《自动控制原理与应用》课件物联网工程导论(王中生)1-附件5：2020级物联网工程专业专业人才培养方案

附件5：2020级专业人才培养方案模版物联网工程专业培养方案专业人才培养方案InternetofThingsEngineering学科门类(FieldofStudy):工学（Engineering）专业类(SpecializedClassification)：数据与计算科学（Dataandcomputingscience）专业代码（MajorCode）：080905学制YearsofStudy：四年（Fouryears）一、培养目标I.EducationalObjectives本专业面向国家战略性新兴产业发展需求，立足区域经济和国防工业发展需要，培养具有良好的人文科学素养、社会责任感和国际交流能力，扎实掌握数学、自然科学等知识以及物联网工程领域的专业知识，具备较强的创新实践能力，良好的团队协作沟通能力和自主学习能力，能够在物联网工程领域从事物联网应用系统设计、开发、维护及科学研究等工作的高素质专门人才。培养目标1：具有良好的人文素养、职业道德和社会责任感，有意愿并有能力服务国家与社会；培养目标2：能够基于所具备的专业理论和基本技能，分析、发现并描述行业或企业发展过程中存在的物联网应用系统复杂工程问题；培养目标3：能够提炼、分析和解决本领域工程项目实施过程中遇到的复杂工程问题，具备独立从事物联网及相关领域工程项目的创新实践能力；培养目标4：具有团队协作、沟通交流和项目管理能力，能够在多学科或跨文化环境下作为技术骨干或负责人发挥有效作用；培养目标5：能够通过各种渠道持续学习、自我更新知识、提升能力，适应物联网工程领域的技术发展和职业变化。英文Tomeettheneedsofnationalstrategicemergingindustries,andbasedonregionaleconomyandnationaldefenseindustry,thecurriculumemphasizeshumanitiesaccomplishment,socialresponsibilityandinternationalcommunicationability,focusingonmathematics,naturalscienceandexpertiseinInternetofThingsengineering.Studentsareexpectedtobeabletodesign,develop,ormaintainaIOTapplicationsystemandcarryoutscientificresearchonit,qualifiedwithstronginnovationpracticeability,goodteamworkcommunicationabilityandindependentlearningability.Trainingobjective1:Goodhumanisticaccomplishment,professionalethicsandsocialresponsibility,willingnessandabilitytoservethecountryandsociety;Trainingobjective2:Abilitytoanalyze,identifyanddescribethecomplexengineeringproblemsofIOTapplicationsystemsinthedevelopmentofindustryorenterprisebasedontheprofessionaltheoryandbasicskills.Trainingobjective3:Abilitytorefining,analyzingandsolvingcomplexengineeringproblemsencounteredintheimplementationofengineeringprojectsinIOT,andtoinnovateonengineeringprojectsindependentlyfromtheInternetofthingsandrelatedfields;Trainingobjective4:Teamwork,communicationandprojectmanagementskills,capabletoplayaneffectiveroleascorememberorleaderinamultidisciplinaryorcross-culturalenvironment;Trainingobjective5:Withaninternationalperspective,cancontinuetolearnthroughvariouschannels,self-renewalofknowledge,enhanceability,adapttothetechnicaldevelopmentandcareerchangesinthefieldofInternetofThingsengineering.二、毕业要求II.ProgramOutcomes本专业学生毕业时须具备下述能力：1）工程知识：具备扎实的数学、自然科学、物联网领域工程基础和专业知识，能够将各类知识用于解决物联网领域复杂工程问题。2）问题分析：能够针对复杂的物联网工程问题，应用数学、自然科学和工程科学的基本原理进行识别、分析计算，通过文献研究获得其有效的解决方案。3）设计/开发解决方案：能够综合考虑社会、健康、安全、法律、文化以及环境等因素，提出解决物联网领域复杂工程问题的设计/开发方案；根据设计/开发方案设计开发满足特定需求的软硬件系统，并能够在设计环节中体现创新意识。4）研究：能够基于科学原理并采用科学方法对物联网领域复杂工程问题进行研究，包括设计实验、分析与解释数据、并通过信息综合得到合理有效的结论，具有学术综合观察和分析能力。5）使用现代工具：能够针对物联网领域复杂工程问题，开发、选择与使用恰当的技术、资源、现代工程工具和信息技术工具，包括对复杂工程问题的预测与模拟，并能够理解其局限性。6）工程与社会：能够基于工程相关背景知识进行合理分析，评价专业工程实践和复杂工程问题解决方案对社会、健康、安全、法律以及文化的影响，并理解应承担的责任；具备基础的工程师素养和水平，能够担当工程技术岗位。