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Espoused Faculty Epistemologies for Engineering Mathematics: Towards Defining ‘Mathematical Maturity’ for Engineering

机译:支持工程数学的支持教师认识论:朝着为工程定义“数学成熟”

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What role should mathematics play in an engineering student's education? A typical engineering undergraduate takes a five-semester course sequence of Calculus I, Calculus II, Calculus III, Linear Algebra and Differential equations (henceforth known as the calculus sequence). This sequence forms a rigid prerequisite structure for many engineering curricula. A single failing grade in one of these prerequisite courses can prevent a student from being able to progress into their engineering curriculum. Students may have to substantially delay graduation or leave engineering altogether before they have taken even one engineering course. Students with fewer high school educational opportunities, such as students of color, disabled students, or low socioeconomic status students, in particular, are thwarted by the calculus sequence. Many are doomed before they even begin, since the timing of engineering courses assumes that all students are entering college ‘calculus ready’.
机译:数学在工程学生的教育中发挥了什么作用?典型的工程本科采用五学期的微分术序列,微积分II,微积分III,线性代数和微分方程(以后称为结石序列)。该序列形成了许多工程课程的刚性先决条件结构。这些先决条件课程中的一个失败等级可以防止学生能够进入其工程课程。学生可能必须在甚至在一个工程课程中完全延迟毕业或留下工程。特别是高中教育机会的学生,例如颜色,残疾学生或低社会经济地位学生的学生,特别是通过微积分序列挫败。许多人在开始之前注定要注定,因为工程课程的时机假定所有学生都进入大学的“模糊准备”。

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