现代工程教育数学要求的小组改革

Rachid Manseur, A. Ieta, Zohra Z. Manseur
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引用次数: 9

摘要

近年来,工科本科课程改革的必要性已被人们所认识。这种改革的一个重要和至关重要的方面涉及工程教育中的预备数学和现代工程课程中数学内容的修订,这是本次小组会议的主题。越来越明显的是,三门微积分课程加上一门微分方程课程的标准课程现在已经过时了,也不足以为现代工程教育提供所需的数学技能。ABET现在要求离散数学和应用统计等主题。新开发的工程专业在其学位课程中采用了不同的数学课程。位于奥斯威戈的纽约州立大学正在开发一个新的电子和计算机工程项目,在那里,现代工程课程也必须面对与公立大学现有传统课程组织顺利整合的挑战。小组成员将讨论支持改革的证据,并就工程教育成功修订的方向、课程内容和其他问题进行讨论。
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Panel - reforming mathematics requirements for a modern engineering education
The need for reform in undergraduate engineering curricula has been recognized in recent years. One important and vital aspect of such a reform concerns preparatory mathematics in engineering education and the revision of mathematics content in a modern engineering curriculum, the topic of this panel session. It has become increasingly obvious that the standard series of three calculus courses followed by one course on differential equations is now obsolete and insufficient to provide needed mathematical skills for a modern engineering education. ABET now requires discrete mathematics and applied statistics among other topics. Newly developed engineering programs have adopted different mathematics courses in their degree programs. A new electrical and computer engineering program is under development at the State University of New York at Oswego where a modern engineering curriculum must also face the challenge of smooth integration within the existing traditional curricular organization of a public university. The panelists will discuss the evidence in support of reform and engage discussions on directions, course content, and other issues for a successful revision of engineering education.
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