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Mathematical creativity's understanding in engineering students of a Portuguese university

机译:葡萄牙大学工科学生对数学创造力的理解

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Among today's attributes required to engineers is creativity. From the creativity domain, this work focused in mathematical creativity, since we teach students in Mathematics courses. This paper presents the study of 61 students' understanding of mathematical creativity of four engineering degrees that were in first year of a northeastern Portuguese university and we analyzed their texts to an open question in a Google Drive Form: “What do you understand by mathematical creativity?” Data collection was done in the first semester of 2014/2015 in the Linear Algebra course. The content analysis of students' answers focused on their texts led to three main categories that were crossed with students' gender, age, degree, and their liking for Mathematics. The results showed that “problem solving” category had the majority of the references, and there were no differences between the proportions of the categories by gender, age or liking mathematics or even independency. This exploratory study leaves clues about the connection that needs to be made between mathematical creativity and solving problems, in order to foster it in Mathematics courses in engineering degrees.
机译:工程师今天需要具备的属性之一就是创造力。从创造力的角度来看,这项工作集中在数学创造力上,因为我们在数学课程中教授学生。本文介绍了对61位学生对葡萄牙东北大学第一年的四个工程学位的数学创造力的理解的研究,我们以Google云端硬盘表格的形式将他们的课文分析为一个开放式问题:“您对数学创造力的理解是什么? ?”数据收集是在2014/2015上学期的“线性代数”课程中完成的。对学生答案的内容分析集中于他们的课文,导致三个主要类别与学生的性别,年龄,学位及其对数学的爱好相交叉。结果表明,“解决问题”类别的引用最多,并且按性别,年龄,喜欢的数学甚至独立性划分的类别比例之间没有差异。这项探索性研究为在数学学位和工程学位课程中促进数学创造力与解决问题之间的联系提供了线索。

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