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Improving Students Conceptual Understanding Of Calculus Based Physics Using Problem Based Learning Approach On An E-Learning Platform Applied To Engineering Education

机译:在面向工程教育的电子学习平台上使用基于问题的学习方法,提高学生对基于微积分物理的概念理解

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Successful engineers are self-directed critical thinkers who are creative and analytical in their approach. They are good problem solvers and possess lifelong learning skills. Many students spend time to study but not the quality time in studying. One of the subject, which is most affected by this, is Physics as it involves more cognitive exercise. This is evident in areas related to calculus based problem solving. Whatever be the reason, in classrooms many physics students seem unprepared and unmotivated in areas related to problem solving in Physics. Especially in calculus based physics problems, students find difficulty with both mathematical aspect and concepts in physics. This experimental study focuses on how student's problem solving skills in calculus-based physics in a digital platform relates to their achievement. The result showed students motivation and collaboration were positively affected by this method. In addition, the student's performance in the final exam showed a significant increase. The result is in line with the shift in engineering education from an instructive to constructivist approach over the years.
机译:成功的工程师是自我指导的批判性思想家,他们的方法具有创造力和分析能力。他们是解决问题的好人,并且拥有终身学习技能。许多学生花时间学习,而不是花时间学习。受此影响最大的主题之一是物理,因为它涉及更多的认知运动。这在与基于演算的问题解决有关的领域中是显而易见的。不管是什么原因,在课堂上,许多物理专业的学生似乎对与物理问题解决相关的领域没有准备,也没有动力。尤其是在基于微积分的物理问题中,学生会发现物理方面的数学方面和概念上都有困难。这项实验性研究着重于学生在数字平台上基于微积分的物理学中解决问题的技能如何与他们的成就相关。结果表明,该方法对学生的积极性和协作产生了积极的影响。此外,学生在期末考试中的表现也有显着提高。多年来的结果与工程教育从指导性教学向建构主义教学的转变是一致的。

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