2023
DOI: 10.1007/s10763-022-10350-x
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Changes in Students’ Mathematical Competencies at the Beginning of Higher Education Within the Last Decade at a German University

Abstract: Mathematics plays a significant role in many study programs. However, several studies show deficiencies and a decline in beginning undergraduates’ skills in mathematics in many content domains. However, it remains unclear whether they have improved in so-called process competencies like modeling, mathematical reasoning, or using different representations instead, because there has been a shift towards the acquisition of such in many recent curricula. We investigated this issue at a university in Germany based … Show more

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Cited by 4 publications
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“…Regarding the intention of upward dropout, domain-linked competence in the commercial domain, characterized by occupation-specific mathematical abilities, enables trainees to perceive mathematics as practical, pertinent, integrated, and capable of addressing various vocational mathematical challenges. This functional application of mathematical skills, beyond mere procedural execution, is crucial for tertiary education entry (Büchele and Feudel 2023). Additionally, given the centrality of mathematics in disciplines such as engineering, natural sciences, and economics, trainees possessing advanced math skills may recognize the potential for higher education to unlock a broader array of career prospects and academic pursuits beyond vocational training.…”
Section: Research Question and Hypothesesmentioning
confidence: 99%
“…Regarding the intention of upward dropout, domain-linked competence in the commercial domain, characterized by occupation-specific mathematical abilities, enables trainees to perceive mathematics as practical, pertinent, integrated, and capable of addressing various vocational mathematical challenges. This functional application of mathematical skills, beyond mere procedural execution, is crucial for tertiary education entry (Büchele and Feudel 2023). Additionally, given the centrality of mathematics in disciplines such as engineering, natural sciences, and economics, trainees possessing advanced math skills may recognize the potential for higher education to unlock a broader array of career prospects and academic pursuits beyond vocational training.…”
Section: Research Question and Hypothesesmentioning
confidence: 99%