The Importance of Computational Thinking to Train Structured Thinking in Problem Solving

R. Andrian, R. Hikmawan
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引用次数: 3

Abstract

Ability to do problem solving will be greatly influenced by how the flow of thinking in decomposing a problem until it finds the root of the problem so that it can determine the best solution. There is currently a growing recognition around the world that all fields require a prerequisite ability, namely to think logically, in a structured manner, and use computational tools to rapidly model and visualize data. This ability is known as Computational Thinking (CT). In this study, the author applied the computational thinking key concept in a case study to train structured thinking in problem solving. Computational thinking key concept includes Decomposition, Pattern recognition, Abstraction, and lastly use algorithms when they design simple steps to solve problems. Based on our case study that has been model, the result shows us that Computational Thinking can be used to train structured thinking in problem solving in everyday life
计算思维对训练结构化思维解决问题的重要性
解决问题的能力将在很大程度上受到思维流程如何分解问题的影响,直到找到问题的根源,从而确定最佳解决方案。目前,世界上越来越多的人认识到,所有领域都需要一种先决能力,即以结构化的方式进行逻辑思考,并使用计算工具快速建模和可视化数据。这种能力被称为计算思维(CT)。在本研究中,作者将计算思维的关键概念应用于一个案例研究中,以培养解决问题的结构化思维。计算思维的关键概念包括分解、模式识别、抽象,最后利用算法设计简单的步骤来解决问题。基于我们已经建模的案例研究,结果表明计算思维可以用于训练日常生活中解决问题的结构化思维
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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