机器人竞赛作为机电一体化项目导向学习的激励因素

P. Butala, Rok Vrabič, Gašper Škulj, G. Oosthuizen
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引用次数: 2

摘要

提出了一种基于项目的方法在卢布尔雅那大学进行机电一体化教育。它将由各种工程学科组成的经典课程与以项目为基础的工作相结合。重点是通过具体项目“边做边学”。为此,学生团队设计系统并制造机电一体化原型。最近,其中一个项目与欧洲机器人竞赛有关。欧洲机器人是一项面向年轻团队的国际业余机器人比赛。每年的9月份都会发布一个新的规范,以供次年6月举行的竞赛使用。Eurobot的规格和时间安排非常符合机电一体化课程,比赛对学生来说是一个真正的挑战。介绍的两个案例研究包括设计、开发和快速原型。欧洲机器人比赛的经验鼓励作者在机电一体化暑期学校引入机器人比赛。事实证明,这是一种鼓励学生学习机电一体化的成功方法。该办法也被认为将在南非实施。这有助于提高技术意识,并有望在年轻人中创造一种自己动手的文化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robotics competitions as motivator for project oriented learning in mechatronics
A project-based approach to educate mechatronics at the University of Ljubljana is presented. It combines the classical curriculum composed of various engineering subjects with project-based work. The emphasis is on ‘learning-by-doing’ with concrete projects. Doing this student teams design systems and manufacture mechatronic prototypes. Recently, one of the project offerings has been related to the Eurobot competition. Eurobot is an international amateur robotics contest open to teams of young people. Annually, a new specification gets published in September for the contest to be held in June the following year. The Eurobot specifications and its timing fit well into the mechatronics curriculum and the contest represents a real challenge as motivator for students. The two case studies presented include design, development and rapid prototyping. Experiences from the Eurobot competitions encouraged the authors to introduce a robotic competition in the Summer School on Mechatronics. It turned out to be a successful way to encourage students to study mechatronics. The approach is also considered to be implemented in South Africa. This can help raise technological awareness and hopefully create a do-it-yourself culture among the youth.
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