面向创新型人才培养的热物理量测技术课程教学改革与实践
——以重庆大学能源与动力工程学院为例

打开文本图片集
中图分类号:G642 文献标志码:A 文章编号:2096-000X(2025)22-0151-04
Abstract:Inordertomeettheneedsofcultivatinggraduatestudents‘learingability,practicalability,andinovation ability,basedonthecurentsituationofThermalPhysicsMeasurementTechnologycoursesandthecharacteristicsof985 graduatestudentsmajoringinenergyandpower,thisarticleconductsefectivereformexplorationandpracticeinteaching content,teachingmethods,andevaluationsystem.Byreformingtheteachingofthiscourse,weaimtoenhancestudents profesionalcompetence,deepentheirsystematicunderstandingofthesubjectmater,andestablishateaching modelguidedby thecultivationandoutputofinnovativeabilies,whichconstructsthemostefectivecombinationmodeandconnectionmethod betweenadvancedteachingmethodssuchasheuristicteaching,flippedclasroom,research-orientedteaching,practicalteaching, andteaching discussion,andvariousteachingcontentmodules,efectivelyimproving teachingefectiveness,enhancinggraduate students'innovation awareness,innovation ability,and practical ability.
Keywords:Thermal PhysicsMeasurementTechnology;coursedesign;teachingreform;innovative talents;OBEphilosophy
自1981年1月1日《中华人民共和国学位条例》(2025年1月1日废止)实施生效以来,经过四十多年的努力,我国基本建成了具有中国特色的学位制度,创建了学科基本完善、布局相对合理的学位授权体系,形成了以高校为主、多系统培养的格局。(剩余6131字)