调查本科生微积分预科教学法及其与学生数学态度和解决问题毅力的关系

Amy Daniel, Joseph DiNapoli
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摘要

这项探索性研究调查了教授实施基于研究的微积分先修课程(Pathways)与学生对数学的态度和解决问题的毅力的变化之间的关系。虽然许多研究都侧重于提高学生在本科 STEM 课程中的成绩,但同样重要的是支持学生发展所需的积极心态和实践,使他们能够在多年的数学 STEM 课程学习中保持下去。因此,我们调查了三位教授实施 "路径 "的方式,通过观察评估了他们在三个与 "路径 "相一致的维度上的教学选择;我们还调查了这些教授课堂上学生态度和毅力的变化。我们的研究结果表明,虽然 "路径 "微积分前期课程有助于培养学生对数学的积极态度和解决问题的毅力,但这种潜力受到教授教学选择的影响。这项研究有助于我们更好地理解STEM-gateway课程中采用的教学法与学生发展参与数学的有效方式之间的联系。
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Investigating Pedagogies in Undergraduate Precalculus and their Relationships to Students’ Attitudes Towards Mathematics and Perseverance in Problem-Solving
This exploratory study investigated the relationships between professors’ enactments of a research-based precalculus curriculum (Pathways) and changes observed in students’ attitudes towards mathematics and perseverance in problem-solving. While much research focuses on improving student achievement in undergraduate STEM courses, it is also important to support students in developing the positive dispositions and practices needed to sustain them through years of mathematics-based STEM coursework. We therefore investigated the way three professors implemented Pathways, assessing via observation their pedagogical choices across three Pathways-aligned dimensions; we also investigated the changes in attitudes and perseverance of students in these professors’ classes. Our results suggest that although the Pathways precalculus curriculum may support the development of positive attitudes toward mathematics and improved perseverance in problem-solving, this potential is influenced by professors’ pedagogical choices. This research helps us better understand the connections between pedagogies enacted in STEM-gateway courses and students’ development of productive ways of engaging with mathematics.
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