7）环境和可持续发展：能够理解和评价针对物联网领域复杂工程问题的专业工程实践对环境、社会可持续发展的影响。8）职业规范：具有人文社会科学素养、社会责任感，能够在工程实践中理解并遵守工程职业道德和规范，履行职业岗位责任。9）个人和团队：能够正确定位个人角色，具备团队工作基本素养。能够在多学科背景下的团队中承担个体、团队成员以及负责人的角色。10）沟通：具有较强语言和文字组织能力，能够就物联网领域复杂工程问题与国内外业界同行及社会公众进行有效沟通和交流，包括撰写报告和设计文稿、陈述发言、清晰表达或回应指令。11）项目管理：理解并掌握工程管理原理与经济决策方法，并能在多学科环境中应用，在工程活动中体现良好的经济意识。12）终身学习：适应知识结构变化和社会要求，具有自主学习和终身学习的意识，有不断学习和适应发展的能力。英文Undergraduatesshouldsatisfy12degreerequirementsasfollows:1.Engineeringknowledge:AbilitytosolvecomplexengineeringproblemsinIOTwithbasicsandtechnicalknowledge,suchasmathematics,naturalscience,orInternetofThings.2.Problemanalysis:Abilitytoidentify,analyzeandcalculatecomplexengineeringproblemswiththebasicprinciplesofmathematics,naturalscienceorengineeringscience,andobtaineffectivesolutionsthroughliteratureresearch.3.Design/developmentofsolutions:Abilitytoproposedesign/developmentsolutionstocomplexengineeringproblemsinIOT,withappropriateconsiderationforsociety,publichealth,safety,culture,andenvironment;Developsoftwareandhardwaresystemsforspecificrequirementsaccordingtothesolutions,andinnovateinthedesignprocess..4.Research:InvestigationalandanalyticalabilitytodoresearchoncomplexengineeringproblemsinIOT,basedonscientificprinciplesandusingscientificmethods,includingdesigningexperiments,analyzingandinterpretingdata,andobtainingreasonableandeffectiveconclusionsthroughinformationsynthesis.5.Moderntoolusage:Abilitytodevelop,selectappropriatetechniques,resourcesandmodernengineeringandITtools,andapplythemtocomplexengineeringproblems,includingpredictionandmodeling,withanunderstandingofthelimitations.6.Engineeringandsociety:Accomplishmentandtechnicalabilityofengineer,andcompetencetotakeonthepositionofengineering;Becapabletoconductrationalanalysisbasedonengineeringbackgroundknowledge,evaluatethesocial,health,safety,legalandculturalimpactsofprofessionalengineeringpracticesandcomplexengineeringproblemsolutions,andunderstandtheresponsibilities.7.Environmentandsustainabledevelopment:AbilitytounderstandandevaluatetheenvironmentalandsocialsustainabilityimplicationsofprofessionalengineeringpracticesforcomplexengineeringissuesinIOT.8.Professionalethics:Socialresponsibilityandhumanisticliteracytounderstandandabidebyengineeringprofessionalethicsandnormsinengineeringpractice,andfulfillprofessionalpostresponsibilities.9.Individualdevelopmentandteamwork:Qualityofteamworktotakeontheroleofanindividual,amemberorleaderinamultidisciplinaryteam.10.Communication:AbilitytocommunicateeffectivelywithdomesticandforeignindustrycounterpartsandthepubliconcomplexengineeringissuesinIOT,includingreportandDesigndocumentswriting,presentation,logicalexpressionorresponsestoinstructions.11.Projectmanagement:Economicviewonengineeringactivitiesonbaseofunderstandingandmasteringengineeringmanagementprinciplesandeconomicdecision-makingmethods,andbecapabletoapplytheminamultidisciplinaryenvironment.12.Lifelonglearning:Abilitytocontinuouslylearnandadapttodevelopment;theawarenessofself-learningandlifelonglearningandadaptiontochangesinknowledgestructureandsocialrequirements.