基于机器人的挑战:培养工科学生的学科和软能力

Israel Zamora-Hernández, M. Rodríguez-Paz, J. A. González-Mendivil
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引用次数: 4

摘要

在本文中,我们展示了在我们的教育模型中,来自不同学科的学生使用教育机器人套件共同完成给定挑战的“i-week”一周内工程专业学生能力发展的结果。研究了学科能力和软能力的发展。挑战与使用机器人和可编程逻辑控制器(PLC)的制造单元的构建有关,我们希望在其中开发基本编程和逻辑思维等学科能力。另一方面,这一挑战也有助于培养工程专业学生的软能力,如谈判技巧、时间管理、在多学科和多元文化团队中工作等。在本文中,我们展示了教育策略、方法和实施的结果,并提出了扩展这种方法的建议,以便更多的学生可以参与这类项目。取得的结果超出了预期,根据学生的看法是非常积极的。
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Robot based Challenges to Develop Disciplinary and Soft Competencies in Engineering Students
In this paper, we present the results on the developing of competencies in Engineering students during a week called “i-week” in our Educational Model in which students from different disciplines work together on a given challenge using educational robot kits. The development of disciplinary competencies as well as soft competencies are studied. The challenge is related to the construction of a manufacturing cell using robots and Programmable Logic Controllers (PLC) in which we look to develop disciplinaries competencies such as basic programming and logical thinking. On the other hand, the challenge also allows for the developing of soft competencies in students of Engineering such as Negotiation skills, Time Management, Working in a Multidisciplinary and Multicultural Team. In this paper we show the educational strategy, the methodology and the results of the implementation as well as a proposal to extend this methodology so that more students can participate in this type of projects. The results obtained exceeded the expectations and are very positive according to the students’ perceptions.
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