Experiential Learning for High School Students Using a Solar Powered Artifact: Engineering Outreach

Kai Goodall, D. Oyedokun, H. Chisepo, Pitambar Jankee
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Abstract

The drive to develop an interest in engineering in high school learners is critical to society. We identified the need for a memorable educational artifact to initiate and sustain an interest in electrical engineering. Our developed artifact is aimed at increasing the educational impact of outreach initiatives to encourage high school learners to study engineering. As a result, learners are exposed to interactive technologies and fundamentals of electrical engineering at a pre-university level. In this paper, we present an active and interactive educational autonomous/remote controlled solar car. The design is based on the ‘sense, think and act’ philosophy. The device incorporates digital signal processing, control, power, communication, and robotics. The first field test in the form of an educational outreach demonstrated that learners engaged positively with the car and had a keen interest in electrical engineering applications. The implications of this study are that the solar car proved to be an effective educational outreach tool for engineering, and that it met the project's technical requirements.
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高中生使用太阳能神器的体验式学习:工程推广
培养高中学生对工程的兴趣对社会是至关重要的。我们确定了需要一个令人难忘的教育工件来启动和维持对电气工程的兴趣。我们开发的工件旨在增加扩展计划的教育影响,以鼓励高中学习者学习工程。因此,学习者在大学预科阶段就接触到互动技术和电气工程基础知识。在本文中,我们提出了一种主动和互动的教育自主/遥控太阳能汽车。设计基于“感觉、思考和行动”的理念。该设备集成了数字信号处理、控制、电源、通信和机器人技术。以教育推广形式进行的第一次现场测试表明,学习者积极参与汽车,并对电气工程应用产生了浓厚的兴趣。这项研究的意义在于,太阳能汽车被证明是一种有效的工程教育推广工具,并且它符合该项目的技术要求。
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