首页> 外文期刊>Journal of women and minorities in science and engineering >BENEFITS OF COLLEGE SUPPORT PROGRAM PARTICIPATION FOR UNDERREPRESENTED STUDENTS ENROLLED IN MATHEMATICS-INTENSIVE COLLEGE MAJORS
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BENEFITS OF COLLEGE SUPPORT PROGRAM PARTICIPATION FOR UNDERREPRESENTED STUDENTS ENROLLED IN MATHEMATICS-INTENSIVE COLLEGE MAJORS

机译:数学密集型大学本科生招生中缺乏学历的学生参加大学支持计划的好处

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摘要

For decades, it has been known that student success in college mathematics is supported through opportunities to seek help and to work collaboratively with peers. Shifts in students' study habits could help to close the opportunity gap in mathematics for underrepresented students. But, how do we change study habits before it is too late—before underrepresented students have been systemically filtered out of the mathematics pipeline? To address this issue, the qualitative study reported here followeda cohort of mathematically inclined underrepresented students from their senior year of high school into their freshman year of college. The participants each expressed interest in mathematics-intensivemajors prior to starting college and had together participated in a college outreach program in high school. Several participants chose to continue receiving support by enrolling in a college support program while others did not. A series of three one-on-one interviews was conducted with each participantat the end of their freshman year of college. Results indicate that the college support participants capitalized on crucial mechanisms for mathematics success—such as extra tutoring opportunities, the encouragement of collaborative learning, and extra academic advising—that were not utilized by the nonparticipants. This points to the value of college support programs in addressing the persistent opportunitygap in college mathematics.
机译:数十年来,众所周知,通过寻求帮助和与同伴合作的机会,可以支持学生在大学数学方面取得成功。学生学习习惯的改变可能有助于弥补数学代表性不足的学生的机会差距。但是,我们如何改变学习习惯,以免为时已晚—在将代表性不足的学生从数学管道中系统地过滤出来之前?为了解决这个问题,这里进行的定性研究是对一群从高中高年级到大学新生的数学倾向偏低的学生进行的。参加者在上大学之前都对数学密集型专业表示了兴趣,并一起参加了高中的大学拓展计划。一些参与者选择参加大学支持计划来继续获得支持,而其他参与者则没有。在大学一年级结束时,对每个参与者进行了一系列的三个一对一的访谈。结果表明,大学支持参与者充分利用了数学成功的关键机制,例如额外的补习机会,鼓励合作学习和额外的学术建议,这些都是非参与者没有利用的。这表明了大学支持计划在解决大学数学中持续存在的机会差距方面的价值。

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