Demonstration of the use of robotics in the development of a scrap processing model for mechatronic education

I. Bula, E. Hajrizi, N. Kunicina
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引用次数: 1

Abstract

The role of demonstration of functional principles to students in education is very important, especially for engineering specialities. The usage of already known situations for students, as example environmental problems is a word vide challenge, and it could be used for education purposes. The technology development process has another side, as example a few year-old electronic product lives became suddenly short. This brings to an explosion and rapid acceleration in producing e-waste and solid waste. Waste and problems that they bring such as environmental and ecological problems are currently very well recognised among young generation, and they are familiar with that challenge from school. The education and awareness among people about the consequences of their actions is a basis for the arising creativeness, and to motivate students to involve themselves for the equipment designer's position. The career development path in the area of equipment design is basis for the entrepreneurship skills development, and it a good beginning for the motivation of students. The utilisation of e-waste is a good solution to brake psychological barrier, that students can do something wrong, as the creativeness well be based on low cost solutions. Education of new generations in order to change their behaviour regarding mechatronic scrap, is presented as a new approach of treating a mechatronic scrap. This is realized by building with students a few examples of autonomous mobile robots. This process of recycling was used to combine theoretical part with a practical one, in order to design and built robot from scrap. The Building Robots from scrap is in same time a starting point on how we can reuse mechatronic scrap, and how we can start from individual level to contribute in reduction of scrap.
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示范在机电一体化教育的废料处理模型的发展中使用机器人
功能原理的演示在教育中对学生的作用是非常重要的,特别是对工程专业。对于学生来说,使用已知的情况,例如环境问题,是一个单词视频挑战,它可以用于教育目的。技术发展过程也有另一面,比如几年前的电子产品寿命突然变短了。这导致电子废物和固体废物的产生呈爆炸式增长并迅速加速。现在的年轻一代已经很清楚垃圾及其带来的环境和生态问题,他们也很熟悉学校的挑战。人们对其行为后果的教育和意识是产生创造力的基础,并激励学生参与设备设计师的职位。装备设计领域的职业发展路径是创业技能发展的基础,是激发学生创业动力的良好开端。电子垃圾的利用是一个很好的解决方案,刹车心理障碍,学生可以做一些错误的,创造性的基础上,低成本的解决方案。对新一代进行教育,以改变他们对待机电报废的行为,是一种处理机电报废的新途径。这是通过与学生一起构建几个自主移动机器人的例子来实现的。利用这一回收过程,将理论部分与实际部分相结合,设计并制造了废旧机器人。从废料中建造机器人同时也是我们如何再利用机电废料的起点,以及我们如何从个人层面开始为减少废料做出贡献。
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