通过团队合作实践活动,学习不同课程的工程内容

F. Soares, A. Alves
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引用次数: 1

摘要

当学生必须解决一个涉及到这些内容的问题时,基于筒仓的课程组织不能实现不同内容的整合。为了消除这种竖井现象,本文的作者开展了一项联合倡议,为Minho大学工程学院工业工程与管理综合硕士(IEM)学生提供了一个共同的项目。生产系统组织I和过程控制与自动化是IEM三年级的两门课程。这些课程在逻辑上是基于不同内容的。然而,两者都与设计生产系统和因素(工业自动化机制)有关。这样做,生产系统将在更短的时间内生产,并且将是无浪费的。本文的作者和两门课程的教师通过对两门课程制定一个共同的项目,期望学生实现课程内容的整合。作为主要成果,学生们组成团队,在课堂上进行了一次动手活动,他们模拟了一条自动化生产线。评估过程包括角色扮演活动和支持它的相关信息。在第一次经验显示出积极的结果之后,作者重复了这一经验,得出结论认为继续投资于这种综合活动是值得的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Learning engineering contents from different courses through a hands-on activity teamwork
The silo-based curriculum organization do not enable the integration of different contents when students have to solve a problem that involves these contents. To eliminate this silo-based, the authors of this paper carried out a conjoint initiative in giving a common project to the Integrated Master of Industrial Engineering and Management (IEM) students in the School of Engineering of University of Minho. Production Systems Organization I and Process Control and Automation are two courses in the 3rd year of IEM. These courses are logically different content-based. Nevertheless, both are related to design production systems and factors (industrial automated mechanisms). Doing this, production system will produce in less time and it will be waste-free. By developing a common project for both courses, the authors of this paper and teachers of the two courses, expected that students realize the course contents integration. As a main result, the students organized in teams, performed a hands-on activity in the class where they simulate an automated production line. The assessment process included the role-play activity and the relevant information that supports it. After a first experience which revealed positive outcomes, the authors repeated the experience concluding that it is worth to continue investing in such integrated activities.
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