Using interdisciplinary integration in the engineering/technology classroom to broaden student learning

M. Barchilon, D. G. Kelley
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引用次数: 1

Abstract

This paper focuses on an innovative program for undergraduate engineering and technology students. The Sun Devil Bridge Program (SDBP), which was developed by Arizona State University (ASU) and South Mountain Community College in 1993, has served as an important model of integration. Interdisciplinary integration is another important way to help broaden student learning. Unlike the "traditional" method of teaching individual subjects, this method expands the range of learning and forces students to question compartmentalized, bold divisions between subject matter areas. Further, interdisciplinary education shows students, by example, that integration of material is a natural process. This is particularly important for students since industry leaders have already stressed that graduates need to be more versatile and better able to integrate topics if they are to succeed in the workplace.
在工程/技术课堂中运用跨学科整合来拓宽学生的学习
本文的重点是一个创新的方案,为本科工程技术学生。太阳魔鬼桥项目(SDBP)是由亚利桑那州立大学(ASU)和南山社区学院于1993年开发的,是一个重要的整合模式。跨学科整合是帮助拓宽学生学习的另一个重要途径。与单个学科的“传统”教学方法不同,这种方法扩大了学习的范围,并迫使学生质疑学科领域之间划分的、大胆的划分。此外,跨学科教育向学生展示,例如,材料的整合是一个自然的过程。这对学生来说尤其重要,因为行业领导者已经强调,如果毕业生想在职场取得成功,他们需要更加多才多艺,能够更好地整合各种主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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