Stem education and the learning of mathematics in vulnerable populations

IF 0.4 Q4 ENGINEERING, MULTIDISCIPLINARY
Jairo Alberto Cuéllar-Guarnizo, Wilmer Hernández-Álvarez, Marco Antonio Gutiérrez-Cárdenas, Hayley Dahiana Vega-Santofimio
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Abstract

Introduction: This article is the product of a project developed by UNIMINUTO in the nineth grade of the Educational Institution Simón Bolivar in “La Nohora” neighbourhood of the Villavicencio - Colombia, this project was executed during 2017 and 2018. Problem: The problem is the low academic performance of students in mathematics, in addition to multiple possible adverse situations they face as a vulnerable population. Objective: The objective is to have a positive impact on the academic performance of the students. Methodology: In the strategy development, STEM education was used to support the learning of math through six sessions were carried out your own classroom. The students solved challenges by programming robots. Results: Complete each challenge had an important attitudinal impact on the students, the joy and satisfaction of them were an unexpected result. A previous knowledge test was carried out at beginning and at the end of the sessions a formative test was applied too. Afterwards, the results of both tests were compared to evidence improvements in the students' mathematical skills. Conclusions: It was possible to provide the target population with an alternative to understand issues mistakenly considered difficult and to propose important playful and didactic moments in cognitive development. Originality: This article shows an educational innovation that the team of researchers will continue to apply. through new projects that allow financing the purchase of equipment and the logistics of the workshops. Limitations: Lack of strategic alliances that allow financing more meetings with students and the acquisition of more robots.
Stem教育与弱势群体的数学学习
简介:本文是UNIMINUTO在哥伦比亚Villavicencio的“La Nohora”社区Simón Bolivar教育机构九年级开发的一个项目的产物,该项目于2017年和2018年执行。问题:问题是学生在数学方面的学习成绩低,此外,他们作为弱势群体还面临着多种可能的不利情况。目标:目标是对学生的学习成绩产生积极影响。方法:在战略制定中,STEM教育用于支持数学学习,共有六节课在自己的课堂上进行。学生们通过给机器人编程来解决挑战。结果:完成每一项挑战对学生的态度都有重要影响,他们的快乐和满足感是一个意想不到的结果。之前的知识测试在课程开始时进行,在课程结束时也进行了形成性测试。之后,将两项测试的结果与学生数学技能提高的证据进行比较。结论:有可能为目标人群提供一种替代方案,让他们理解被错误地认为困难的问题,并提出认知发展中重要的嬉戏和说教时刻。原创:本文展示了研究团队将继续应用的教育创新。通过新项目,为购买设备和车间后勤提供资金。局限性:缺乏战略联盟,无法为与学生的更多会议提供资金,也无法购买更多机器人。
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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Ingenieria Solidaria
Ingenieria Solidaria ENGINEERING, MULTIDISCIPLINARY-
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