首页> 外文会议>Integrated Design amp; Process Technology vol.1(IDPT-Vol.1, 2005) >ENGINEERING EDUCATION FROM AN AXIOMATIC DESIGNAND PROBLEM COMPLEXITY TECHNIQUE PERSPECTIVE
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ENGINEERING EDUCATION FROM AN AXIOMATIC DESIGNAND PROBLEM COMPLEXITY TECHNIQUE PERSPECTIVE

机译:从公理设计和问题复杂性技术角度进行工程教育

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摘要

Undergraduate education in Mechanical Engineeringrnat Texas Tech University was examinedrnthrough a transdisciplinary process which utilizedrnthe ideas of axiomatic design, complexity,rnteam effectiveness and learning/teaching styles.rnThe alarmingly high drop–out and failure ratesrnwithin the first year of the mechanical engineeringrnprogram has become clear. Thus, steps tornanalyze the problem and propose solutions tornameliorate the current situation were initiated.rnAn analysis process based on the fundamentalrntools within the scope of current transdisciplinaryrneducation and research models was employed.rnThis study involves a through review ofrnteam effectiveness and learning styles and proposesrnan emphasis of these concepts early in thernmechanical engineering curriculum to lower thernhigh drop–out and failure rates. A survey, withrn33 responses, of students ranging from freshmanrnto seniors indicated that more than 80% believernstudents’ knowledge of team effectivenessrnand individual learning/teaching styles is veryrnimportant in increasing students success.
机译:德克萨斯理工大学机械工程学院的本科教育是通过跨学科的过程进行审查的,该过程利用了公理化设计,复杂性,团队有效性和学习/教学方式的思想。在机械工程课程的第一年,辍学率和失败率都达到了惊人的高水平。因此,人们开始采取措施对问题进行分析,并提出解决方案,以解决当前的问题。rn在当前跨学科教学和研究模型的范围内,采用了基于基本工具的分析过程。rn该研究涉及对团队有效性和学习方式的回顾,并提出了对研究的重点。这些概念早在机械工程课程中就可以降低高辍学率和故障率。一项针对从新生到高年级学生的33项调查表明,超过80%的学生认为学生对团队效能的了解以及个人学习/教学方式对于提高学生的成功率非常重要。

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