Does a centralized written final examination in mathematics indeed improve pupils’ subject-related study ability?

Pia Tscholl, F. Stampfer, Tobias Hell
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Abstract

Since 2015/16, a standardized written final examination in mathematics or applied mathematics has been compulsory for nearly all pupils at the upper secondary level in Austria. While this standardized competence-oriented maturity examination is intended to increase pupils’ subject-related study ability, empirical research in this regard is scarce. Therefore, the subject-related study ability for six partially different control and experimental groups containing between 11 and 17 first-year STEM students is compared using a one-tailed two-sample Wilcoxon rank sum test. No significant differences in the subject-related study ability are detected between the control groups, comprising first-year Austrian STEM students who did not participate in the standardized written final examination in mathematics, and the experimental groups, comprising first-year Austrian STEM students who did participate in the standardized written final examination in mathematics. However, post hoc power analyses show that the sample sizes for each of the six sample cases would have to be much larger to prove significant results with a power of at least 80%. Additionally, no evidence for teaching-to-the test practices could be found in the experimental groups.
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数学期末集中笔试是否真的能提高学生与学科相关的学习能力?
自 2015/16 学年起,奥地利几乎所有高中学生都必须参加数学或应用数学的标准化期末笔试。虽然这种以能力为导向的标准化成熟度考试旨在提高学生与学科相关的学习能力,但这方面的实证研究却很少。因此,我们采用单尾双样本 Wilcoxon 秩和检验法,对包含 11 至 17 名 STEM 一年级学生的六个部分不同的对照组和实验组的学科学习能力进行了比较。对照组由未参加期末数学标准化笔试的奥地利 STEM 一年级学生组成,实验组由参加期末数学标准化笔试的奥地利 STEM 一年级学生组成。然而,事后功率分析表明,六个样本案例中每个案例的样本量都必须大得多,才能以至少 80% 的功率证明结果显著。此外,在实验组中找不到应试教育的证据。
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CiteScore
1.60
自引率
0.00%
发文量
28
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