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Does the Transition to an Active-Learning Environment for the Introductory Course Reduce Students’ Overall Knowledge of the Various Disciplines in Biology?

机译:过渡到入门课程的主动学习环境是否会减少学生对生物学各个学科的整体了解?

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摘要

As biology education is being redesigned toward an interdisciplinary focus and as pedagogical trends move toward active-learning strategies and investigative experiences, a restructuring of the course content for the Introductory Biology course is necessary. The introductory course in biology has typically been a survey of all the biosciences. If the total number of topics covered is reduced, is the students’ overall knowledge of biology also reduced? Our introductory course has been substantially modified away from surveying the biological sciences and toward providing a deep understanding of a particular biological topic, as well as focusing on developing students’ analytical and communication skills. Because of this shift to a topic-driven approach for the introductory course, we were interested in assessing our graduating students’ overall knowledge of the various biological disciplines. Using the Major Field Test - Biology (Educational Testing Service (ETS), Princeton, NJ), we compared the test performance of graduating students who had a traditional lecture-based introductory course to those who had a topic-driven active-learning introductory course. Our results suggest that eliminating the traditional survey of biology and, instead, focusing on quantitative and writing skills at the introductory level do not affect our graduating students’ overall breadth of knowledge of the various biosciences.
机译:随着生物学教育被重新设计为跨学科的重点,并且随着教学趋势朝着主动学习策略和调查经验的方向发展,有必要对生物学入门课程的课程内容进行重组。生物学入门课程通常是对所有生物科学的调查。如果涵盖的主题总数减少了,学生的生物学整体知识是否也减少了?我们的入门课程已进行了很大的修改,从调查生物学科学转向对特定生物学主题的深入理解,并着重于培养学生的分析和沟通技巧。由于此入门课程已采用主题驱动的方法,因此我们有兴趣评估即将毕业的学生对各种生物学学科的整体知识。我们使用专业的现场测试-生物学(教育测试服务(ETS),新泽西州普林斯顿),比较了具有传统基于讲座的入门课程的毕业学生与具有主题驱动的主动学习入门课程的学生的考试成绩。我们的结果表明,取消传统的生物学调查,而是在入门级专注于定量和写作技能,不会影响我们应届毕业生对各种生物科学知识的整体了解。

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