The correlation between participating extramural programming courses and children's intelligence development

Xiang Liuxinyue, Wenyue Deng, Lingrui Zhang
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引用次数: 0

Abstract

: Recently, artificial intelligence has been developed at an surprising speed and used in different aspects in our society. In fact, robot programming courses have become a hot topic being discussed in the education sector. Since 2014, computer education reform in primary and secondary schools worldwide has advanced programming courses to the first grade of primary school or even pre-school stage[1]. Therefore, an increasing number of parents enroll their children to robot programming training courses. The father of children’s programming education Mitchel Resnick [2] believe programming is a kind of education that allows children to creatively address practical problems by thinking in a way that how programs run and this goal has become the recruitment and promotion slogans used by various programming training institution. However, whether extramural programming courses can actually achieve the goal claimed or they are just a so-called ‘ stupid tax’ paid by parents remains to be a widely discussed and controversial topic. Based on Wechsler Intelligence scale of children fourth edition measurement scale [3], our research conducts an intelligence test for 50 children, with an average age of 10 and who are attending programming courses, to find out whether participating extramural programming courses can indeed enhance children’s problem-solving skills and calculation capacity.
参加校外编程课程与儿童智力发展的关系
最近,人工智能以惊人的速度发展,并应用于我们社会的各个方面。事实上,机器人编程课程已经成为教育界讨论的热门话题。2014年以来,全球中小学计算机教育改革将编程课程推进到小学一年级甚至学前阶段b[1]。因此,越来越多的家长让他们的孩子参加机器人编程培训课程。少儿编程教育之父mitchelresnick b[2]认为编程是一种让孩子以思考程序如何运行的方式创造性地解决实际问题的教育,这一目标已成为各种编程培训机构招聘和晋升的口号。然而,校外编程课程是否真的能达到所宣称的目标,或者它们只是家长支付的所谓“愚蠢的税”,仍然是一个广泛讨论和有争议的话题。本研究基于韦氏儿童智力量表第四版测量量表[3],对50名平均年龄为10岁的参加编程课程的儿童进行了智力测试,以了解参加校外编程课程是否确实能提高儿童的解决问题能力和计算能力。
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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