2019级全英文授课留学生通信工程专业本科培养计划

2019201920192019··273···273·全英文授课留学生通信工程专业本科培养计划UndergraduateProgramofInternationalStudentsforSpecialtyTelecommunicationEngineering(EnglishInstruction)一、培养目标Ⅰ．ProgramObjective针对留学生的教育背景和认知特点，充分利用我院的教育资源，培养具有电子信息领域系统理论基础，知识结构合理的科技人才。等各方面的基本专业知识，掌握现代通信系统、通信网络的基本原理和技术，具有较强的参与设计、开发通信系统的工程实践能力。毕业生将具有较强的专业英语能力、良好的人文素质和创新精神，成为能在信息和通信技术产业的科研部门、高等院校从事通信系统与工程的设计、集成及开发等工作的研究型或应用型人才。BasedonthebackgroundofInternationalstudentsandoureducationalresources,wedesigntheprogramto trainstudentsmasteringthebasictheoryof electronicandinformationfields,andthesolidknowledgeframework.Thegraduatesinthisprogramarerequiredtodevelopthesystemsandtechnologieswhichdrivetheinformationage, fromacquiringinformation,transmission, processingtoapplications.They arerequiredtomasterthebasictheoriesandskillsinmoderncommunicationsystemsandcommunicationnetworks.Theyareabletoparticipateinthedesignanddevelopmentofvarious telecommunicationand information systems. The graduates are equipped with strong professional English intelecommunication engineering, goodpersonality andinnovative initiatives. Theyarequalified todesign, integrate and develop systems and technologies in information telecommunicationindustries,researchinstitutes,universitiesandotherrelatedcommunities.二、基本规格要求Ⅱ．LearningOutcomes毕业生应获得以下几个方面的知识和能力:具有较好的人文艺术和社会科学素养，较强的社会责任感和良好的职业道德，良好的语言表达能力和人际交流能力；具有较扎实的数学和其他自然科学知识，具有通信工程学知识的应用能力；具有制订实验方案、进行实验、分析和解释数据的能力；4．具有设计一个通信系统、一个通信部件或一个通信过程的能力；56．具有在通信工程实践中运用各种技术、技能和现代工程工具的能力；作用的能力；能正确认识工程对于客观世界和社会的影响，了解与本专业相关的法律法规， 熟悉环境护和可持续发展等方面的方针和政策；具有国际视野、终生教育的意识和继续学习的能力；能熟练阅读本专业英文资料，具有良好的听说能力和跨文化的交流和合作能力。Studentsareexpectedtoacquirethefollowingknowledgeorskills:1．Aknowledgefoundation ofliberalartsandsocialsciences,anunderstanding ofsocial,professionalandethicalresponsibility,andanabilitytocommunicateeffectivelyinoral,writtenandvisualforms.Anabilitytoapplyknowledgeofmathematics,science,andengineeringwiththespecialtyintelecommunicationengineering.Anabilitytodesignandconductexperiments,analyzeandinterpretdata,andreportfindings.Anabilitytodesignacommunicationsystem,component,orprocesstomeetspecifications.Anabilitytoidentify,formulate,analyzeandsolvetelecommunicationengineeringproblems.Anability tousethetechniques, skills, andmodern engineering tools necessary telecommunicationengineeringpractice.Innovativethinking,teamspirit,apreliminaryabilitytoconductscientificresearch,andanabilitytofunctioninmulti-disciplinaryteams.Anunderstandingabouttheimpactofengineeringsolutionsinaglobalandsocietalcontext,aknowledgefoundationoflawsandregulationsrelevanttoengineering,environmentalprotectionandsustainabledevelopment.Internationalvision,arecognitionoftheneedforlifelonglearning,andanabilitytoengagelifelonglearningtoremaineffectiveinaclimateofcontinuallyemergingtechnologies.Anability toreadEnglish references andconduct inter-cultural communication andcooperation.三、培养特色Ⅲ．ProgramHighlights本专业将以无线通信、通信网络等信息系统的设计与应用为方向，着重培养学生在电子技术、通信系统等方面的理论基础，培养学生参与多种通信系统的设计与开发的工程实践和创新能力。修完本专业课程后，学生也可选择攻读电子科学、通信工程、计算机科学、自动化、光电信息等领域的研究生。Thisprogramfocusesonthedesignandapplicationsofinformationsystems,suchaswirelesscommunication system,networkingsystem.Studentsarerequiredtoconstructsolidandbroadtheoreticalbackgroundinelectronicsandcommunications,andtheyareenhancedwiththehands-onengineering experiences andinnovative initiatives inthedesign anddevelopment ofmultipleinformationsystems.Upongraduation,graduatesmaychoosetocontinuetheirfurtherstudyatthepostgraduate level in electronic science, telecommunication engineering, computer science,automation,optical-electronicandrelatedareas.四、主干学科Ⅳ．MainDisciplines信息与通信工程InformationandCommunicationEngineering五、学制与学位Ⅴ．ProgramLengthandDegree学制：四年制ProgramLength:Fouryears授予学位：工学学士DegreesConferred:BachelorofEngineering六、学时与学分Ⅵ．CreditsHoursandUnits完成学业最低课内学分（含课程体系与集中性实践教学环节）要求： 144.5学分。其中，业核心课程学分不允许用其他课程学分进行学分冲抵和替代。MinimumCreditsofCurriculum(includingcoursesandintensivepracticaltraining/internship):144.5credits课程体系学时与学分CourseHoursandCredits课程类别课程性质学时/学分占课程体系学分比例（%）素质教育通识课程必修712/4329.8学科基础课程必修632/3624.9专业专业核心课程必修528/31.521.8课程专业选修课程选修352/2215.2集中性实践教学环节必修24w/128.3总计2656/144.5100注：集中性实践教学环节在总学时统计时按每周 16学时计算。CourseType Required/ElectiveHrs/CrsPercentage（%）GeneralEducationCoreCurriculum Required712/4329.8Discipline-relatedCourses Required632/3624.9Coursesin MajorCoreCourses Required528/31.521.8Major BasicSub-disciplinaryCourses Elective352/2215.2IntensiveEngineeringPractice Required24W/128.3Total2656/144.5100PracticumCredits实践教学环节名称课程性质周数/学分占实践教学环节学分比例（％）电工实习必修2w/18.3生产实习（社会实践）必修2w/18.3软件课程设计必修2w/18.3硬件课程设计必修2w/18.3毕业设计（论文）必修16w/866.7合计24w/12100CourseTitleRequired/ElectiveWeeks/CreditsPercentage（%）ElectricalEngineeringPracticeRequired2w/18.3EngineeringInternship(SocialPractice)Required2w/18.3CourseProjectofSoftwareRequired2w/18.3CourseProjectofHardwareRequired2w/18.3UndergraduateThesisRequired16w/866.7Total24w/12100七、主要课程Ⅶ．MainCourses电路理论CircuitTheory数据结构DataStructure信号与线性系统SignalandLinearSystems、模拟电子技术AnalogElectronics、数字电路与逻辑设计DigitalCircuitandLogicDesign 、微机原理PrinciplesofMicrocomputer、通信电子线路ElectronicCircuitsofCommunications、通信原理PrinciplesofCommunications、信息论基础FundamentalsofInformationTheory、数字信号处理DigitalSignalProcessingStochasticProcessElectromagneticFieldandWave。八、主要实践教学环节（含专业实验）Ⅷ．MainPracticalTrainingItems(Includingexperiments)电子线路设计·测试·实验 ElectronicCircuitryDesign,TestandExperiments、微机原理实验ExperimentsofMicrocomputerPrinciples，软件课程设计CourseProjectofSoftware硬件课程设计CourseProjectofHardware。九、教学进程计划表Ⅸ．CourseSchedule院（系）：电子信息与通信学院课程类别课程类别coursetype课程性质elective必修课程代码coursecode课程名称coursename学时hrs学分crs其中Including实验上机设置学期mesterd)lEIC0031微积分（六）必修required必修required必修required必修required必修required必修required必修required必修requiredEIC0041EIC0091素质教育通识课程EIC0051CHI0011微积分（七）Calculus(VII)大学物理（六）Physics(VI)物理实验PhysicsExperiments大学计算机基础FundamentalsofComputerTechnology线性代数LinearAlgebra复变函数与积分变换ComplexFunctionsandIntegralTransforms概率论与数理统计ProbabilityandStatistics初级汉语BasicChinese

