歷史學、法學、社會學、經濟學、管理學、心理學、軍事學馬克思主義基本原理概論、毛澤東思想和中國特色社會主義體系理論概論、形勢與政策、思想道德修養與法律基礎、中國近現代史綱要、大學生職業生涯與發展規劃、體育、軍事理論、軍訓、生態文明與未來城市等具有扎實的自然科學基本理論知識，具有相關專業知識和工程技術知識數學、物理學、化學、環境科學、工程制圖與機械學、建筑學、環境學、力學高等數學、概率與數理統計、復變函數與積分變換、線性代數、普通物理、畫法幾何、物理實驗、高等數學提高、房屋建筑學、智能建筑環境學、材料力學、流體力學具有扎實的本專業基礎知識和系統的專業知識電氣工程、控制科學與工程、土木工程電路原理、模擬電子技術、數字電子技術、信號與系統、自動控制原理、微機原理與接口技術、建筑電氣控制技術、電力電子技術、傳感與檢測技術、控制網絡技術、電力系統基礎、電機與拖動系統概論、建筑設備自動化、建筑供配電與電氣安全技術、公共安全技術、專業認識實習具有較強的外語運用能力，能比較順利地閱讀本專業外文資料，并具有聽、說、寫的基礎能力外國語大學英語、大學英語拓展系列課程、外語專用周具有較強的計算機應用能力，掌握本專業所需的常用軟件計算機科學與軟件工程、計算機應用計算思維導論、C語言程序設計、面向對象程序設計、微機原理與接口技術、建筑物聯網技術、計算機網絡與通信、數字電子技術、建筑電氣CAD、BIM技術及應用、圖像處理技術、程序設計實踐、科技專用周具有較高的綜合素質、較強的實踐能力和創新精神實踐技能和相關理論知識電子工藝實習、金工實習、建筑照明、建筑物信息設施系統、建筑物聯網技術、電子技術課程設計、建筑電氣控制技術課程設計、供電照明課程設計、公共安全技術課程設計具有一定的分析解決工程實際問題的能力及工程設培養解決工程問題和獨立從事科學研建筑電氣工程設計系列講座、建筑節能技術、建筑光伏發電技術、創新實踐及

計能力，具有初步的科學研究、開發和組織管理能力究的能力科研訓練、物聯網系統實訓、智能化系統集成實訓、專業實習、畢業設計、畢業答辯十、指導性教學計劃（見附表）十一、主要課程邏輯關系結構圖2017UndergraduateProgramforSpecialtyinBuilding

