电子科学与技术专业培养方案

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电子科学与技术专业培养方案(080606)(ElectronicScienceandTechnologyTrainingProgram080606)一、专业简介(Ⅰ、MajorIntroduction)电子科学与技术是现代电子和信息技术的核心与基础,其主要专业方向为光电子技术,它是由光学、激光、电子学和信息技术互相渗透而形成的一门高新技术学科,它以近代物理为基础,涉及激光技术、光波导技术、光检测技术、光计算和信息处理技术、光存储技术、光显示技术、激光加工与激光生物技术。光电子产业是全球战略产业,高层次光电子人才是现代社会信息技术发展的急需人才。ElectronicScienceandTechnologyisthecoreandfoundationofthemodernElectronicsandInformationtechnology,andthemainspecialtydirectionisOptoelectronics,whichhasbecomeahigh-techdisciplineformedfromthemergerofOptics,Laser,ElectronicsandInformationtechnology.ElectronicScienceandTechnologyisbasedonthemodernphysics,concerningLaserTechnology,OpticalWaveguideTechnology,OpticalDetection,OpticalComputingandInformationProcessingTechnique,OpticalStorageTechnology,OpticalDisplayTechnology,LaserProcessingandLaserBiotechnology.Optoelectronicsindustryisthegloballystrategicindustry,andhigh-leveloptoelectronicstalentsaremuchneededforthedevelopmentofinformationtechnologyinthemodernsociety.二、培养目标(Ⅱ、AcademicObjectives)培养在光电子技术领域内具有宽厚的理论基础、扎实的专业知识和较强的实验技能,能从事光电子技术领域的研究、设计、制造及新产品、新技术、新工艺的研究与开发等工作的应用型和研究型专门人才。Thisprogramaimstocultivatethestudents,withcomprehensiveknowledgeofmathematicsandphysics,solidspecializedknowledgeandsolidexperimentalskillsinthefieldofOptoelectronicstechnology.Eventuallythestudentswillbetrainedtobespecialistswiththecapabilitiesofengineeringinresearch,design,manufacture,aswellastheresearchanddevelopmentofnewproducts,noveltechnologyandadvancedcraft.三、培养要求(Ⅲ、AcademicRequirement)通过四年完整知识结构体系的培养,本专业毕业生应具有较高的思想道德和文化素质修养、敬业精神和社会责任感,具有健康的体魄和良好的心理素质,具备光电子技术领域的自然科学基础、宽广的专业知识和较强的实验技能,具有良好的外语能力,具有创新精神和工程实践能力以及跟踪掌握该领域新理论、新知识、新技术的能力。Thegraduatesfromthisprogramwillnotonlypossesshighideologicalmoralityandculturalqualityaccomplishment,professionaldedicationspiritandsocialresponsibilitysense,havehealthyphysiqueandgoodpsychologicalquality,buthaveasolidfoundationofnaturalscience,broadprofessionalknowledgeandproficientexperimentalskillsandgoodforeignlanguagecapabilities,innovationspirit,aswellastheabilityofengineeringpracticeandofmasteringnewtheory,newknowledgeandnoveltechnologyinthefieldofOptoelectronicstechnology.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:4yearsStudentswhocompletealltherequiredcourseswillbegrantedtheBachelor’sdegreeofEngineering.五、学时与学分(Ⅴ、Hours/Credits)总学分:154(TotalCredits:154)课程教学学时/学分:1888/118占总学分的比例:78.6%(CurriculumClassHours/Credits:1888/118PercentageinTotalCredits:78.6%)六、专业主干课程(Ⅵ、MainCourses)本专业主修课程:物理光学、应用光学、信息光学、模拟与数字电子技术、光电检测技术、光电显示原理与技术、光通信技术、微处理器原理与应用、计算机辅助设计、计算机软件技术基础、计算机网络技术、信号与系统、激光原理与技术、电动力学、量子力学、固体物理等基础课和专业课。Maincoursesofthisspecialty:PhysicalOptics,AppliedOptics,InformationOptics,AnalogandDigitalElectronicTechnology,PhotoelectricTestingTechnology,ThePrincipleandTechnologyofPhotoelectricDisplay,OpticalCommunicationTechnology,PrinciplesandApplicationsofMicroprocessors,ComputeAssistedDesign,FoundationofComputerSoftwareTechnology,ComputerNetworkTechnology,SignalandSystem,ThePrincipleandTechnologyofLaser,Electrodynamics,QuantumMechanics,SolidPhysics,etc.七、主要专业实验和实习安排(Ⅶ、MainLaboratoryandPractice)(1)单独设课的实验课程:基础光学实验(1.5学分,48学时)、现代光学实验(1.5学分,48学时)、光电技术实验(2学分,64学时)、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)、工程制图(1学分,32学时)、计算机网络(实验)(1学分,32学时)、微处理器原理与应用实验(1.5学分,48学时)。共计有9门课,11.5学分,368学时。(1)Independentexperimentalcurriculums:FundamentalExperimentsinOptics(1.5credits,48hours),ModernExperimentsinOptics(1.5credits,48hours),ExperimentsinOptoelectronicTechnology(2Credits,64Hours),FoundationofComputerTechnologies(CLanguage)(1Credit,32Hours),ExperimentsforDigitalElectronicTechnologies(1Credit,32Hours),ExperimentsforAnalogElectronicTechnologies(1Credits,32Hours),EngineeringDrawing(1Credit,32Hours),ComputerNetworking(Experiments)(1Credit,32Hours),ExperimentsforPrinciplesandApplicationsofMicroprocessors(1.5Credits,48Hours).Total:9Courses,11.5Credits,368classHours.(2)课程设计:光学课程设计(2学分,64学时)、光电课程设计(2学分,64学时)DesigningCourses:OpticalDesigning(2Credits,64Hours),OptoelectronicsDesigning(2Credits,64Hours).(3)实习实训:金工实习(1学分,32学时)、工程训练(1学分,32学时)、专业实习(1学分,1周)、毕业论文(设计)(12学分,12周。)PracticeandTraining:MetalworkingPractice(1Credit,32Hours),Engineeringtraining(1Credit,32Hours),specialtypractice(1Credit,1Week),SeniorThesis(12Credits,12Weeks).(4)讲座:专业前沿讲座(1学分,32学时)。Seminars:Seminarsonfrontiersofspecialty(1Credit,32Hours)八、专业优势及特色(Ⅷ、MajorPredominanceandcharacteristics)本专业主要方向为光电子科学与技术,是由光学、电子学和计算机技术与信息技术互相渗透而形成的一门高新技术学科。本专业经过几十年的发展壮大,形成了特色鲜明的激光科学与技术,光全息和光电存储技术,光电检测技术等专业方向,依托光学工程一级学科和“激光技术及应用”山东省重点实验室,培养出一批批在光电子技术领域内具有良好的理论基础、扎实的专业知识和熟练的实验技能,能在该领域内从事研究、教学、设计、开发、应用和管理工作的高级科学研究、工程技术及管理人才。毕业生除直接参加工作外,还可继续攻读硕士、博士学位。ThemaindirectionoftheMajorisOptoelectronicScienceandTechnology,whichisahigh-techdisciplineformedfromthemergerofOptics,Electronics,ComputerTechnologyandInformationTechnology.Afterseveraldecadesofdevelopmentandgrowth,severaldistinctivespecialtydirectionshavebeenformed,suchasLaserScienceandTechnology,OpticalHolography,OpticalStorageTechnologyandOptoelectronicDetectionTechnology,etc.Basedontheplatformsoffirstleveldi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