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Effectiveness of a Low-Cost, Graduate Student–Led Intervention on Study Habits and Performance in Introductory Biology

机译:一项由研究生主导的低成本干预措施对生物学的学习习惯和表现的有效性

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Institutions have developed diverse approaches that vary in effectiveness and cost to improve student performance in introductory science, technology, engineering, and mathematics courses. We developed a low-cost, graduate student–led, metacognition-based study skills course taught in conjunction with the introductory biology series at Miami University. Our approach aimed to improve performance for underachieving students by combining an existing framework for the process of learning (the study cycle) with concrete tools (outlines and concept maps) that have been shown to encourage deep understanding. To assess the effectiveness of our efforts, we asked 1) how effective our voluntary recruitment model was at enrolling the target cohort, 2) how the course impacted performance on lecture exams, 3) how the course impacted study habits and techniques, and 4) whether there are particular study habits or techniques that are associated with large improvements on exam scores. Voluntary recruitment attracted only 11–17% of our target cohort. While focal students improved on lecture exams relative to their peers who did not enroll, gains were relatively modest, and not all students improved. Further, although students across both semesters of our study reported improved study habits (based on pre and post surveys) and on outlines and concept maps (based on retrospectively scored assignments), gains were more dramatic in the Fall semester. Multivariate models revealed that, while changes in study habits and in the quality of outlines and concept maps were weakly associated with change in performance on lecture exams, relationships were only significant in the Fall semester and were sometimes counterintuitive. Although benefits of the course were offset somewhat by the inefficiency of voluntary recruitment, we demonstrate the effectiveness our course, which is inexpensive to implement and has advantage of providing pedagogical experience to future educators.
机译:为了提高学生在入门科学,技术,工程和数学课程中的表现,院校已经开发出各种方法,这些方法的有效性和成本各不相同。我们开发了一个低成本的,由学生主导的,基于元认知的学习技能课程,并与迈阿密大学的生物学入门课程一起教授。我们的方法旨在通过将现有的学习过程框架(学习周期)与具体的工具(轮廓和概念图)相结合来提高学习成绩不足的学生的能力,这些工具已被证明可以鼓励人们加深理解。为了评估我们的努力的有效性,我们询问了1)我们的自愿招募模型在招募目标人群方面的效果如何; 2)该课程如何影响讲座考试的成绩; 3)该课程如何影响学习习惯和技术,以及4)是否有特定的学习习惯或与考试成绩大幅度提高相关的技术。自愿招聘仅吸引了我们目标人群的11–17%。相对于没有参加考试的同龄人,重点学习的学生在演讲考试上有所进步,但成绩却相对较低,并不是所有的学生都有进步。此外,尽管我们研究的两个学期的学生都报告了改善的学习习惯(基于前后调查)以及轮廓和概念图(基于回顾性评分作业),但秋季学期的学习成绩却更为显着。多元模型显示,虽然学习习惯的变化,轮廓和概念图的质量与演讲考试成绩的变化之间的联系较弱,但关系仅在秋季学期才有意义,有时是违反直觉的。尽管该课程的好处因自愿招聘的低效率而有所抵消,但我们证明了该课程的有效性,该课程实施成本低廉,并且具有为未来的教育工作者提供教学经验的优势。

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