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An innovative project on integrating university and high school in a multidisciplinary engineering approach

机译:在多学科工程方法中融入大学和高中的创新项目

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High school teaching was not always able to follow the rapid changes on automation and communication technologies during the last years, despite of the relevance of the environmental and technological problems in our society. Therefore, these topics are not well covered by the high school curricula. One of the possible actions to reduce the gap between school and technological development is to develop real projects in the school applying new technologies. To this end, the University of Buenos Aires, the Argentine Association of Automatic Control and two high schools (one specialized on electricity technology and other in informatics) developed the Project presented in this paper. The main educational objective of the project is to integrate researchers, professors and students of different levels to work for the solution of real technological problems, involving different aspects: technical, methodological-organizational conceptual, and social. The technical objective of the project consists on the automation and Internet connection of a solar energy facility. The solar panel will be oriented and controlled automatically by a control system composed by PLC's and Supervision software. The whole control and the data from a meteorological Station will be accessible by Internet. This project is being developed from September 2001 until July 2002 by teams integrated with high schools students, teachers, university professors and researchers on each field involved (automation. renewable energies, informatics) and wins the prize to the educational innovation 2001 granted by YPF-ANTORCHAS Foundation Argentina.
机译:尽管我们社会环境问题的相关性,高中教学并不总能遵循过去几年在过去几年中自动化和通信技术的快速变化。因此,这些主题不受高中课程覆盖。减少学校和技术发展之间差距的可能行动之一是在学校应用新技术的实际项目。为此,布宜诺斯艾利斯大学,阿根廷自动控制协会和两所高中(专业从事电力技术和信息学专业)开发了本文提出的项目。该项目的主要教育目标是将研究人员,教授和学生融入不同层次的学生,以解决实际技术问题的解决方案,涉及不同方面:技术,方法论组织概念和社会。该项目的技术目标由太阳能设施的自动化和互联网连接组成。太阳能电池板将由PLC和监督软件组成的控制系统自动定向和控制。整体控制和来自气象站的数据将通过互联网访问。该项目是从2001年9月到2002年9月开发的,由参与的每个领域的高中学生,教师,大学教授和研究人员融入2002年(自动化。可再生能源,信息学)并赢得了ypf授予的教育创新奖Antorchas Foundation阿根廷。

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