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Massive Project Based Learning through a Competition: Impact of and Insights from the e-Yantra Robotics Competition (eYRC -- 2013)

机译:通过竞赛进行基于项目的大规模学习:e-Yantra机器人竞赛的影响和见识(eYRC-2013)

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Embedded systems and robotics are interdisciplinary and have a wide range of applications, making them ideal subjects for sparking innovation and creative thinking in engineering students. One way to teach these subjects to students across the country is through distance education. However, as hands-on experiments are a major part of such courses to be effective, and since most colleges lack robotics labs, such attempts have proven to be ineffective. By combining aspects from on-line distance education, multimedia content dissemination, and a step-by-step approach to impart Project Based Learning, e-Yantra Robotics Competition (eYRC) addresses this challenge. One hundred and sixty teams of four members each were provided with: (i) a real-world problem abstracted as a theme, (ii) a robotic kit along with accessories to implement a solution to a given theme, and (iii) tasks with associated templates to train them on the various steps of a project life cycle over the 4-month duration of the competition. Results show that 94% of the teams gained basic knowledge of embedded systems and robotics, with 60% successfully implementing a solution on the robot and 24% exhibiting creativity and critical thinking skills in addition.
机译:嵌入式系统和机器人技术是跨学科的,具有广泛的应用,使其成为激发工程专业学生创新和创造性思维的理想学科。向全国的学生教授这些学科的一种方法是通过远程教育。但是,由于动手实验是有效的此类课程的主要部分,并且由于大多数大学都没有机器人实验室,因此这种尝试已被证明是无效的。通过结合在线远程教育,多媒体内容传播和分步实施方法进行基于项目的学习的方法,e-Yantra机器人竞赛(eYRC)解决了这一挑战。为每队四个成员组成的160个小组提供了:(i)以主题为主题的现实世界中的问题;(ii)机器人套件以及用于实现给定主题的解决方案的附件;以及(iii)任务相关模板,以对他们进行为期4个月的竞赛期间的项目生命周期各个步骤的培训。结果表明,94%的团队获得了嵌入式系统和机器人技术的基础知识,其中60%的团队成功地在机器人上实现了解决方案,还有24%的团队还展示了创造力和批判性思维能力。

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