实施四轴飞行器作为教学工具,以加强工程课程

M. F. A. Rahman, A. Ani, S. Z. Yahaya, Z. Hussain, R. Boudville, Abdul Rahim Ahmad
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引用次数: 10

摘要

本文提出了一种基于无人机技术实施的工程课程教学新方法。在一些工程相关的课程中,由于非常复杂的理论和技术解释需要没有经验的学生消化,因此教与学是困难的。在马来西亚,四轴飞行器是受年轻一代欢迎的技术之一,因为它的能力和有趣的特点,在各种应用中,如航空摄影,航空监测以及航空赛车比赛。四轴飞行器的使用被认为是通过实际接触和基于项目的学习来介绍一些工程概念的最好方法之一。这个概念能够增强理解,因为学生在学习过程中接触到一个实用的和可视化的方法。结果表明,一旦学生获得建立无人机单位的信心,他们准备通过这个过程探索更多的工程学科。开源飞行软件“任务规划器”用于配置开发中使用的每个组件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of quadcopter as a teaching tool to enhance engineering courses
This paper proposed a new teaching technique for engineering courses based on the implementation of drone technology. In some engineering related courses, teaching and learning are difficult due to very complex theoretical and technical explanation need to be digested by the non experienced students. In Malaysia, quadcopter is one of the technologies that become popular among young generation due to its capabilities and interesting features in various application such as aerial photography, aerial monitoring as well as aerial racing tournament. The use of quadcopter thought to be one of the best ways to introduce some engineering concept through a practical exposure followed by project based learning. The concept is able to enhance the understanding as students are exposed to a practical and visual approach used during the learning process. The outcomes shows that once the student gain confidence in building the drone unit, they are ready to explore more on the engineering disciplines through the process. Open source flight software, Mission Planner, is used to configure every components used in the development.
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