A Novel Education Program Using Autonomous Ground Vehicles to Develop STEM Skills

Rolando Bautista-Montesano, Carlos Rogel-Hurtado, Gabriela Arzate-Bello, P. Ponce-Cruz
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引用次数: 5

Abstract

This paper presents the implementation of a novel education program at Tec de Monterrey, Campus Ciudad de México. The Tecquium program fights back the declining interest in STEM areas in teenagers and young adults. It employs novel education techniques as flipped classroom, gamification and problem-based learning during the participation of a Mexican team in an international programming and 1/10 autonomous vehicles racing competition. These techniques belong to the Tec21 model. There are two focus groups: high school and undergraduate. Each one of them aims to develop specific technical and social skills. The continuous development of knowledge in AGVs demand a state- of-the-art platform capable of running high demanding calculations and movement. Sensing, sensor fusion, data processing, ML, AI and path planning algorithms form the basis of the program's curriculum. More than twenty students have been reached. Results show the effectivity of this program as there is a bigger interest in participating in STEM related activities in high schoolers and a higher commitment in undergraduate students doing research.
利用自主地面车辆开发STEM技能的新型教育项目
本文介绍了蒙特雷理工大学校园Ciudad de mamexico的一项新教育计划的实施情况。Tecquium的项目旨在扭转青少年和年轻人对STEM领域日益下降的兴趣。在墨西哥团队参加国际编程和1/10自动驾驶汽车竞赛期间,它采用了新颖的教育技术,如翻转课堂、游戏化和基于问题的学习。这些技术属于Tec21模型。有两个目标群体:高中生和大学生。每一门课程都旨在培养特定的技术和社交技能。agv知识的不断发展需要一个能够运行高要求计算和运动的最先进的平台。传感、传感器融合、数据处理、机器学习、人工智能和路径规划算法构成了该项目课程的基础。已经联系了20多名学生。结果显示了该计划的有效性,因为高中生对参与STEM相关活动的兴趣更大,本科生对从事研究的承诺更高。
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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