Social challenges in education for sustainable engineering future: Transformative guideline

D. Radosavljević, A. Jelić, A. Božić, Ana Slavković, Ana Popović, Goran Tadić
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Abstract

Engineers are educated and trained to take the lead in sustainable development, tackling worldwide difficulties like depletion of natural resources, contamination, fast-growing populations, and ecological degradation. The relevance of government entities dealing with sustainable development is linked to the societal problem of future education. While all social-economical and/or technical variables play a role in determining the outlook in which each competence originates, novel-adaptive thinking, social intelligence, design mentality, and sense-making, social imagination (cross-sectoral fertilization), cognitive load management, virtual collaboration and networking, and novel media literacy suggest representing crucial drivers for the development of each ability. An extensive selection of continuing education programs enables graduates to improve subject-specific skills and extend their professional networks, with the objective of preparing motivated and highly-trained professionals for the job market. It is feasible to achieve the aim of a sustainable engineering future by recognizing the relevance of these criteria, comprehending, and adequately fulfilling them.
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可持续工程未来教育中的社会挑战:变革指南
工程师接受的教育和培训是为了在可持续发展方面发挥带头作用,解决诸如自然资源枯竭、污染、人口快速增长和生态退化等全球性难题。处理可持续发展的政府实体的相关性与未来教育的社会问题有关。虽然所有社会经济和/或技术变量都在决定每种能力起源的前景方面发挥着作用,但新颖适应性思维、社会智力、设计心态和意义构建、社会想象力(跨部门施肥)、认知负荷管理、虚拟协作和网络以及新颖媒体素养表明,它们是每种能力发展的关键驱动因素。广泛的继续教育课程选择使毕业生能够提高特定学科的技能,扩展他们的专业网络,为就业市场准备积极和训练有素的专业人士。通过认识到这些标准的相关性,理解并充分实现它们,实现可持续工程未来的目标是可行的。
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