2017级建筑电气与智能化专业本科培养方案

控制科学与工程系：自动化辅修专业培养计划2017级建筑电气与智能化专业本科培养方案一、专业基本信息英文名称BuildingElectricalandIntelligent专业代码081004学科门类工学学制4授予学位学士二、培养目标及特色本专业培养适应社会主义现代化建设需要，德、智、体全面发展，素质、能力、知识协调统一，掌握电工电子技术、控制理论及技术、计算机技术、网络通信技术、建筑及建筑设备、智能建筑环境学等较宽领域的基础理论，掌握建筑电气控制技术、建筑供配电、建筑照明、建筑设备自动化、建筑信息处理技术、公共安全技术等专业知识和技术，基础扎实、知识面宽、综合素质高、实践能力强、有创新意识、有人文素质、具备执业注册工程师基础知识和基本能力的建筑电气与智能化专业高级工程技术人才。毕业生能够从事工业与民用建筑电气及智能化技术相关的工程设计、工程建设与管理、系统集成、信息处理等工作，并具有建筑电气与智能化技术应用研究和开发的初步能力。三、主干学科根据培养人才所需要的知识结构，建筑电气与智能化专业属于“交叉学科专业”、培养“复合型”人才的专业，具有包容多类专业技术人才的特征。其相关学科、专业如下：1.电气工程及其自动化（080601）电气工程及其自动化专业属于工学门类的电气信息类专业。该专业特点是强弱电结合、电工技术与电子技术相结合、软件与硬件结合、元件与系统结合。学生主要学习电工技术、电子技术、信息控制、计算机技术等方面较宽广的工程技术基础和一定的专业知识。该专业培养能够从事与电气工程有关的系统运行、自动控制、电力电子技术、信息处理、试验分析、研制开发、经济管理以及电子与计算机技术应用等领域工作的高级工程技术人才。2.计算机科学与技术（080605）计算机科学与技术专业属于工学门类的电气信息类专业。计算机是人类20世纪的伟大发明，引领着当代信息技术的发展。学生主要学习计算机科学与技术的基本理论、基本知识,接受从事研究与应用计算机的基本训练,具有研究和开发计算机系统的基本能力。该专业培养具有良好的科学素养,能在科研部门、教育单位、企业、事业、技术和行政管理部门等单位从事计算机科学与技术领域教学、科学研究和应用的高级科学技术人才。3．自动化（080602）自动化专业属于工学门类的电气信息类专业。自动化专业涵盖领域包括运动控制、工业过程控制、电力电子技术、检测与自动化仪表、电子与计算机技术、信息处理、管理与决策等。学生主要学习电工技术、电子技术、控制理论、自动检测与仪表、信息处理、系统工程、计算机技术与应用和网络技术等较宽广领域的工程技术基础和一定的专业知识。四、主干课程1．主干基础课程大学英语、高等数学、普通物理、复变函数与积分变换。2．主干专业课程电路理论、模拟电子技术、数字电子技术、自动控制原理、微机原理与接口技术、电力电子技术、建筑供配电与电气安全技术、建筑照明、公共安全技术、建筑电气控制技术、建筑设备自动化。五、主要实践教学环节程序设计实践、物理实验、电子工艺实习、金工实习、电子技术课程设计、嵌入式系统实训、微机原理与接口技术课程设计、建筑电气控制技术课程设计、公共安全技术课程设计、建筑供配电与照明课程设计、建筑智能化工程概预算、智能化系统集成实训、专业实习、毕业设计。六、毕业学分要求参照北京建筑大学本科学生学业修读管理规定及学士学位授予细则，修满本专业最低计划学分应达到161学分，其中理论课程126学分，实践教学环节35学分。七、各类课程结构比例课程类别课程属性学分学时学分比例通识教育课必修37.576823.29%选修3481.86%大类基础课必修2547615.53%选修2321.24%专业核心课必修21.534413.36%专业方向课必修3564021.74%选修2321.24%独立实践环节必修3590421.74%总计1613244100%八、教学进程表学期教学周考试实践学期教学周考试实践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毕业设计17周答辩九、毕业生应具备的知识能力及实现矩阵毕业生应具备的知识能力相关知识领域实现途径（课程支撑）具备一定的人文社会科学、经济管理知识、健康的身体和心理，树立正确的社会价值观哲学、政治学、历史学、法学、社会学、经济学、管理学、心理学、军事学马克思主义基本原理概论、毛泽东思想和中国特色社会主义体系理论概论、形势与政策、思想道德修养与法律基础、中国近现代史纲要、大学生职业生涯与发展规划、体育、军事理论、军训、生态文明与未来城市等具有扎实的自然科学基本理论知识，具有相关专业知识和工程技术知识数学、物理学、化学、环境科学、工程制图与机械学、建筑学、环境学、力学高等数学、概率与数理统计、复变函数与积分变换、线性代数、普通物理、画法几何、物理实验、高等数学提高、房屋建筑学、智能建筑环境学、材料力学、流体力学具有扎实的本专业基础知识和系统的专业知识电气工程、控制科学与工程、土木工程电路原理、模拟电子技术、数字电子技术、信号与系统、自动控制原理、微机原理与接口技术、建筑电气控制技术、电力电子技术、传感与检测技术、控制网络技术、电力系统基础、电机与拖动系统概论、建筑设备自动化、建筑供配电与电气安全技术、公共安全技术、专业认识实习具有较强的外语运用能力，能比较顺利地阅读本专业外文资料，并具有听、说、写的基础能力外国语大学英语、大学英语拓展系列课程、外语专用周具有较强的计算机应用能力，掌握本专业所需的常用软件计算机科学与软件工程、计算机应用计算思维导论、C语言程序设计、面向对象程序设计、微机原理与接口技术、建筑物联网技术、计算机网络与通信、数字电子技术、建筑电气CAD、BIM技术及应用、图像处理技术、程序设计实践、科技专用周具有较高的综合素质、较强的实践能力和创新精神实践技能和相关理论知识电子工艺实习、金工实习、建筑照明、建筑物信息设施系统、建筑物联网技术、电子技术课程设计、建筑电气控制技术课程设计、供电照明课程设计、公共安全技术课程设计具有一定的分析解决工程实际问题的能力及工程设计能力，具有初步的科学研究、开发和组织管理能力培养解决工程问题和独立从事科学研究的能力建筑电气工程设计系列讲座、建筑节能技术、建筑光伏发电技术、创新实践及科研训练、物联网系统实训、智能化系统集成实训、专业实习、毕业设计、毕业答辩十、指导性教学计划（见附表）十一、主要课程逻辑关系结构图

