物联网工程专业培养方案(080640S)InternetofThingsEngineeringTrainingPlan(080640S)(第五稿)一、专业简介(Ⅰ、MajorIntroduction)物联网工程专业是根据国家教育部颁布的《教育部关于公布同意设置的高等学校战略性新兴产业相关本科新专业名单的通知》(教高[2010]7号文件)的规定和国家战略性新兴产业的需求于2010年7月设立的高等院校工科专业。本专业结合了电子科学与技术、电子信息工程、通信工程、计算机科学与技术和软件工程等专业的特点。本专业所设立课程包含了电子、通信与计算机软件的主要核心课程以及物联网工程专业的专业课程,不仅能够满足物联网工程专业所有专业技能要求,也能满足电子、通信与计算机软件这三个专业的基本要求。本专业所培养学生知识范围广,适应面宽,符合国家交叉性、复合型人才培养的需要。TheInternetofThingsEngineeringmajorisestablishedinJuly2010inaccordancewiththerequirementofthegovernmentdocument《AnotificationforthenewcollegemajorslistwhichrelatedtothenationalstrategicemergingindustriespromulgatedbytheMinistryofEducationofChina》(HighEducation[2010]No.7)andthedevelopmentofnationalstrategicemergingindustries.ThismajorisacombinationoftheElectronicScienceandTechnology,theElectronicandInformationEngineering,theCommunicationEngineeringmajorandtheSoftwareEngineering.TheestablishedcoursesforthismajorincludesmostmajorcorecoursesofElectronics,CommunicationsandComputerSoftwareprogramsandmajorcoursesofInternetofThingsEngineering.Itcannotonlymeetalltheprofessionalskillsofthismajor,butalsomeetthebasicmajorrequirementsofElectronics,CommunicationsandComputerSoftware.Thestudentsfosteredbythismajorhavearangeofprofessionalknowledge,wideadaptation,andmeetthetrainingneedsofnationalcrossandcomplextalent.二、培养目标(Ⅱ、AcademicObjectives)本专业以物联网工程专业人才培养为目标,培养具有坚实的数理基础,受到良好的科学思维、科学实验和初步科学研究的训练,系统掌握物联网工程专业的基础理论与基本技能,熟悉现代电子技术、现代通信技术、计算机及软件工程技术,能适应物联网专业的飞速发展,具有良好的知识结构和适应能力,能在电子信息、通信、计算机应用与软件开发等相关领域从事设计、制造、研发、应用、服务与技术管理等工作的高级理论和技术人才。TheeducationalobjectiveofthismajoristotraintechnicalprofessionalsintheInternetofThingsEngineeringfieldwiththecapabilitiesasfollows:solidmathematicalbasis;perfectscientificthinking,experimentsandresearchskills;comprehensivefundamentalprofessionaltheoriesinInternetofThingsEngineering;andfamiliarwiththeelectronicstechnology,themoderncommunicationstechnologyandthecomputerandsoftwareengineeringtechnology.Thegraduatesfromthismajorcanadapttotherapiddevelopmentofelectronicsandinformationtechnology.Theyhaveprefectknowledgestructureandstrongadaptabilityforavarietyofrelatedwork.Theywillbeabletoengageintheelectronics,communication,computerapplicationandsoftwaredesignindustryasaR&D,manufacturingormanagingprofessionals.三、培养要求(Ⅲ、AcademicRequirement)掌握物联网工程领域基础理论和传感节点、RFID阅读器与标签、数据处理软件与应用软件的设计原理和设计方法,具有创新意识和解决实际问题的能力,较好的科学素养、较强的社会责任感和良好的职业道德,较高的外语水平和文献检索能力,一定的组织管理和较强的表达能力。GraduatesinthismajorshouldmasterthebasictheoryofInternetofThingsEngineering,masterthedesignprinciplesanddesignmethodsofSensornode,RFIDreadersandtags,masterthedesignmethodofdataprocessingandapplicationsoftware,haveinnovativeconsciousnessandabilitiestosolvepracticalproblems,havebetterscientificliteracy,strongersenseofsocialresponsibilityandbetterprofessionalethics,havehighlevelabilitiesofforeignlanguagesandliteratureindex,havecertainorganizingormanagementabilitiesandstrongexpressionabilities.四、学制与学位(Ⅳ、LengthofSchoolingandDegree)学制四年。按计划要求完成学业者,授予工学学士学位。LengthofSchooling:Fouryears.ThestudentswhocompletetherequirementsoftheeducationalplanwillbeawardedBachelordegreeofEngineering.五、学时与学分(Ⅴ、Hours/Credits)总学分:165(TotalCredits:165)课程教学学时/学分:2048/128占总学分的比例:77.6%(CurriculumClassHours/Credits:2048/128PercentageinTotalCredits:77.6%)六、专业主干课程(Ⅵ、MainCourses)除数学、物理、英语等公共基础课程外,还要学习电路理论、低频电路、高频电路、数字电路、信号系统与数字信号处理、数据结构、计算机组成原理、数据通信与计算机网络、通信原理、通信系统概论、单片机原理与应用、操作系统、数据库系统、自动控制原理、物联网工程导论、传感器原理与应用、无线传感网络、RFID技术与应用、物联网数据处理、高级编程技术(Java)等主要课程和实验技术。BesidesthecommoncoursesoftheuniversitysuchasMathematics,PhysicsandEnglish,thisprogramoffersourstudentsawiderangeofacademiccoursessuchasElectricCircuit,AnalogElectronicTechnology,DigitalElectronicTechnology,HighFrequencyElectronicCircuits,SignalsandSystems,DigitalSignalProcessing,DataStructure,PrinciplesofComputerComposition,CommunicationPrinciples,ComputerNetwork,IntroductiontoCommunicationSystems,PrinciplesandApplicationsofMicroControllerUnit,OperatingSystem,DatabaseSystem,IntroductiontoInternetofThingsEngineer,PrincipleandApplicationofSensors,WirelessSensorNetworks,RFIDTechandApplications,DataProcessingforIOTandAdvancedProgramming(Java),andrelatedexperimentaltechnology.七、主要专业实验和实习安排(Ⅶ、MainLaboratoryandPractice)(1)单独设课的实验课程:计算机技术基础(C语言)实验(1学分,32学时)、数字电子技术实验(1学分,32学时)、模拟电子技术实验(1学分,32学时)、单片机原理与应用实验(1学分,32学时)。共计有4门课,4学分,128学时。(2)课程设计:电子线路课程设计(2学分,2周)、计算机组成原理课程设计(2学分,2周)。(3)实习实训:工程训练(1学分,1周)、金工实习(2学分,2周)、毕业论文(设计)(12学分,12周)、综合性系统设计(4学分,4周)、创新性系统设计(4学分,4周)(4)讲座:专业前沿讲座(1学分,32学时)、物联网工程专业导论(1学分,32学时)。本专业所安排实践环节必修课共计30个学分,64个学时+39周。(1)LabExperiments:ExperimentsfortheFoundationofComputerTechnologies(CProgrammingLanguage)(1Credits,32Hours),ExperimentsforDigitalElectronicTechnologies(1Credits,32Hours),ExperimentsforAnalogElectronicTechnologies(1Credits,32Hours),ExperimentsforPrinciplesandApplicationsofMicroControllerUnit(1Credits,32Hours).Thereare4classes,4credits,and128classhoursinall.(2)CourseProjects:CourseProjectsofElectronicSystem(2Credits,2Weeks),CourseProjectsofPrincipleofComputerOrganization(2Credits,2Weeks).(3)PracticeTraining:MetalworkingPractice(2Credit