面向知识-思维-素质贯通的理论力学运动学教学初探

A PRELIMINARY STUDY ON KINEMATICS TEACHING PRACTICES OF THEORETICAL MECHANICS BASED ON INTEGRATION OF KNOWLEDGE, THINKING, AND QUALITY

  • 摘要: 面向工程力学“强基计划”学生未来的发展需求,结合目前贯通化培养的实际要求与发展趋势,对我校动力学与控制核心贯通课程的教学模式进行了初步探索。以理论力学的运动学部分为切入点,构建了一套知识-思维-素质协同贯通的教学方案,包括课堂教学内容对接高阶课程的需求,思考题和习题的设置兼顾思维能力的训练,教学案例结合学科交叉的背景等,从而在理论力学课程的教学中多方位实践贯通化培养理念。本文为提高“强基计划”学生的学术品位,拓宽其学术视野,更好地实现工程科学家和研究工程师的培养目标,提供了一些思路和借鉴。

     

    Abstract: This paper is oriented towards the actual demands and development needs of students in the "Strengthening Foundation Plan" for engineering mechanics. Combining the current situation and development trends of integrated cultivation, a preliminary exploration of the teaching mode of the Dynamics and Control Core Course in our university is carried out. Taking the kinematics part of theoretical mechanics as an example, a set of teaching schemes for the coordinated integration of knowledge, thinking, and quality has been developed. It includes aligning classroom teaching content with the needs of advanced courses, considering the improvement of thinking ability in thinking question and exercise training, and explaining teaching cases in combination with the background of interdisciplinary subjects. Thus, the concept of integrated cultivation is comprehensively reflected in the theoretical mechanics course. It provides some ideas and references for improving the academic taste and broadening the academic vision of students in the "Strengthening Foundation Plan", and fulfilling the training goals of engineering scientists and research engineers.

     

/

返回文章
返回