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Flying Robot Production Program for Comprehensive Understanding of Mechanical and Aerospace Engineering

机译:飞行机器人生产计划,了解机械和航空航天工程

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Experience-based learning programs are very important in universities’ mechanical and aerospace engineering departments to understand the relationship between classroom lectures on traditional theories, such as material mechanics, fluid dynamics, dynamics of machinery, and control engineering, and real mechanical systems phenomena. Generally, the real phenomena are defined by interactions of multiple theories. Meanwhile, the use of recent digital manufacturing technologies, such as 3D printers, CAD/CAM, and CAE should be leveraged for more recent educational content and methods. In these circumstances, the Department of Mechanical and Aerospace Engineering at Nagoya University introduced a flying robot production program to help provide a comprehensive understanding of mechanical and aerospace engineering. This paper reports the first year results of the novel program and shares the questionnaire survey that was used to assess the results.
机译:基于体验的学习计划在大学的机械和航空航天工程部门非常重要,以了解课堂讲座对传统理论的关系,如材料力学,流体动力学,机械动态,控制工程和真正的机械系统现象。通常,真实现象由多个理论的相互作用定义。同时,应利用最近的3D打印机,CAD / CAM和CAE等数字制造技术的使用,以获得更多最近的教育内容和方法。在这种情况下,名古屋大学的机械和航空航天工程系推出了一项飞行机器人生产计划,以帮助全面了解机械和航空航天工程。本文报告了新计划的第一年成果,并分享了用于评估结果的调查问卷调查。

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