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Oxford-Style Debates in a Microbiology Course for Majors: A Method for Delivering Content and Engaging Critical Thinking Skills

机译:面向专业的微生物学课程中的牛津式辩论:一种提供内容和运用批判性思维技能的方法

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摘要

Developing scientific expertise in the classroom involves promoting higher-order cognitive skills as well as content mastery. Effective use of constructivism can facilitate these outcomes. However this is often difficult to accomplish when delivery of content is paramount. Utilizing many of the tenets of constructivist pedagogy, we have designed an Oxford-style debate assignment to be used in an introductory microbiology course. Two teams of students were assigned a debatable topic within microbiology. Over a five-week period students completed an informative web page consisting of three parts: background on the topic, data-based positions for each side of the argument, and a data-based persuasive argument to support their assigned position. This was followed by an in-class presentation and debate. Analysis of student performance on knowledge-based questions shows that students retain debate-derived content acquired primarily outside of lectures significantly better than content delivered during a normal lecture. Importantly, students who performed poorly on the lecture-derived questions did as well on debate-derived questions as other students. Students also performed well on questions requiring higher-order cognitive skills and in synthesizing data-driven arguments in support of a position during the debate. Student perceptions of their knowledge-base in areas covered by the debate and their skills in using scientific databases and analyzing primary literature showed a significant increase in pre- and postassignment comparisons. Our data demonstrate that an Oxford-style debate can be used effectively to deliver relevant content, increase higher-order cognitive skills, and increase self-efficacy in science-specific skills, all contributing to developing expertise in the field.
机译:在课堂上发展科学专业知识涉及提高高级认知能力以及对内容的掌握。有效使用建构主义可以促进这些结果。但是,当内容的交付至关重要时,通常很难做到这一点。利用建构主义教学法的许多宗旨,我们设计了一种牛津式的辩论作业,可用于微生物学入门课程。两个小组的学生被分配了微生物学中的一个有争议的话题。在五周的时间内,学生们完成了一个信息丰富的网页,该网页包括三个部分:主题背景,论点两面的基于数据的立场以及支持他们分配的立场的基于数据的说服力。接下来是课堂演讲和辩论。对学生在基于知识的问题上的表现进行的分析表明,学生保留的主要来自演讲以外的辩论衍生内容要比正常演讲中传递的内容要好得多。重要的是,在讲授问题上表现不佳的学生与其他学生一样,在辩论问题上的表现也很好。在要求更高层次的认知技能的问题上,以及在辩论过程中,以数据为依据的论据得到综合支持,学生们也表现出色。学生对辩论所涵盖领域的知识基础的理解以及他们使用科学数据库和分析主要文献的技能表明,作业前后比较显着增加。我们的数据表明,牛津式的辩论可以有效地用于提供相关内容,提高高阶认知技能以及提高特定科学技能的自我效能感,所有这些都有助于开发该领域的专业知识。

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