280自动化专业培养方案131022

自动化专业培养方案(080602)(Automation080602)一、专业简介（Ⅰ、MajorIntroduction）自动化是实现我国工农业、国防和科学技术现代化，提高劳动生产率、产品质量，改善劳动条件和节约能源等方面的重要技术手段。自动化专业具有理论与实践相结合、强电与弱电相结合、软件与硬件相结合、元件与系统集成相结合、先进技术与常规技术相结合的特点。Automationcanhelptorealizethemodernizationofournation’sindustry,agriculture,military,scienceandtechnology.Itistheimportanttechnicalmeasuretoincreasetheproductivity,guarantytheproductionquality,improvetheworkingconditions,andsavetheenergyconsumption.Themajorhascharacteristicsofcombiningtheorywithpractice,heavycurrentwithweakcurrent,softwarewithhardware,partswithsystems,andadvancedtechnologieswithclassicaltechnologies.二、培养目标（Ⅱ、AcademicObjectives）把学生培养成具有基础知识扎实、专业知识面广、实践能力强、创新意识好、综合素质高，能在控制理论与控制工程、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、管理与决策等领域从事系统分析、系统设计、技术开发、科学研究及教育教学等工作的创新型工程科学与工程应用人才。Studentswillbeeducatedwithsolidbasicknowledgeandwideprofessionalknowledge.Theywillhavehighcomprehensivequalitywithstrongpracticalandinnovativeabilities.TheywillbetalentedinControlScienceandTechnology,MotionControl,IndustrialProcessControl,PowerElectronictechnology,MeasurementTechnologyandAutomationEquipment,ElectronicandComputerTechnology,ManagementandDecision,et.al.Theycanbeengagedinsystemsanalysis,systemsdesign,technologicaldevelopment,scientificresearch,andeducatingandteachingworks.三、培养要求（Ⅲ、AcademicRequirement）本专业的本科毕业生应该具有以下几个方面的知识和能力：1）身心健康，具有较好的人文社会科学素养、较强的社会责任感和工程职业道德；2）扎实地掌握数学、物理等自然科学基础知识，具有一定的经济、管理科学基础知识，并熟练掌握一门外语；3）了解本专业学科前沿的发展趋势，系统地掌握本专业领域必需的基础和专业知识，具有综合运用所学科学理论和技术手段分析并解决工程问题的基本能力；4）掌握计算机、网络等现代信息技术，具备文献检索、资料查询等信息获取的能力；5）具有创新意识，具备一定的从事科学研究和科技开发的能力；6）具有政策和法律意识，具备利用政策、法律和法规影响其社会实践的能力；7）具有较强的工作适应性、学习积极性、人际交往能力和团队协作精神，具备一定的组织管理才能；8）具有国际视野和跨文化的交流、竞争与合作能力。Thegraduatesofthismajorshouldhavethefollowingknowledgeandabilities,1)Theyaresoundinmindandbody.Theyhavegoodsocialscienceandhumanityculturewithstrongsenseofsocialresponsibilityandengineeringprofessionalethics.2)TheyhavesolidbasicknowledgeofnaturalscienceasmathandphysicsandofEconomic&ManagementSciences.Theyarealsorequiredtobefluentinaforeignlanguage.3）Theyarerequiredtoknowthetrendofprofessionaldevelopmentofthemajor,andtograspthebasicandprofessionalknowledgeofthemajorsystematically.Theyshouldhavetheabilityofengineeringproblemssolvingviausingthetheoriesandtechnologiesthateducatedinthemajor.4）Theyshouldgraspthemoderninformationtechnologieslikecomputerandnetworks,andhavetheabilityofinformationacquisitionlikedocumentretrievalanddataquery.5）Theyshouldhavetheawarenessofinnovation,andhavecertainabilitiesofscientificresearchanddevelopment.6）Theyshouldhavetheawarenessofpolicyandlaw,andcanmakefulluseofittoimpactonthesocialpractice.7）Theyshouldhaverobustadaptiveabilitytowork,enthusiasmtostudy,socialrelationshipabilityandteamworkingspirit,andalsohavethetalentoforganizingandmanagement.8）Theyarerequiredtohaveinternationalviewpoint,andhavetheabilityofinterculturalexchange,competitionandcooperation.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.StudentswhocompletetheirstudyaccordingtotheplanwillbeawardedthedegreeofBachelorofEngineering.五、学时与学分(Ⅴ、Hours/Credits)总学分：(TotalCredits：)156个学分课程教学学时/学分：2595/136占总学分的比例：87.18%TotalCredits:156CurriculumClassHours/Credits：2595/136PercentageinTotalCredits：87.18%六、专业主干课程(Ⅵ、MainCourses)主要课程包括自动控制原理、现代控制理论、微机原理与接口技术、单片机原理及应用、计算机控制技术、电机与拖动、自动检测技术、电力电子技术、信号分析与处理、自动控制系统、现代交流调速、模拟电子技术基础、数字电子技术基础等。MainexperimentsincludeAutomaticControlTheory,ModernControlTheory,PrincipleandInterfaceofMicrocomputer,FundamentalsandApplicationsofMicrocontroller,ComputerControlTechnology,ElectricMachineryandElectricDrives,AutomaticMeasuringTechnology,PowerElectronicsTechnology,SignalAnalysisandProcessing,AutomaticControlSystems,ModernACSpeedRegulationSystems,AnalogElectronicTechnology,DigitalElectronicTechnology.七、主要专业实验和实习安排（Ⅶ、MainLaboratoryandPractice）（1）主要专业实验主要专业课程实验设置有：自动控制原理、现代控制理论、微机原理与接口技术、单片机原理及应用、计算机控制技术、电机与拖动、自动检测技术、电力电子技术、信号分析与处理、自动控制系统、现代交流调速、模拟电子技术基础、数字电子技术基础等。（2）实践教学实践类教学科目有：军事训练、工程训练、工程训练（电子）实习、生产实习、电子技术课程设计、单片机课程设计、计算机控制综合课程设计、控制系统综合课程设计及毕业设计等。为了加强学生的科技创新能力，由本专业的教师指导学生参加全国大学生智能车竟赛、全国大学生电子设计大赛、全国大学生数学建模大赛、全国大学生机器人大赛等科技大赛。1)MainLaboratoriesMainexperimentsincludeAutomaticControlTheory,ModernControlTheory,PrincipleandInterfaceofMicrocomputer,FundamentalsandApplicationsofMicrocontroller,ComputerControlTechnology,ElectricMachineryandElectricDrives,AutomaticMeasuringTechnology,PowerElectronicsTechnology,SignalAnalysisandProcessing,AutomaticControlSystems,ModernACSpeedRegulationSystems,AnalogElectronicTechnology,DigitalElectronicTechnologyetc.2)PracticeTeachingMainpracticesincludeMilitaryTraining,MetalworkingPractice,EngineeringTraining(Electron),AutomaticEngineeringPractice,ElectronicTechnologyCourseDesign,MicrocontrollerCourseDesign,ProjectofComputerControl,ProjectofControlSystemandGraduationProjectetc.Inordertoimprovethecreativeabilityofthestudents,manystudentstakepartinthenationalundergraduatesmartcarrace,nationalundergraduateelectronictechnologyrace,nationalundergraduatemathematicmodelingraceandnationalundergraduateroboticcompetition,etc.Alltheseraces