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Curricular Innovation and Emerging Knowledge in Chemical Engineering in Mexico. Study Comparative

机译:墨西哥化学工程的课程创新和新兴知识。比较研究

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The purposes in this research were identifying the principal elements in the chemical engineering curriculum in some universities in Mexico. In this comparative study, it is presented a series of results from an analysis in the curriculum of the chemical engineering college degree. On one hand, some curricular proposals include the incorporation of emergent issues and novelty affairs in relation to innovative technologies, studies of renewable energy sources and synthetic fuels, recycling of products and byproducts, biotechnology, polymers, nano-technologies and new materials. On the other the approach of educational proposals focusing on the student's self-learning, such as: the incorporation of virtual educational modalities, multilingual education, the approach to professional stages (learning by doing), and the internationalization and quality of educational programs. Summarizing the results, it can be noted that in analyzed curricula, the need to incorporate in addition to new knowledge, provide environments of open and flexible learning, in which the potential of new educational technologies is exploited is observed, the databases, expert systems, multimedia and telecommunications.
机译:本研究的目的是确定墨西哥一些大学化学工程课程的主要内容。在这项比较研究中,从化学工程大学学位课程的分析中得出了一系列结果。一方面,一些课程建议包括与创新技术有关的新兴问题和新事物的纳入,可再生能源和合成燃料的研究,产品和副产品的循环利用,生物技术,聚合物,纳米技术和新材料。另一方面,以学生的自我学习为重点的教育建议方法,例如:虚拟教育方式的结合,多语言教育,专业阶段的方法(边做边学)以及教育计划的国际化和质量。总结结果,可以注意到,在分析的课程中,除了新知识外,还需要提供开放和灵活的学习环境,在其中可以观察到利用新的教育技术的潜力,其中包括数据库,专家系统,多媒体和电信。

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