Effect of wide observation of nature in renewable energy engineering education

Yeganeh Ghandriz, Seyed Mohamadreza Ziaiean Noorbakhsh, R. Gavagsaz-Ghoachani, M. Phattanasak
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引用次数: 6

Abstract

Engineering system is always looking to promote educational routes for students. The promotion of the educational route is only possible with the changes in education infrastructure, the new methods of training should be chosen in a way that considers the opportunity of learning from the environment, understand the performance and the effectiveness of the method on the educational system. The proposed method is a combination of wide observation of nature along with educationally effective parameters. The purpose of this method in the training process is to provide the development of deep thinking, movement and curiosity, in addition to the apparent attractiveness. The general structure of this method can be applied in any field and discipline. The focus of the paper is centered on the influence of the wide observation of nature in renewable energy. Choosing a new educational method will depend on the students acceptance. To evaluate this method, two questionnaires were design and two groups of students with a bachelor of mechanical engineering and master of renewable energy were asked to respond to them. The results of surveys showed that the method was satisfying in the education of renewable energy. On the other hand, it helps with developing expertise and creativity in producing technical and specialized knowledge.
广泛观察自然在可再生能源工程教育中的作用
工程系统一直在寻求促进学生的教育途径。教育路线的推广只有随着教育基础设施的变化才有可能,新的培训方法的选择应考虑到从环境中学习的机会,了解该方法对教育系统的表现和有效性。所提出的方法是广泛的自然观察与教育有效参数的结合。这种方法在训练过程中的目的是提供深度思考,运动和好奇心的发展,除了表面上的吸引力。这种方法的总体结构可以应用于任何领域和学科。本文的重点集中在广泛的自然观测对可再生能源的影响。选择一种新的教育方法将取决于学生的接受程度。为了评价该方法,设计了两份问卷,分别对机械工程学士和可再生能源硕士两组学生进行了问卷调查。调查结果表明,该方法在可再生能源教育中是令人满意的。另一方面,它有助于在生产技术和专业知识方面发展专业知识和创造力。
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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