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Innovative Experimental Approach of Learning-Through-Play Theory in Electrical Engineering

机译:电气学习中“通学”理论的创新实验方法

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In this paper we introduce an approach of play-based learning within electrical engineering. The proposed methodology tries to develop a play-based experience by two stages: firstly, the learning by doing theory will teach the 'rules of the game' and then, it is completed with a final practice that implements the rhetoric of the learning-through-play theory. Both techniques have resulted in positive learning outcomes by enhancing the student role in the learning process through increasing the motivation. An experimental play-based Wireless Sensor Network (WSN) platform is introduced as an aid in teaching location techniques based on RSSI (Received Signal Strength Indicator) in the frame of a radiolocation course at graduate level. The platform is implemented using low-cost commercial modules and one easy-to-use software program. We deepen in the layout challenges facing instructors in the frame of a play-based learning experience. So, we outline critical points as the teacher's role, the time constraint and the trade-off between actual advantages and efficiency. We propose also one method to correctly evaluate the cognitive and affective dimensions of the play-based settings by the development of a smart learning route chart that represents a study guidance indicating the flow expected for the objectives and its evaluation.
机译:在本文中,我们介绍了电气工程中基于游戏的学习方法。所提出的方法论试图通过两个阶段来发展基于游戏的体验:首先,“边做边学”将教授“游戏规则”,然后,它以一种最终的实践来完成,该实践实现了“学习型”的修辞学。游戏理论。两种技术都通过增加动机来增强学生在学习过程中的作用,从而产生了积极的学习成果。引入了一个基于实验的实验性无线传感器网络(WSN)平台,以帮助在研究生级别的无线电定位课程的框架中基于RSSI(接收信号强度指示器)教授定位技术。该平台使用低成本的商业模块和一个易于使用的软件程序实现。在基于游戏的学习体验框架中,我们加深了教员面临的布局挑战。因此,我们将关键点概括为教师的角色,时间限制以及实际优势与效率之间的权衡。我们还提出了一种方法,可以通过开发智能学习路线图来正确评估基于游戏的设置的认知和情感维度,该路线图代表指示目标和评估预期流程的学习指导。

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