专业：通信工程Major:TelecommunicationEngineeringexp.operation 966196629661481.5482563.5241563.51563.52563.531207.513222402.526442429662481.5483724.583续表课程 课程 课程类别 性质

课程名称

学时学分

其中必修required必修CHI0021必修required必修CHI0021MESE0891d学科基础课程必修required必修required必修required必修requiredEIC5761EIC0711中国概况IntroductionofChina工程制图（一）EngineeringGraphics（Ⅰ）C语言程序设计CProgramming电路理论（二）CircuitTheory(II)电路测试实验（二）CircuitMeasurementExperiments(II)信号与线性系统SignalandLinearSystemscourse type elective

代码coursecode

coursename

hrs crs 实验 上机

学期exp.operation exp.operation 644364446444642644563.56563.51246444481.5485563.5564486724.585563.585402.54724.586必修 数字电路与逻辑设计EIC0752required DigitalCircuitandLogicDesignDiscipline-relatedCourses必修 模拟电子技术（一）EIC0681学 required AnalogElectronics(I)科 必修 微机原基 EIC0601础 required PrinciplesofMicrocomputer程课 必程

电子线路设计•测试•实验EIC0741 ElectronicCircuitryDesign,Testandrequired Experiments必修 计算机网络EIC0611required ComputerNetworks必修 数据结构EIC2082required DataStructure必修 随机过程EIC2102专 required StochasticProcess业 必修 微机原理实验心核 心

EIC2061

ExperimentsofMicrocomputerPrinciples课 必修 电磁场与电磁波程

EIC2013

ElectromagneticFieldandWaveoreCoursesEIC2122

微波技术基础required FundamentalsofMicrowaveEngineering必修 通信电子线路EIC2051required ElectronicCircuitsofCommunications必修 数字信号处理（二）EIC2141required DigitalSignalProcessing(II)必修 基础信息论EIC2071required FundamentalsofInformationTheory必修 通信原理EIC2112required PrinciplesofCommunications课程类别课程类别coursetype课程性质elective课程代码course