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SYSTEMIC MODEL OF INDUSTRIAL ENGINEERING CURRICULUM

机译:工业工程课程系统模型

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摘要

This paper aims mainly to show the result of the application of complex systems approach to the industrial engineer curriculum in Mexico. The presentation and argument consist of five sections: First a description of the background and trends of industrial engineering in Mexico, which will highlight the importance of higher education in the industrial engineer. Secondly, a presentation of the career′s conceptualization, and the minimum contents which a professional in this discipline must have according to the Engineering Teaching Accreditation Council and the National Center for Higher Education Assessment. Thirdly, there is a brief explanation of complex thinking and the complex systems approach, as well as the methodology used. In a fourth chapter, a proposal on the systemic model of industrial engineering curriculum, showing and explaining their main subsystems and relationships. Finally, a highlight of the impact that a systemic model of industrial engineering may have on the curricula design, as well as study plans in universities worldwide.
机译:本文的主要目的是展示将​​复杂系统方法应用于墨西哥工业工程师课程的结果。本文的陈述和论点包括五个部分:首先,描述墨西哥工业工程的背景和趋势,这将强调高等教育在工业工程师中的重要性。其次,根据工程教学鉴定委员会和国家高等教育评估中心,介绍职业的概念化以及该学科专业人士必须具备的最低内容。第三,对复杂思维和复杂系统方法以及所使用的方法进行了简要说明。在第四章中,提出了关于工业工程课程系统模型的建议,展示并解释了它们的主要子系统和关系。最后,重点介绍了工业工程学的系统模型可能会对课程设计以及世界各地大学的学习计划产生的影响。

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