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Technology Enhanced Learning (TEL) Environment to Develop Expansionist-Reductionist (ER) Thinking Skills through Software Design Problem Solving

机译:技术增强型学习(TEL)环境,可通过软件设计问题解决来发展扩展型-简化型(ER)思维技能

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Expansionist-Reductionist(ER) thinking skills are important in solving ill-structured problems. Expansionist thinking is the process of exploring all possibilities, and reductionist thinking is systematically choosing from the repertoire of options. Research shows that lack of ER skills may lead to narrow problem definition or weak solution design. Problem solving is one of the important competencies that an engineer should acquire to sustain in industry. Thus, it is worth training undergraduate engineering students in ER thinking skills. Our research focus is to teach undergraduate computer engineering students in learning ER thinking skills in the context of solving software design problems. In this paper, the design of the TEL environment for ER thinking skills is discussed. The study was done with second year undergraduate engineering students to investigate the effectiveness of the TEL in learning ER skills. The results showed significant improvement in ER skills in students after the training.
机译:扩张主义者-还原主义者(ER)的思维能力对于解决结构不良的问题很重要。扩张主义者的思维是探索所有可能性的过程,而还原主义者的思维则是系统地从各种选择中进行选择。研究表明,缺乏ER技能可能会导致问题定义狭窄或解决方案设计不力。解决问题是工程师在工业上应获得维持的重要能力之一。因此,值得对工程专业的本科生进行ER思维技能的培训。我们的研究重点是在解决软件设计问题的背景下,向本科计算机工程专业的学生传授学习ER思维技能的知识。在本文中,讨论了用于ER思维技能的TEL环境的设计。该研究是针对大二工程学本科生进行的,旨在研究TEL在学习ER技能方面的有效性。结果表明,培训后学生的ER能力得到了显着提高。

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