ElectricsandIntelligentizationI.SpecialtyNameandCodeEnglishNameBuildingElectricsandIntelligentizationCode081004DisciplinesEngineeringLengthofSchoolingFouryearsDegree:BachelorofEngineeringEducationalObjectivesandFeaturesThisprogramisdevelopedtocultivateseniorengineeringtechnologicaltalentsinbuildingelectricsandintelligentizationwhosatisfytherequirementsofsocialistmodernization,arewell-developedinmorality,intelligenceandphysicalhealth,havecoordinatedandintegratedtheirindividualqualities,capabilitiesandknowledge,andhavemasteredbasictheoriesinbroadfieldssuchaselectricalandelectronictechnology,controltheoryandtechnology,computertechnology,networkcommunicationtechnology,buildingsandbuildingequipment,intelligentbuildingenvironmentalsciencesaswellasprofessionalknowledgeandskillsofbuildingelectricalcontroltechnology,buildingpowersupplyanddistribution,buildingillumination,buildingequipmentautomation,buildinginformationprocessingtechnologyandpublicsecuritytechnology.Theyshouldhaveasolidtheoreticalfoundation,awidescopeofknowledge,highintegratedquality,strongpracticecapabilityandaninnovativespiritandhavedevelopedbasicknowledgeandskillsexpectedforlicensedandcertifiedengineers.Thegraduatesshouldbeabletocarryoutengineeringdesign,engineeringconstructionandmanagement,systemintegrationandinformationprocessinginrelationtoindustrialandcivilbuildingelectricsandintelligentizationtechnologyandshouldpossesspreliminarycapabilitiesofresearchinganddevelopingapplicationsofbuildingelectricsandintelligentizationtechnology.MajorDisciplinesAccordingtotheknowledgestructurerequiredtocultivatetalents,buildingelectricsandintelligentizationisaninter-disciplinaryprofessionthatcultivatesinter-disciplinarytalentsandischaracterizedbyitsaccommodationoftechnologicaltalentsinmultipleprofessionalfields.Itsrelevantdisciplinesandspecialtiesarelistedasfollows:1.ElectricalEngineeringandAutomation(080601)ElectricalEngineeringandAutomationisanelectricinformationsub-categoryoftheengineeringcategory.Thisdisciplineischaracterizedbythecombinationofstrongandweakelectricity,electrotechnicsandelectronics,softwareandhardware,componentsandsystems.Thestudentsmainlystudyawidescopeofengineeringtechnologicalbasicscoveringelectrotechnics,electronics,informationcontrolandcomputertechnologiesaswellassomeprofessionalknowledge.Thisdisciplinecultivatesseniorengineeringtechnologicaltalentswhoarecapableofworkinginfieldsrelatedtoelectricalengineering,includingsystemoperation,automaticcontrol,powerelectronicstechnology,informationprocessing,testanalysis,researchanddevelopment,economicmanagementandapplicationofelectronicandcomputertechnology.2.ComputerScienceandTechnology(080605)ComputerScienceandTechnologyisanelectricinformationsub-categoryofengineeringcategory.Computerisagreatinventionofhumanityinthe20thcentury,leadingthedevelopmentofmoderninformationtechnology.Thestudentsmainlystudybasictheoriesandknowledgeofcomputerscienceandtechnologyandreceivetrainingonresearchanduseofcomputers.Theyareexpectedtobecapableofresearchinganddevelopingcomputersystems.Thisdisciplinecultivatesseniorscientificandtechnologicaltalentswhohavegoodscientificliteracyandareabletoprovideteachingsorconductscientificresearchandapplicationinthefieldofcomputerscienceandtechnologyinscientificresearchdepartments,educationalinstitutions,enterprises,publicinstitutionsandtechnologicalandadministrativedepartments.Automation(080602)Automationisanelectricinformationsub-categoryofengineeringcategory.Thedisciplinecoversmotioncontrol,industrialprocesscontrol,powerelectronics,detectionandautomaticinstruments,electronicandcomputertechnologyandinformationprocessing,managementanddecision-making.Thestudentsmainlystudytheengineeringtechnologicalbasicsofbroadfieldssuchaselectrotechnics,electronics,controltheory,automaticdetectionandinstruments,informationprocessing,systemengineering,computertechnologyandapplication,networktechnologyaswellassomeprofessionalknowledge.MajorCourses1.BasiccoursesCollegeEnglish,AdvancedMathematics,CollegePhysics,ComplexFunctionsandIntegralTransform2.SpecialtycoursesCircuitTheory,AnalogElectronics,DigitalElectronics,AutomaticControlPrinciples,ComputerPrinciplesandInterfaceTechniques,PowerElectronics,PowerSystemFundamentals,BuildingPowerSupplyandDistributionandElectricalSafetyTechniques,BuildingIllumination,PublicSecurityTechnology,BuildingElectricalControlTechnology,BuildingEquipmentAutomationandBuildingInformationFacilitySystemMajorPracticalTrainingProgramDesignPractice,PhysicalExperiment,ElectronicProcessInternship,MetalworkingInternship,ElectronicTechnologyCourseDesign,EmbeddedSystemTraining,CourseDesignofComputerPrinciplesandInterfaceTechniques,CourseDesignofBuildingElectricalControlTechnology,CourseDesignofPublicSecurityTechnology,CourseDesignofBuildingPowerSupplyandDistributionandIllumination,BuildingIntelligentizationEngineeringBudgeting,IntelligentSystemIntegrationTraining,DisciplineInternship,GraduationProject.GraduationRequirementsInaccordancewith"ManagementRegulationsfortheUndergraduateStudentsofBeijingUniversityofCivilEngineeringandArchitecture"and"Bachelor'sDegreeAwardingRegulations",theminimumcreditsrequiredbyspecialtyforgraduateis161.5,including126.5creditsoftheoreticalcoursesand35creditsofpracticeteaching.VII.ProportionsofCoursesCourseCa^go^CourseTypeCreditsClassHoursCreditProportionLiberaleducationCompulsory37.576823.29%coursesElective3481.86%BasiccoursesoftheCompulsory2547615.53%majorcategoryElective2321.24%CorespecializedcoursesCompulsory21.534413.36%ProfessionaldirectionCompulsory3564021.74%coursesElective2321.24%IndependentpracticeCompulsory3590421.74%

