首页|基于学习驱动力的学生逻辑思维能力培养实践——以动力学基础课程为例

基于学习驱动力的学生逻辑思维能力培养实践——以动力学基础课程为例

扫码查看
该文结合对动力学基础课程教学的思考与经验总结,提出了基于学习驱动力的学生逻辑思维能力培养的动力学基础课程改革方案:通过动力学问题导向式教学,培养学生的问题意识,激发学生的独立思考能力;通过互动教学,锻炼学生的参与能力,提升学生的批判性思维能力;通过翻转课堂式教学,让学生理解知识和经验的本质;通过小组讨论式教学和创设典型情境,培养学生的团队合作精神;通过多元开放式考核和问题导向评价,优化学生的考核模式;通过改革动力学基础课程教学模式,高校可以培养出符合行业和社会发展需求的创新型人才。
Training Practice of Students Logical Thinking Ability Based on Learning Driving Force—Taking the Fundamentals of Dynamics Course as an Example
Combining with the teaching thinking and experience summary for fundamentals of dynamics course,the reform plan of fundamentals of dynamics course based on students logical thinking ability of learning driving force is put forward.Through dynamics problem-oriented teaching to cultivate problem consciousness and inspire independent thinking of students.Exercise participation ability of students and improve their critical thinking skills through classroom interactive teaching.Through flipped classroom teaching,students can understand the essence of knowledge and experience.Through group discussion teaching and creating typical situations to train teamwork of students.Through multiple open examination and question-oriented evaluation to optimize the examination mode of students.By reforming the teaching mode for fundamentals of dynamics course,universities can cultivate innovative talents conforming to the needs of industry and social development.

StudentLearning driving forceFundamentals of dynamicsLogical thinking abilityProblem-oriented teachingFlipped classroom

谢佳苗、韩彩霞、原梅妮、赵宇峰

展开 >

中北大学,山西太原 030051

太原市小店区九一小学校,山西太原 030000

学生 学习驱动力 动力学基础 逻辑思维能力 问题导向式教学 翻转课堂

中北大学2022年高等学校教学改革创新项目中北大学2022年高等学校教学改革创新项目

20222362022244

2024

创新创业理论研究与实践

创新创业理论研究与实践

ISSN:
年,卷(期):2024.7(2)
  • 9