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Exploring the Complexities of Experimental Design: Using an On-line Reaction Time Program as a Teaching Tool for Diverse Student Populations

机译:探索实验设计的复杂性:使用在线反应时间程序作为多样化学生群体的教学工具

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摘要

Students are rarely given an opportunity to think deeply about experimental design or asked to develop experimental protocols on their own. Without participating in these endeavors, they are often unaware of the many decisions necessary to construct a precise methodology. This article describes an on-line reaction time program, and how I have used this program as a teaching tool for students to explore experimental design. This approach can be tailored to meet the level of any undergraduate student – from non-science majors to upper-level biology/psychologyeuroscience majors, affording all students the opportunity to think like a scientist. Described is how I use the reaction time program for a whole class demonstration and discussion, as well as, how it can be used for a written assignment in which each student designs and conducts his/her own experiment outside of the classroom. Comments from several students, who did the written assignment, are included to provide a sense of their thoughts and considerations. When students are given a simple method, such as the measurement of reaction time, it allows them to focus exclusively on developing precise methodology, which taps into types of thinking that they are not often asked to exhibit in other science classes.
机译:学生很少有机会深入思考实验设计或被要求自行制定实验方案。如果不参与这些努力,他们通常不了解构建精确方法学所需的许多决定。本文介绍了一个在线反应时间程序,以及我如何将该程序用作学生探索实验设计的教学工具。这种方法可以量身定制,以满足任何本科生的水平-从非科学专业到高级生物学/心理学/神经科学专业,让所有学生都有像科学家一样思考的机会。描述了我如何将反应时间程序用于全班演示和讨论,以及如何将其用于书面作业,其中每个学生在教室外设计和进行自己的实验。包括来自一些书面作业的学生的评论,以提供他们的思想和考虑。当为学生提供一种简单的方法(例如反应时间的测量)时,它可以让他们专注于开发精确的方法,从而利用他们通常不要求在其他科学课程中展示的思维类型。

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