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Engineering education perspective for sustainable development: A maturity assessment of cross-disciplinary and advanced technical skills in eco-design

机译:可持续发展的工程教育视角:生态设计中跨学科和先进技术技能的成熟度评估

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Nowadays, more and more students feel a lack of teaching development for sustainability topics in their curriculum. In French engineering schools or universities most of training courses do not answer to this challenge because they modestly include the question of sustainability in their curricula. Companies also strongly evolve in their industrial strategy in order to integrate environmental, economic and social perspectives and criteria in their product development process. Thus, they are looking for new skills by recruiting young technicians and engineers.The question arises how can be improved the integration of basics of sustainable engineering in trainings rooted in technical knowledge. To start addressing such a question, we propose in this paper a skill crossover matrix. Later, this matrix will evolve toward guidelines which may allow combining specific knowledge of eco-design skills and cross-disciplinary competencies.First, we conduct a systematic review of the literature to identify fundamental skills and knowledge associated to sustainable development approach in engineering and then specifically focusing on ecodesign. Second, we have confronted advanced technical skills from engineer's framework to cross-disciplinary skills in order to identify which connection could be possible. Then, we propose a survey with different academic profiles at different levels of training courses in the French education system. This allow us to clearly define what means eco-design teaching for them to compare expectations with reality on the academic ground. Last, we identified which skills need to be developed.This maturity assessment will allow us to define basis for guidelines which must help later teachers in engineering and technology to create and define their own fundamental and training content for ecodesign. Furthermore, this tool will also allow students to have a better vision over of their progress in skill growing level.
机译:如今,越来越多的学生们在课程中缺乏可持续性主题的教学发展。在法国工程学校或大学中,大多数培训课程都不回答这一挑战,因为他们在课程中谦虚地包括可持续性问题。公司在其产业战略中也强烈发展,以整合环境,经济和社会观点和产品开发过程的标准。因此,他们正在寻找新技能来招募年轻的技术人员和工程师。该问题出现了如何改进可持续工程基础知识在植根技术知识中的培训中的整合。要开始解决此类问题,我们提出了本文一个技能交叉矩阵。稍后,该矩阵将发展朝着可以允许结合生态设计技能的具体知识和跨学科竞争力的准则。首先,我们对文献进行了系统审查,以确定与工程中可持续发展方法相关的基本技能和知识,然后专注于eacodesign。其次,我们对工程师的框架造成了先进的技术技能来跨学科技能,以确定可能的连接。然后,我们向法国教育系统的不同培训课程提供了不同学术概况的调查。这让我们清楚地定义了生态设计教学的意思,让他们在学术基础上与现实进行比较。最后,我们确定了需要开发哪些技能。本到期评估将允许我们确定必须帮助工程和技术教师的指导方针的基础,以创造和定义其自身基本和培训的成员。此外,此工具还将允许学生在技能日益增长的水平上具有更好的视觉。

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