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1、热能与动力工程专业(大类)培养方案(080501)(ThermalEnergyandPowerEngineering080501)（2010版）一、专业简介（Ⅰ、MajorIntroduction）热能与动力工程专业是宽口径专业，包括电厂热能动力、热力发动机、热能工程、制冷空调与低温工程和热工过程自动化等五个专业方向，培养具备热能工程、动力机械、动力工程、热工自动化、制冷与空调等方面的基础和专业知识，能在国民经济各部门从事热能与动力相关的工程设计、产品研发及技术管理等方面的复合型高级工程技术人才。ThemajorofTh
2、ermalEnergy&PowerEngineeringoffersfiveacademicdirectionsincludingPowerStationThermalEnergy&PowerEngineering,ThermalHeatEngine,ThermalEnergyEngineering,Refrigerationair-conditioning&CryogenicEngineeringandThermalProcessAutomation.Thismajoriscommittedtocultivatinga
3、dvancedengineeringtalentswithinter-disciplinaryknowledgeinengineeringdesign,productsresearchanddevelopment,technologymanagementinfieldscorrelatedwiththermalenergyandpowerengineering,e.g.thermalenergyengineering,powermachinery,powerengineering,thermalprocessautoma
4、tion,refrigerationandair-conditioning.二、培养目标（Ⅱ、AcademicObjectives）本专业主要培养能量转换与利用和动力工程领域具有宽厚基础理论，扎实专业知识和基本技能，较强实践和创新能力，较高文化素质和良好职业道德的复合型高级工程技术人才，以满足社会对能源动力领域的科研、设计、教学、工程技术、经营管理等各方面的人才需求。Theobjectivesforthismajorareforadvancedengineeringtalentswithinter-disciplinar
5、yknowledge,toacquireabroad,fundamental-basedknowledge,solidspecialtyknowledgeaswellasbasicpracticalskills;topossesstheabilityforpracticeandcomprehensiveinnovativeconsciousness;tohavehighlevelculturalqualityandprofessionalmoral;tobecapableoftheworksinresearch,desi
6、gn,teaching,engineeringtechnology,operationmanagementinthefieldofenergyandpowerengineering.三、培养要求（Ⅲ、AcademicRequirement）本专业学生主要学习动力工程、能量转换与有效利用的基本理论与技术，接受现代工程师的基本训练，具备进行热能与动力工程及设备的设计、优化运行、研究创新与生产管理的综合能力。专业教学阶段设五个课程模块：热能动力、热力发动机、热能工程、制冷空调与低温工程、热工过程自动化，学生可任选其一修读。Th
7、ismajorareforstudentstomasterthebasictheoriesandtechniquesofthepowerengineering,energyconversionandeffectiveutilization;receivethebasictrainingasmodernengineerandgaincomprehensiveabilitiesindesign,optimaloperation,researchinnovationandproductionmanagementoftherma
8、lenergy&powerengineeringandequipment.Studentsmayselectoneofthefivecurriculummodulessuchasthermalenergy&powerengineering,thermalheatengine,thermalenergyengineer
