Using interactive simulation modules in JMP® for self-paced learning of introductory statistics

D. Meintrup, Volker Kraft
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Abstract

An excellent way to deepen students’ understanding of statistical data analysis is to first have them perform experiments and then analyze the corresponding data. While this approach is already time-consuming and labor-intensive under normal circumstances, it becomes unfeasible in times of distance learning. Therefore, we replaced actual experimentation by interactive simulation modules. The statistical software JMP® includes 10 interactive teaching modules, covering basic concepts of statistics. We used these modules for a course in Engineering Statistics at a German University. The modules were well-received, students particularly appreciated three aspects: the ease of use, the interactivity of the modules, and the self-paced and time-independent form. In summary, JMP’s interactive simulation modules were helpful in deepening the understanding of basic statistical methods for engineering students. They can easily be integrated in introductory statistics classes as a tool for improving statistical literacy, for both distance learning or in-class learning situations.
在JMP®中使用交互式仿真模块进行自定节奏的入门统计学习
加深学生对统计数据分析的理解的一个很好的方法是先让他们做实验,然后分析相应的数据。因此,我们用交互仿真模块代替实际实验。统计软件JMP®包括10个互动教学模块,涵盖统计的基本概念。我们在一所德国大学的工程统计课程中使用了这些模块。这些模块受到了学生们的好评,学生们特别欣赏三个方面:易于使用,模块的互动性,以及自定进度和时间独立的形式。总之,JMP的交互式仿真模块有助于加深工科学生对基本统计方法的理解。它们可以很容易地整合到统计入门课程中,作为提高统计素养的工具,适用于远程学习或课堂学习情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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