卓越工程师人才培养背景下能源与动力工程专业课程多元化实践教学方法研究
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G642.0;TK

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教育部高等学校能源动力类新工科研究与实践项目(NDXGK2017Y-65);北京建筑大学教育科学研究重点项目(Y-1809);北京建筑大学环能学院教学团队建设项目"基于建筑能源工程中心的专业能力培养体系创新实践";北京建筑大学环能学院教学团队建设项目(优秀课程教学团队教育)


Diversified practice teaching methods on energy and power engineering under the background of excellent engineers training
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    摘要:

    针对当前传统教学模式在实践创新型专业人才培养中存在的问题,以能源与动力工程专业热力设备原理、换热器原理与设计两门专业课程为例,探讨卓越工程师背景下多元化实践教学方法与常规教学模式的差异,提出课程教学过程中应加强多媒体课件设计、工程案例分析、校外工程师进课堂和实验、课程设计实际工程化及工程现场实践教学环节等多元化实践教学内容,让学生从基础知识、案例应用、实验现象与结果分析、工程现场实践等多角度开展全面的深度学习,提高学生的学习兴趣和综合实践能力,培养满足社会需求的卓越工程师人才。

    Abstract:

    In view of the shortcomings of the current traditional teaching mode in the cultivation of innovative professional talents, the two courses of thermal equipment principle and heat exchanger principle and design of energy and power engineering are taken as examples to discuss the differences between diversified practice teaching methods and traditional teaching mode under the background of excellent engineers training. Diversified practice should be strengthened during the course teaching process, including multimedia courseware design, engineering case analysis, off-campus engineers entering the classroom and experiment, actual engineering design and practice on project site. The teaching content allows students to carry out indepth and comprehensive learning from basic knowledge, case application, experimental phenomena and results analysis, engineering field practice, etc. Diversified practice can improve students’ interest in learning and comprehensive practical ability, and also cultivate outstanding engineers who can meet the needs of society.

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史维秀,孙方田,王瑞祥,闫全英.卓越工程师人才培养背景下能源与动力工程专业课程多元化实践教学方法研究[J].高等建筑教育,2020,29(5):143-148.

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  • 最后修改日期:2020-01-08
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  • 在线发布日期: 2020-10-31
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