少儿与成人学习曲线与自适应行为之比较,使用计算思维与方块程式设计技术促进学习

Felipe Moreno-Vera, Leonardo León-Vera, Juan Moreno-Motta, Juan Guizado-Vasquez, Michael Vera-Panez
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引用次数: 0

摘要

在这篇文章中,我们提出了一项研究,在相同的学习条件下,相同的环境,相同的班级,相同的工具和相同的方法,如心理地图,6至9岁的儿童,10至13岁的青少年,14至17岁的年轻人和18岁的成年人,他们的学习速度和信息保留能力有多大差异。计算思维和脚本语言问题,旨在通过使用块编程的不同在线平台学习算法,对象和类的概念,用于创建机器人,物联网概念和电子硬件概念。此外,衡量学习曲线的方法是评估他们在一段时间内掌握的能力、获得的技能和学到的知识,以及他们用来解决问题的方法。
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Comparison of the learning curve and adaptive behavior from kids to adults using computational thinking with Block-Programming to Technology Enhanced Learning
In this article we present a study on how much the learning speed differs and how much information retention capacity children between 6 to 9 years old, adolescents between 10 to 13 years old, young people between 14 to 17 years old and adults from 18 years old Who have in the same conditions of learning, same environment, same classes, same tools and the same methodology, such as mental maps, computational thinking and scripting language questions with the aim of learning concepts about algorithms, objects and classes applied to create robots, IoT concepts and Electronic hardware concepts through different online platforms using Block Programming. In addition, the way in which the learning curve is measured is evaluating the ability to retain, skill gained and how much they have learned during the course of a certain time, also the methodology that they use to solve problems.
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