三、主干学科及相关学科III.PrimaryDisciplineandRelatedDiscipline主干学科PrimaryDiscipline（s）：计算机科学与技术、软件工程相关学科RelatedDiscipline（s）：网络工程PrimaryDiscipline（s）：ComputerScienceandTechnology,SoftwareEngineeringRelatedDiscipline（s）：NetworkEngineering四、专业核心课程IV.CoreCourse大学英语、马克思主义基本原理、毛泽东思想和中国特色社会主义理论体系概论、高等数学、大学物理、C语言程序设计、离散数学、算法与数据结构、操作系统、面向对象技术与Java语言、战场传感与感知技术、计算机通信与网络、RFID技术及应用、物联网通信技术、物联网控制技术、物联网数据处理、云计算技术。CollegeEnglish,MarxismTheory,IntroductiontoMaoZedongthoughtandsocialismwithChinesecharacteristics,AdvancedMathematics,CollegePhysics,TheCProgrammingLanguageFundamentalsofComputerProgramDesign,DiscreteMathematics,AlgorithmsandDataStructures,OperatingSystems,Object-OrientedTechnologyandJavaLanguage,Battlefieldsensorandsensingtechnology,ComputerCommunicationandNetwork,RFIDTechnologyandApplication,InternetofThingsCommunicationTechnology,InternetofThingsControlTechnology,InternetofThingsDataProcessing,CloudComputingTechnology.五、实践教学环节V.ComprehensivePractice人文素养实训、理科创新思维实训、虚拟商业创新创业实训、智能制造创新创业实训II、电装实习、创新创业实训、生产实习、毕业设计、科技创新活动、项目实训、课程实验、课程设计。TrainingofHumanities,InnovativeThinkingofScience,VirtualCommercialInnovationandEntrepreneurshipTraining,InnovationandEntrepreneurshipTraining,,InnovationEntrepreneurship,ProductionPractice,UndergraduateThesisProject,Sci.&Tech.InnovationActivities,ProjectTraining,CourseExperiment,CourseProject.六、学分分配CreditAllocation课程类别Course学分Credit课程教学Courses实践教育（不含课内实验）Professionalpractice(inclusiveofLab/Practicals)总学分TotalCredits实践教学学分（含课内实验）Professionalpractice(inclusiveofLab/Practicals)第二课堂学分SecondClassroom必修课Requiredcourses选修课ElectiveCourses通识教育Generaleducationcourses专业教育Disciplineormajorcourses通识教育Generaleducationcourses专业教育Disciplineormajorcourses学分Credits36.75学分60.75学分10学分36.5学分35学分179学分50.5学分7学分比例（%）Percentage20.5%33.9%5.6%20.4%19.6%100%28.2%3.9%注：表中实践教学环节学分（含课内实验）=实践教育学分（不含课内实验）+课程实践环节学分。总学分=实践教育学分（不含课内实验）+必修学分+选修学分七、授予学士学位 工学学士VII.DegreeBachelor’sDegreeinEngineering八、毕业条件V.GraduationRequirements毕业总学分：四年制本科毕业总学分为184。必修90学分，选修52学分，实践教学55.5学分。第二课堂：7学分。取得总学分及第二课堂学分，并通过所有培养方案规定审核课程，方可准予毕业。Abachelordegreerequires184,including:90creditsofrequiredcourses,52creditsofelectivecourses,55.5creditsofcomprehensivepractice.SecondClassroom：7credits.Thestudentwhoachievesthetotalcreditsandextracurricularactivitieswillbeawardedanundergraduatediploma.