2017UndergraduateProgramforSpecialtyinBuildingElectricsandIntelligentizationI.SpecialtyNameandCodeEnglishNameBuildingElectricsandIntelligentizationCode081004DisciplinesEngineeringLengthofSchoolingFouryearsDegree:BachelorofEngineeringII.EducationalObjectivesandFeaturesThisprogramisdevelopedtocultivateseniorengineeringtechnologicaltalentsinbuildingelectricsandintelligentizationwhosatisfytherequirementsofsocialistmodernization,arewell-developedinmorality,intelligenceandphysicalhealth,havecoordinatedandintegratedtheirindividualqualities,capabilitiesandknowledge,andhavemasteredbasictheoriesinbroadfieldssuchaselectricalandelectronictechnology,controltheoryandtechnology,computertechnology,networkcommunicationtechnology,buildingsandbuildingequipment,intelligentbuildingenvironmentalsciencesaswellasprofessionalknowledgeandskillsofbuildingelectricalcontroltechnology,buildingpowersupplyanddistribution,buildingillumination,buildingequipmentautomation,buildinginformationprocessingtechnologyandpublicsecuritytechnology.Theyshouldhaveasolidtheoreticalfoundation,awidescopeofknowledge,highintegratedquality,strongpracticecapabilityandaninnovativespiritandhavedevelopedbasicknowledgeandskillsexpectedforlicensedandcertifiedengineers.Thegraduatesshouldbeabletocarryoutengineeringdesign,engineeringconstructionandmanagement,systemintegrationandinformationprocessinginrelationtoindustrialandcivilbuildingelectricsandintelligentizationtechnologyandshouldpossesspreliminarycapabilitiesofresearchinganddevelopingapplicationsofbuildingelectricsandintelligentizationtechnology.III.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.3.Automation(080602)Automationisanelectricinformationsub-categoryofengineeringcategory.Thedisciplinecoversmotioncontrol,industrialprocesscontrol,powerelectronics,detectionandautomaticinstruments,electronicandcomputertechnologyandinformationprocessing,managementanddecision-making.Thestudentsmainlystudytheengineeringtechnologicalbasicsofbroadfieldssuchaselectrotechnics,electronics,controltheory,automaticdetectionandinstruments,informationprocessing,systemengineering,computertechnologyandapplication,networktechnologyaswellassomeprofessionalknowledge.IV.MajorCourses1.BasiccoursesCollegeEnglish,AdvancedMathematics,CollegePhysics,ComplexFunctionsandIntegralTransform2.SpecialtycoursesCircuitTheory,AnalogElectronics,DigitalElectronics,AutomaticControlPrinciples,ComputerPrinciplesandInterfaceTechniques,PowerElectronics,PowerSystemFundamentals,BuildingPowerSupplyandDistributionandElectricalSafetyTechniques,BuildingIllumination,PublicSecurityTechnology,BuildingElectricalControlTechnology,BuildingEquipmentAutomationandBuildingInformationFacilitySystemV.MajorPracticalTrainingProgramDesignPractice,PhysicalExperiment,ElectronicProcessInternship,MetalworkingInternship,ElectronicTechnologyCourseDesign,EmbeddedSystemTraining,CourseDesignofComputerPrinciplesandInterfaceTechniques,CourseDesignofBuildingElectricalControlTechnology,CourseDesignofPublicSecurityTechnology,CourseDesignofBuildingPowerSupplyandDistributionandIllumination,BuildingIntelligentizationEngineeringBudgeting,IntelligentSystemIntegrationTraining,DisciplineInternship,GraduationProject.VI.GraduationRequirementsInaccordancewith"ManagementRegulationsfortheUndergraduateStudentsofBeijingUniversityofCivilEngineeringandArchitecture"and"Bachelor'sDegreeAwardingRegulations",theminimumcreditsrequiredbyspecialtyforgraduateis161.5,including126.5creditsoftheoreticalcoursesand35creditsofpracticeteaching.VII.ProportionsofCoursesCourseCategoryCourseTypeCreditsClassHoursCreditProportionLiberaleducationcoursesCompulsory37.576823.29%Elective3481.86%BasiccoursesofthemajorcategoryCompulsory2547615.53%Elective2321.24%CorespecializedcoursesCompulsory21.534413.36%ProfessionaldirectioncoursesCompulsory3564021.74%Elective2321.24%IndependentpracticeprogramsCompulsory3590421.74%Total1613244100%VIII.TeachingScheduleSemesterWeekofTeachingExamPracticeSemesterWeekofTeachingExamPractice14-192021-1718-192031-1718-192041-1617-1819-2051-1617-1819-2061-1617-1819-2071-121213-208Graduationprojectatweek1-16,andthesisdefenseatweek17IX.GraduateAbilitiesandMatricesGraduateAbilitiesRelatedKnowledgeCourseSupportsHavecertainknowledgeofliberalarts,socialscienceandeconomicmanagement,andahealthybodyandpsychology.Havedevelopedpropersocialvalues.Philosophy,PoliticalScience,History,Economics,Management,Law,Sociology,Psychology,MilitaryScienceBasicPrincipleofMarxism,MaoismandTheoreticalSystemofSocialismwithChineseCharacteristics,SituationsandPolicies,IdeologicalandMoralCultivationandLegalBasis,TheOutlineofModernChineseHistory,CollegeStudentOccupationCareerandDevelopmentPlanning,PhysicalEducation,MilitaryTheoryMilitaryTraining,EcologicalCivilizationandSmartCity,etc.Havesolidbasictheoreticalknowledgeofnaturalscience,knowledgeofrelevantprofessionsandengineeringtechnologicalknowledge.Mathematics,Physics,Chemistry,EnvironmentalScience,DrawingandMechanicalEngineering,Architecture,EnvironmentalSciences,MechanicsAdvancedMathematics,ProbabilityandStatistics,LinearAlgebra,ComplexFunctionsandIntegralTransform,DescriptiveGeometry,CollegePhysics,PhysicsExperiments,HigherAdvancedMathematics,HouseArchitecture,IntelligentBuildingEnvironment,MechanicsofMaterials,FluidMechanicsHavesolidbasicknowledgeofthisprofessionandsystematicprofessionalknowledge.ControlScienceandEngineering,ElectricalEngineering,CivilEngineeringCircuitTheory,AnalogElectronics,DigitalElectronics,SignalsandSystems,AutomaticControlTheory,MicrocomputerPrinciplesandInterfaceTechnologies,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,CourseDesignofPublicSecurityTechnologyHavecertaincapabilitiesofanalyzingandsolvingpracticalengineeringproblemsandconductengineeringdesign.Havepreliminaryabilitiesofscientificresearch,development,organizationandmanagement.DevelopCapabilitiesofSolvingEngineeringProblemsandCarryingOutScientificResearchIndependentlyLecturesonBuildingElectricalEngineeringDesign,BuildingEnergySavingTechnology,BuildingPhotovoltaicPowerGenerationTechnology,InnovativePracticeandScientificResearchTraining,TrainingofTheSystemofInternetofThings,TrainingofIntegrationofIntelligentSystem,ProfessionalInternship,GraduationProject,DefenseofGraduationProjectXDirectiveteachingplanⅪTopologyofthemaincourselogicalrelation

