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电机学实验教学改革与探索——以“直流并励电动机”为例

Experimental Teaching Reform and Exploration of Electrical Machinery:Taking “DC Shunt Motor” as an Example
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摘要 为了提高学生实验操作能力和理论应用于实践,增强学生学习能力和创新能力以及适应时代发展要求,需要学校在新工科和新时代背景下进行教育教学改革。由于电机学抽象而难懂,提出从注重细节,培养学习兴趣和创新思维;融入思政,培养学生求实创新和奋发图强精神;重视错误,加深学习理解和效果;课堂互动,改善师生关系和气氛方面进行电机学实验教学改革,并结合直流并励电动机实验案例分析。通过电机学实验教学实践验证了该课程实验教学改革的必然性和重要性。 In order to improve experimental operation ability and theory application practice of students,and enhance learning ability and innovation ability of students,and adapt the developmental requirements of the times,and it needs to carry out education and teaching reform under the background of new engineering and new era.This paper mainly proposes the electrical machinery on experimental teaching practice case analysis,including pay attention to details,develop interest in learning and innovative thinking;Integrate ideological and political thinking,cultivating students'realistic,innovative and enterprising spirit;pay atten-tion to mistakes,deepen learning and understanding and effect;classroom interaction,improving the teacher-student relationship and atmosphere due to the abstraction and difficult of the electrical machinery,and combined with DC shunt motor experimental case analysis.Through the experimental teaching practice,it verifies the inevitability and importance of the experimental teaching reform in the electrical machinery.
作者 刘豪 牛姿懿 宋亚凯 柏春岚 Liu Hao;Niu Ziyi;Song Yakai;Bai Chunlan(School of Electrical and Control Engineering,Henan University of Urban Construction,Pingdingshan 467036,Henan,China;School of Surverying and Urban Spatical Information,Henan University of Urban Construction,Pingdingshan 467036,Henan,China)
出处 《高校实验室科学技术》 2023年第2期32-37,共6页
基金 河南城建学院课程思政示范课程项目,电机学 河南省教育科学规划项目,新工科背景下电气专业基于产学研合作协同育人的人才培养模式研究(项目编号:2022YB0346) 教育部高等教育司产学合作协同育人项目,基于电力电子实训系统(固纬PTS系列)的电机学教学实验设计(项目编号:202101125001) 河南省高等学校重点科研项目,新型复合转子耦合双定子模块化永磁风力发电机的关键问题研究(项目编号:22A470004)。
关键词 实验教学 改革与探索 直流并励电动机 课程思政 电机学 experimental teaching reform and exploration DC shunt motor curriculum ideology and politics electrical machinery
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