九、教学计划VII.TeachingSchedule1.物联网工程专业课程设置InternetofThingsEngineeringCurriculum物联网工程专业课程设置

InternetofThingsEngineeringCurriculum课程类别

CourseCategory课程编码

courseCode课程名称

CourseName学分

Credit总学时

TotalHours学时分配

HoursDistribution考核方式

Assessment课程性质

Nature开设学期

Semester讲课

Lecture实验

lab/practicals通识教育

GeneralEducation通识教育·必修课程GeneralEducation·RequiredCourse189812思想道德修养与法律基础

MoralEducationandFundamentalsofLaw3484081184984中国近现代史纲要

OutlineofModern&ContemporaryChineseHistory348408T2184983马克思主义基本原理

BasicPrinciplesofMarxism348480T4189810毛泽东思想和中国特色社会主义理论体系概论

IntroductiontoMaoZedongThoughtandtheTheoreticalSystemofSocialismwithChineseCharacteristics5806416T5188888形势与政策

CurrentForeign&DomesticIssuesandPolicy2323201-8084416大学英语Ⅰ

CollegeEnglishⅠ464640T1084417大学英语Ⅱ

CollegeEnglishⅡ464640T2084418大学英语Ⅲ

CollegeEnglishⅢ464640T3118140体育Ⅰ

PhysicalEducationⅠ1323201118141体育Ⅱ

PhysicalEducationⅡ1323202118142体育Ⅲ

PhysicalEducationⅢ1323203118208体育Ⅳ

PhysicalEducationⅣ1323204218503军事理论

MilitaryTheory1242401056600创新创业学

InnovationandEntrepreneurship1323202056655企业（军工）管理

Enterprise(Military)Management1323205559011大学生职业发展与教育Ⅰ

CareerPlanningandDevelopmentⅠ1202001559016大学生职业发展与教育Ⅱ

CareerPlanningandDevelopmentⅡ08802559024大学生职业发展与教育III

CareerPlanningandDevelopmentIII01010060971工程伦理与安全EngineeringEthicsandSafety0.2588010972工程经济与项目管理

EngineeringEconomicsandProjectManagement0.5161603必修学分小计

Subtotal36.7572669432通识教育·选修课程GeneralEducation·ElectiveCourse文化传承

CulturalInheritance要求每位学生至少取得10学分

Aminimumof10creditsmustbeachieved.国际视野

InternationalVision社会责任

SocialResponsibility美学修养

Aestheticscultivation健康生活

HealthyLiving科技革新

ScientificandTechnologicalInnovation创新创业

InnovationandEntrepreneurship国防军工

NationalDefenseandMilitaryIndustry劳动教育

LabourEducation专业拓展

ProfessionalDevelopment选修学分小计

Subtotal10通识教育学分合计

Total46.7588685432专业教育

ProfessionalEducation学科平台课·必修课程PlatformCourse·RequiredCourse100051高等数学（A）ⅠAdvancedMathematics（A）Ⅰ5.588880TH1100052高等数学（A）ⅡAdvancedMathematics（A）Ⅱ5.588880TH2100073大学物理ⅠUniversityPhysicsⅠ348480TH2100074大学物理ⅡUniversityPhysicsⅡ348480TH3100065概率与数理统计ProbabilityandMathematicalStatistics348480T3063229离散数学DiscreteMathematics4.572720TH30069复变函数与积分变换

FunctionsofComplexVariableandIntegralTransforms3484804100101线性代数LinearAlgebra2.540400T2063254计算机程序设计基础FundamentalsofComputerProgramDesign4644024TH2小计