表1建筑电气与智能化专业指导性教学计划课程类别课程属性课程名称学分总学时讲课学时实验学时上机学时课外学时延续教学开课学期教学单位通识教育课必修思想道德修养与法律基础ThoughtMoralsAccomplishmentandBasicLaw34832161马克思主义学院中国近现代史纲要TheOutlineoftheModernChineseHistory2322482马克思主义学院马克思主义基本原理概论★TheGeneralityofBasicPrincipleofMarxism34832163马克思主义学院毛泽东思想和中国特色社会主义体系理论概论★IntroductiontoMaoZedongThoughtsandTheoreticalSystemoftheChinesecharacteristicsocialism49648484马克思主义学院形势与政策（1-2）SituationandPolicy(1-2)132322、4马克思主义学院大学生职业生涯与发展规划CollegeStudentOccupationCareerandDevelopmentPlanning116162学工部大学英语(1-2)★CollegeEnglish(1-4)612896321-2文法学院大学英语拓展系列课程（1-2）232323文法学院大学英语拓展系列课程（5-8）232324文法学院体育(1-4)PhysicalEducation(1-4)41201201-4体育部计算思维导论IntroductiontoComputationalThinking1.55624321电信学院小计29.564048812032核心经典赏析与文化传承2321-8各院部哲学视野与文明对话2321-8各院部科技革命与社会发展2321-8各院部建筑艺术与审美教育2321-8各院部生态文明与未来城市2321-8各院部至少修读4类合计8学分，每类至少修读2学分选修创新创业类1-8学期任选各院部工程实践类1-8学期任选各院部复合培养类1-8学期任选各院部跨类任选至少3学分通识教育课合计至少修读40.5学分，其中通识教育必修29.5学分，通识教育核心8学分，通识教育任选3学分课程类别课程属性课程名称学分总学时讲课学时实验学时上机学时课外学时延续教学开课学期教学单位大类基础课必修高等数学A（1）★AdvancedMathematicsA(1)59680161理学院高等数学A（2）★AdvancedMathematicsA(2)580802理学院线性代数LinearAlgebra2403281理学院概率与数理统计BTheoryofProbabilityandStatistics(A)3484443理学院普通物理A（1-2）★Collegephysics(1-2)611210482-3理学院画法几何B(土类)DescriptiveGeometryB2363241理学院C语言程序设计CProgramming26432322电信学院小计254764043240选修工程制图（土建）EngineeringDrawing2363242理学院理论力学（B）TheoreticalMechanics(B)35244263理学院材料力学（B）MechanicsofMaterials(B)35244444理学院工程力学BEngineeringMechanicsB348483理学院房屋建筑学BuildingArchitecture232325土木学院计算机图形学ComputerGraphics1.54824246计算机系工程经济学EngineeringEconomics236324管理学院VC程序设计VCProgramming2322485电信学院流体力学FluidMechanics232324环能学院小计20.536831283014大类学科基础课合计27学分，必修25学分，任选2学分专业核心课必修电路理论★CircuitTheory58068123建电系模拟电子技术★AnalogElectronics3.5564884建电系数字电子技术★DigitalElectronics3484084建电系自动控制原理★PrinciplesofAutomaticControl3484085建电系微机原理与接口技术★MicrocomputerPrincipleandInterfaceTechnology34832165建电系计算机网络与通信★ComputerNetworksandCommunications2322845建电系建筑电气控制技术★BuildingElectricalControlTechnology2322666建电系专业核心课合计必修21.5学分专业方向课必修专业概论SpecialtyOutline116161建电系复变函数与积分变换ComplexFunctionsandIntegralTransformations348483理学院信号与系统SignalsandSystems2322664建电系面向对象程序设计Object-OrientedProgramming24832165建电系电力电子技术★PowerElectronicsTechnology2322666建电系智能建筑环境学IntelligentBuildingEnvironment2322845环能学院控制网络技术ControlNetworkTechnology2322665建电系传感与检测技术SensingandDetectionTechnology2322665建电系电力系统基础ElectricPowerSystemFoundation2322666建电系建筑设备自动化BuildingAutomation2322846环能学院建筑供配电与电气安全技术★BuildingPowerSupplyandDistributionandElectricalSafetyTechnology46454106建电系建筑照明BuildingLighting★2322847建电系公共安全技术PublicSecurityTechnology1.5242