programsTotal1613244100%VIII.TeachingScheduleSemesterWeekofTeachingExamPracticeSemesterWeekofTeachingExamPractice14-192021-1718-192031-1718-192041-1617-1819-2051-1617-1819-2061-1617-1819-2071-121213-208Graduationprojectatweek1-16,andthesisdefenseatweek17IX.GraduateAbilitiesandMatricesGraduateAbilitiesRelatedKnowledgeCourseSupportsHavecertainknowledgeofPhilosophy,PoliticalBasicPrincipleofMarxism,Maoismandliberalarts,socialscienceandScience,History,TheoreticalSystemofSocialismwitheconomicmanagement,andaEconomics,Management,ChineseCharacteristics,Situationsandhealthybodyandpsychology.Law,Sociology,Policies,IdeologicalandMoralCultivationHavedevelopedpropersocialPsychology,MilitaryandLegalBasis,TheOutlineofModernvalues.ScienceChineseHistory,CollegeStudentOccupationCareerandDevelopmentPlanning,PhysicalEducation,MilitaryTheoryMilitaryTraining,EcologicalCivilizationandSmartCity,etc.HavesolidbasictheoreticalMathematicsPhysics,AdvancedMathematics,Probabilityandknowledgeofnaturalscience,Chemistry,EnvironmentalStatistics,LinearAlgebra,ComplexknowledgeofrelevantScience,DrawingandFunctionsandIntegralTransform,professionsandengineeringMechanicalEngineering,DescriptiveGeometry,CollegePhysics,technologicalknowledge.Architecture,EnvironmentalPhysicsExperiments,HigherAdvancedSciences,MechanicsMathematics,HouseArchitecture,IntelligentBuildingEnvironment,MechanicsofMaterials,FluidMechanicsHavesolidbasicknowledgeofControlScienceandCircuitTheory,AnalogElectronics,DigitalthisprofessionandsystematicEngineering,ElectricalElectronics,SignalsandSystems,professionalknowledge.Engineering,CivilAutomaticControlTheory,Microcomputer

EngineeringPrinciplesandInterfaceTechnologies,ControlTechnologiesofBuildingElectrics,PowerElectronics,SensorsandDetectionTechnology,ControlNetworksTechnology,IntroductionToPowerSystems,OverviewofElectricalandDrivingSystem,BuildingEquipmentAutomation,BuildingPowerSupplyandDistributionandElectricSafety,PublicSafety,ProfessionalUnderstandingandInternshipBeproficientinforeignlanguageandcapableofreadingforeignlanguagematerialsofthisprofessionwithoutdifficulty.Havebasiccapabilitiesoflistening,speakingandwriting.ForeignLanguageCollegeEnglish,CollageEnglishDevelopment,SpecialWeekofForeignLanguageHavestrongcomputerapplicationcapabilityandhavemasteredthesoftwareproductscommonlyusedintheprofession.ComputerScienceandSoftwareEngineering,ComputerApplicationIntroductionToComputationalThinking,CLanguageProgramming,Object-OrientedProgramming,MicrocomputerPrinciplesandInterfaceTechnology,BuildingNetworkingTechnologies,ComputerNetworksandCommunications,DigitalElectronics,ElectricalCADofBuildings,BIMTechnologyandApplications,ImageProcessingTechnologies,PracticeofProgramDesign,SpecialWeekofTechnologyHavehigh-levelintegratedquality,strongpracticecapabilityandaninnovativespirit.PracticalSkillsandRelevantTheoreticalKnowledgeElectronicProcessInternship,MetalworkingInternship,ArchitecturalLighting,BuildingInformationInfrastructureSystems,BuildingNetworkingTechnology,ElectronicTechnologyCourseDesign,CourseDesignofBuildingElectricalControlTechnologies,CourseDesignofPowerSupplyandLighting,CourseDesignofPublicSecurityTechnology

Havecertaincapabilitiesofanalyzingandsolvingpracticalengineeringproblemsandconductengineeringdesign.Havepreliminaryabilitiesofscientificresearch,development,organizationandmanagement.DevelopCapabilitiesofSolvingEngineeringProblemsandCarryingOutScientificResearchIndependentlyLecturesonBuildingElectricalEngineeringDesign,BuildingEnergySavingTechnology,BuildingPhotovoltaicPowerGenerationTechnology,InnovativePracticeandScientificResearchTraining,TrainingofTheSystemofInternetofThings,TrainingofIntegrationofIntelligentSystem,ProfessionalInternship,GraduationProject,DefenseofGraduationProjectXDirectiveteachingplanXITopologyofthemaincourselogicalrelation

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