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首页> 外文期刊>Journal of Mathematical Modelling and Application >Fifteen Years of Experience with Modeling Courses in the Eindhoven Program of Applied Mathematics
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Fifteen Years of Experience with Modeling Courses in the Eindhoven Program of Applied Mathematics

机译:埃因霍温应用数学计划中的建模课程已有15年的经验

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The curriculum of Applied Mathematics at the Eindhoven University of Technology (TU/e) in the Netherlands includes a series of modelling projects: the so-called Modelling Track. This track was introduced in the curriculum fifteen years ago and has a specific educational approach. Mathematics that may be useful in the projects is not necessarily taught in courses preceding the modelling projects. Moreover, during the projects, students have to use their current skills and knowledge or even have to learn (or discover) new techniques by themselves. Overall, this teaching method has been quite successful in terms of students’ results and satisfaction. Project coaches have always been recruited from the entire department and gradually, the majority of the staff has become pleased with this method of modeling education. Throughout fifteen years, the structure and content of the series of projects have evolved. This article is based on reflections concerning these changes expressed by the coordinator of the mathematical modelling education (the second author) and the educational advisor (the first author), both of whom have been closely involved in the track’s development over the years. These changes will be described and their external as well as internal causes will be identified. Examples of external causes are developments of technical phenomena in society, university-wide educational innovations, and a change in the overall structure of the university’s academic calendar. An example of an internal cause is the variety in background of the project coaches. Finally, strengths and weaknesses of the track will be analyzed. The purpose of the article is to share the experiences with this way of teaching mathematical modelling in higher education and give advice to others who want to implement it.
机译:荷兰艾恩德霍芬科技大学(TU / e)的应用数学课程包括一系列建模项目:所谓的“建模轨道”。该课程是15年前在课程中引入的,具有特定的教育方法。在项目中可能有用的数学不一定在建模项目之前的课程中讲授。此外,在项目进行过程中,学生必须利用他们当前的技能和知识,甚至必须自己学习(或发现)新技术。总体而言,这种教学方法在学生的成绩和满意度方面都非常成功。项目教练一直都是从整个部门招募的,并且逐渐地,大多数员工对这种建模教育方法感到满意。在过去的十五年中,这一系列项目的结构和内容都在发展。本文基于对数学建模教育的协调员(第二作者)和教育顾问(第一作者)表达的关于这些变化的反思,他们多年来一直密切参与赛道的发展。将描述这些更改,并确定其外部和内部原因。外部原因的例子包括社会中技术现象的发展,大学范围内的教育创新以及大学学术日历整体结构的变化。内部原因的一个例子是项目指导者背景的多样性。最后,将分析赛道的优缺点。本文的目的是分享这种在高等教育中教授数学模型的方法的经验,并为想要实施它的其他人提供建议。

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