Seeking STEM: The Causal Impact of Need-Based Grant Aid on Undergraduates’ Field of Study

Drew M. Anderson, Katharine M. Broton, David B. Monaghan
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引用次数: 1

Abstract

ABSTRACT Increasing the number of science, technology, engineering, and mathematics (STEM) degrees is a national priority and one way to promote the socioeconomic mobility of students from low-income families. Prior research examining why students do not complete STEM majors often points to students’ lack of academic preparation, preferences for non-STEM majors, or lack of information about the value of STEM. This paper uses a randomized experiment to investigate an alternative explanation, that some students lack the financial resources to succeed in demanding majors. In a control group of university students from low-income families, 18.6% of students had declared a STEM major by their third year of college. In a treatment group who were offered additional need-based grant aid upon entering college, 26.5% of students declared a STEM major. Among students who had graduated within six years after entering college, 12.2% of control group graduates had earned a STEM degree compared to 20.2% of treatment group students. Need-based grants thus appear to have the potential to increase the share of low-income students studying and earning degrees in STEM.
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寻求STEM:基于需求的助学金对本科生学习领域的因果影响
增加科学、技术、工程和数学(STEM)学位的数量是国家的优先事项,也是促进低收入家庭学生社会经济流动性的一种方式。之前的研究调查了学生为什么不完成STEM专业,通常指出学生缺乏学术准备,偏爱非STEM专业,或者缺乏关于STEM价值的信息。本文使用随机实验来调查另一种解释,即一些学生缺乏经济资源,无法在要求高的专业取得成功。在一组来自低收入家庭的大学生中,18.6%的学生在大学三年级时宣布主修STEM专业。在进入大学时获得额外助学金的治疗组中,26.5%的学生选择了STEM专业。在进入大学六年内毕业的学生中,对照组毕业生中有12.2%获得了STEM学位,而实验组学生中这一比例为20.2%。因此,基于需求的助学金似乎有可能增加低收入学生在STEM专业学习和获得学位的比例。
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来源期刊
CiteScore
1.60
自引率
9.10%
发文量
13
审稿时长
14 weeks
期刊最新文献
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