Subtotal3454452024专业基础课·必修课程Professionalbasiccourse•Compulsorycourse069132物联网工程专业导论IntroductionofIOT1.25242402063384算法与数据结构AlgorithmsandDataStructures4.572648TH3063030操作系统OperatingSystem464568TH4068636计算机通信与网络ComputerCommunicationandNetworks348408TH4063468计算机组成与体系结构ComputerCompositionandArchitecture348408TH3小计

Subtotal15.7525622432专业方向课·必修课程SpecializedCourse·RequiredCourse063241自动识别技术及应用AutomaticIdentificationTechnologyandApplication232248TH5068637战场传感与感知技术Battlefieldsensingandsensingtechnology2.540328TH5063013物联网通信技术IOTcommunicationtechnology3483216TH5063026物联网控制技术IOTcontroltechnology3.5563224TH6小计

Subtotal1117612056专业教育课·选修课程DisciplineorMajorCourse·ElectiveCourse063448计算机导论IntroductiontoComputers平台课≥14学分

CreditsforPlatformCourses≥142323202063377软件工程SoftwareEngineering348480T5视觉物联网技术VisualInternetofthingstechnology2323207人工智能(双语)ArtificialIntelligence2323206063198面向对象技术与Java语言ObjectOrientedTechnologyandJavaLanguage4644816TH4042430电子技术ElectronicTechnique348480T4063446嵌入式系统Embeddedsystem3.5563224TH4063475信息管理InformationManagement

2323207063385数据库原理及应用PrincipleandApplicationofDatabase46448166063033大数据处理技术BigDataProcessing方向课≥7.5学分

CreditsforSpecializedCourses≥7.534832166069232物联网工程专业学科前沿讲座LecturesonFrontiersoftheDisciplineofIOT1161605063040物联网系统设计与应用TheDesignandApplicationofIOT34824246063466物联网信息安全IOTInformationSecurity2322486063044云计算技术CloudComputingTechnology2323205小计

Subtotal36.5584480104专业教育选修学分要求≥32.5

ElectiveCredit36.5584480104专业教育必修学分小计

SubtotalRequiredCredit60.75976864112专业教育学分合计

Total97.2515601344216实践教育

ComprehensivePractice实践教学Placement/Practicals218504军训MilitaryTraining13周1559014入学教育Entranceeducation08801063141C语言课程设计Clanguagecurriculumdesign11周2068623面向对象技术与Java语言课程设计ObjectorientedtechnologyandJavalanguagecurriculumdesign11周5063274算法与数据结构课程设计AlgorithmandDatastructurecoursedesign11周3物联网工程创新综合实践InnovationandEntrepreneurshipComprehensivePractice33周7100268大学物理实验ⅠCollegePhysicsExperimentI1.524243100269大学物理实验ⅡCollegePhysicsExperimentⅡ1.524244097948人文素养实训Humanisticqualitytraining0.50.5周4100310理科创新思维实训Thescienceofcreativethinkingtraining0.50.5周4056751虚拟商业创新创业实训Virtualbusinessinnovationandentrepreneurshiptraining11周5063042操作系统课程设计OperatingSystemCourseDesign11周5063050物联网通信技术课程设计Thecurriculumdesignofwirelesssensornetwork11周6063065生产实习ProductionPractice44周6063449毕业实习GraduationPractice510周7063436毕业设计GraduationDesign1218周H8实践教学学分合计

TotalPracticeTeachingCredits3556+44周848第二课堂

SecondClassroom7112必修课学分合计

TotalCompulsoryCoursesCredits132.52262选修课学分合计

TotalElectiveCoursesCredits53.5856总学分

TotalCredits1863118备注：1、课外活动学时记在“实验”一栏。

Markthehoursofextracurricularactivitiesinthe"Lab/practicals"column.

2、考核方式分为考试课、考查课。考试课用符号T表示，考查课不用标注。

Assessmentmethodsaredividedintoexaminationandtest.Examinationismarkedwith"T",withnomarkfortest.

3、课程性质分为核心课程、非核心课程。核心课用符号H表示，非核心课程不用标注。

Thenatureofcour