首页> 外文会议>Frontiers in Education, 2004. FIE 2004. 34th Annual >Work in progress-a four year follow-up: integration of math, physics and engineering, a pilot study for success
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Work in progress-a four year follow-up: integration of math, physics and engineering, a pilot study for success

机译:正在进行的工作-四年的跟进工作:数学,物理和工程学的整合,成功的试点研究

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The inherent integration between mathematics, physics, and engineering is obvious to experienced engineers and faculty, however, many incoming students find it hard to see the connections. During the 1999-2000 academic year, a pilot study was conducted to see the effects of cohort scheduling students into integrated sections of calculus, physics, and first year engineering courses. Calculus-ready student were chosen randomly and asked to participate in this study. Those declining our offer were used as our control group. The control and the test groups had similar compositions of majors, SAT/ACT scores, and high school backgrounds. Initial results of this study show that students in the test group scored significantly higher on common exams. One year follow-up analysis shows that these students continue to have overall higher grade point averages, and self-report a high level of academic confidence. This work in progress highlights the integration process, including the active collaborative teaching/learning styles used, and shows the progress of the cohort students four years after the initial study. It builds heavily on prior work of these authors.
机译:数学,物理学和工程学之间的内在整合对于经验丰富的工程师和教职员工来说是显而易见的,但是,许多入学的学生发现很难看到它们之间的联系。在1999-2000学年期间,进行了一项试点研究,目的是查看队列调度学生进入微积分,物理和第一年工程课程的综合部分的效果。随机选择微积分准备就绪的学生,并要求其参加本研究。那些拒绝我们报价的人被用作我们的对照组。对照组和测试组的专业,SAT / ACT分数和高中背景相似。这项研究的初步结果表明,测试组的学生在普通考试中的得分明显更高。一年的跟踪分析显示,这些学生的总体平均分数继续保持较高水平,并且自我报告出很高的学术信心。正在进行的这项工作着重强调了整合过程,包括所采用的主动协作式教学/学习方式,并显示了在初始学习后四年来同班学生的进步。它很大程度上建立在这些作者的先前工作之上。

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