THE PERSPECTIVE AND THE EFFECTS OF ROBOTICS COURSES IN SCHOOL EDUCATION

A. Popa
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Abstract

This research has focused on exploring how the introduction of robotics classes in school can improve the educational process, especially in the direction of teaching children with the abilities of the 21 century, due to the new robotics that are attracting more and more. Two groups of students from a state school in Bucharest, Secondary School Nr. 195, participated in this research. The experimental group participated in the Robotics course and the control group participated in a course on Applied Mathematics in Transmission of the Movement, over a seven weeks period, in the year 2017. At that time, the students in both groups were in 3rd grade, their average ages was 9-10 years. The group that conducted the Robotics course had 33 students, and the group that developed the Applied Mathematics course in Transmitting the Movement had 37 students. For this research, LEGO kits such as Lego Mindstorm have been used and assimilated, allowing students to work in teams. This facilitated the understanding of the basic notions, and the children subsequently succeeded in expressing and developing their own ideas. The notions of robotics, the basic technological concepts have been easily assimilated by groups of students aged 10. Student debates, mathematical problem solving, teamwork, and the interest of children in the process of designing robots shows that robotics is a winning discipline.
机器人课程在学校教育中的前景与效果
这项研究的重点是探索在学校引入机器人课程如何改善教育过程,特别是在教育具有21世纪能力的孩子的方向上,因为新的机器人技术吸引了越来越多的人。来自布加勒斯特一所公立学校第195中学的两组学生参加了这项研究。2017年,实验组参加了机器人课程,对照组参加了运动传播中的应用数学课程,为期七周。当时两组学生均为三年级学生,平均年龄为9-10岁。进行机器人课程的小组有33名学生,开发应用数学课程的小组有37名学生。在这项研究中,乐高工具包,如乐高头脑风暴已被使用和吸收,允许学生在团队中工作。这促进了对基本概念的理解,孩子们随后成功地表达和发展了自己的想法。机器人的概念,基本的技术概念很容易被一群10岁的学生吸收。学生辩论、数学问题解决、团队合作以及孩子们在设计机器人过程中的兴趣表明,机器人是一门必胜的学科。
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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