The application of LeJOS, Lego Mindstorms Robotics, in an LMS environment to teach children Java programming and technology at an early age

Ankith Rao
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引用次数: 4

Abstract

This project is designed to enhance the interest of teenagers in the fields of robotics and programming. LeJOS© and Lego® Mindstorms® Robotics were used to create and implement a Java programming curriculum in a Learning Management System (LMS). Skills in the STEM fields are required to succeed and grow in the modern job market, so children should learn about technology and programming early on. The project goal was to create a comprehensive and easily reproducible learning program that taught kids about programming and robotics in an engaging way. The course was targeted towards children ages 10-13 with no prior programming or robotics knowledge. The usefulness of the course was tested at a local middle school and an after-school center, measuring how fast students completed the course, how difficult they thought it was, and the effect of the course on students' desire to pursue programming and robotics. Survey results showed more kids were enthusiastic about pursuing programming or robotics as a career as opposed to before taking the course. The course met a 90% student satisfaction rate. For future work, a larger sample size and a refined curriculum should be implemented for an even better success rate. Also, implementing and testing the validity of this course in schools would be a big step, to see how it works in a large scale learning environment. Assistance for acquiring resources was provided by Science Cosmos®, a STEM education facility in Virginia.
LeJOS, Lego Mindstorms Robotics,在LMS环境中的应用,在儿童早期教他们Java编程和技术
这个项目旨在提高青少年对机器人和编程领域的兴趣。LeJOS©和Lego®Mindstorms®Robotics被用于在学习管理系统(LMS)中创建和实现Java编程课程。STEM领域的技能是在现代就业市场上取得成功和成长所必需的,所以孩子们应该及早学习技术和编程。该项目的目标是创建一个全面且易于复制的学习程序,以一种吸引人的方式教孩子们编程和机器人技术。该课程针对的是没有编程或机器人知识的10-13岁儿童。该课程的实用性在当地一所中学和一个课后中心进行了测试,测量学生完成课程的速度,他们认为课程的难度,以及课程对学生追求编程和机器人的愿望的影响。调查结果显示,与参加这门课程之前相比,更多的孩子热衷于将编程或机器人作为职业。这门课程的学生满意率达到90%。在今后的工作中,应该扩大样本量,完善课程,以提高成功率。此外,在学校实施和测试这门课程的有效性将是一大步,看看它如何在大规模的学习环境中发挥作用。获取资源的协助由弗吉尼亚州的STEM教育机构Science Cosmos®提供。
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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