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Engineering Calculus Bridge Program Success: Comparing Variation Results

机译:工程微积分桥计划成功:比较变化结果

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The need for a diverse engineering workforce requires the recruitment and retention of university students from all ethnicities and both genders. Engineering calculus proficiency is critical to success in most engineering majors. The Department of Mathematics at Texas A&M University created a bridge program to support incoming freshmen by improving their mathematics understanding and skills. The prerequisite for enrolling in the first engineering calculus course was to answer correctly at least 22 of 33 questions on the Mathematics Placement Exam (MPE). In addition to the online practice problems, there was a synchronous online portion of 36 hours with a tutor. The goal of the Personalized Precalculus Program (PPP) was to improve a student's mathematics understanding and skills sufficiently to meet the cut score on the MPE, allowing him or her to enroll in the first engineering calculus course during the first semester. A requirement for enrolling in the first engineering course was successful completion or concurrent enrollment in the first engineering calculus course. The program has been successful in improving student scores on the Mathematics Placement Exam (MPE). Convincing students who were weak in mathematics to enroll and participate fully in the program has been an ongoing challenge. It was hypothesized that more students might participate fully if the duration of the bridge program were reduced. Therefore, after four years of providing the course over a 6-week period in the summer, a change in the format was implemented. The purpose of this study was to investigate whether participants in the 6-week program or the 3-week program improved MPE scores more and which group fared better in the first engineering calculus course.
机译:对各种工程劳动力的需求要求招募和保留来自所有种族和两国的大学生。工程模态熟练程度对于大多数工程专业的成功至关重要。德克萨斯州A&M大学的数学系创建了一项桥梁计划,通过改善他们的数学理解和技能来支持传入的新生。注册第一个工程微积分课程的先决条件是在数学展示考试(MPE)上的33个问题中的至少22个问题是正确的。除了在线练习问题外,还有36小时与导师同步的在线部分。个性化的预计计划(PPP)的目标是改善学生的数学理解和技能充分,以满足MPE上的切割得分,允许他或她在第一学期内注册第一个工程微积分课程。在第一个工程课程中注册的要求是成功完成或在第一个工程微积分课程中的同时注册。该计划成功地改善了数学展示考试(MPE)的学生评分。在该计划中充分参加数学中弱势和参与的令人信服的学生一直是持续的挑战。假设如果桥接计划的持续时间减少,更多的学生可能会完全参与。因此,经过四年的夏天提供6周的课程,实施了格式的变化。本研究的目的是调查6周方案的参与者是否或3周计划改善MPE评分更多,在第一个工程分科课程中更好。

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