Engineering graduation: why introduce sustainability

Cynthia Maria de Andrade Lima, Francisco José Costa Araújo, Karin Vanessa Cecílio Panadés
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Abstract

This article exposes the importance of training engineers who, since graduation, have in depth knowledge in both practical and theoretical areas of social, environmental and economic issues, including sustainability in its entirety. Through a bibliographical review of the existing materials in this context and the results obtained through researches, it was possible to confirm the theories addressed throughout the text. The pertinence of this article comes from the need to control the progress of the destruction of the environment that is directly influenced by the practice of the Engineering profession. The engineer, because of his active participation in the changes in the environment in which he lives, has increasingly felt the need to adapt to the new world reality, which requires, both socially and economically, the introduction of sustainability in the practice of the profession. From this, we have succeeded in researches that demonstrated, through data and graphs, the growing requisition of the economic market for environmental certificates such as ISO 14001: 2015, used in Brazil, which had its emission intensified around 544% in the period of 2016 to 2017. However, with a survey conducted at the Polytechnic School of Pernambuco, it was possible to note that only an average of 1.94% of the engineering curriculum is intended for sustainability education, thus confirming the importance of upgrading university programmes. In addition to this innovation in the faculties, it is necessary to live the principles of sustainability, as in the concept of "living laboratory", in which engineering undergraduate institutions become the means that allows and provides the insertion in the labor market , of a conscientious professional in relation to the sustainability pillars, including the social, environmental and economic spheres. 
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工程学毕业:为什么要引入可持续性
这篇文章揭示了培养工程师的重要性,因为毕业后,他们在社会、环境和经济问题的实践和理论领域都有深入的知识,包括整体的可持续性。通过对这方面现有材料的书目审查和通过研究获得的结果,有可能确认整个文本所涉及的理论。本文的针对性来自于控制环境破坏进程的需要,这直接受到工程专业实践的影响。工程师,因为他积极地参与了他所生活的环境的变化,越来越感到需要适应新的世界现实,这需要在社会和经济上,在专业实践中引入可持续性。由此,我们通过数据和图表成功地研究表明,经济市场对巴西使用的ISO 14001: 2015等环境证书的需求日益增长,其排放量在2016年至2017年期间增加了约544%。然而,根据在伯南布哥理工学院进行的一项调查,可以注意到,平均只有1.94%的工程课程是为可持续发展教育而设计的,从而证实了升级大学课程的重要性。除了院系的这种创新之外,还必须遵循可持续发展的原则,如“生活实验室”的概念,在这个概念中,工程本科院校成为允许并提供插入劳动力市场的手段,与可持续发展支柱相关的尽职尽责的专业人员,包括社会,环境和经济领域。
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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