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Development of an automatic control system employing CDIO standards and competence-based learning

机译:开发采用CDIO标准和基于能力的学习的自动控制系统

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This paper addresses the experiences and results achieved by a controlled environment chamber development team, analyzed from the perspective of the CDIO initiative (Conceive, Design, Implement, Operate) and competency-based learning. The automation project was carried out within the framework of some Electrical and Electronic Engineering Faculty degree projects from the Universidad Pontificia Bolivariana. The ones who developed the solution faced several challenges in the development of their degree projects and this allowed assess how they confronted these challenges. It shows the connection between the proposed skills in different Electronic Engineering program courses and the consolidation through solving problems. The elements of the CDIO initiative were identified in the different development stages to find engineering problem solutions: Conceiving, Designing, Implementing and Operating. The analysis of the whole process can go beyond to simple exercise routine and it evidence the way in which engineering students have an asynchronous learning as they progress in achieving to the required solution. Also, this work can be framed within current proposals in Electrical and Electronic Engineering Faculty from the Universidad Pontificia Bolivariana located in Medellin-Colombia, which seeks to develop an educational and innovative environment that leverages each of the students' abilities to strengthen skills that help them carry out their projects.
机译:本文从CDIO倡议(构思,设计,实施,操作)和基于能力的学习的角度分析了受控环境研究室开发团队的经验和成果。自动化项目是在玻利维亚大学庞特分校的一些电气和电子工程学院学位项目的框架内进行的。开发该解决方案的人在其学位项目的开发中面临若干挑战,这使他们能够评估自己如何面对这些挑战。它显示了在不同的电子工程课程中提出的技能与通过解决问题进行巩固之间的联系。在不同的开发阶段确定了CDIO计划的要素,以找到工程问题解决方案:构思,设计,实施和运营。整个过程的分析不仅仅限于简单的练习程序,它还证明了工程专业学生在逐步实现所需解决方案的过程中可以进行异步学习的方式。此外,这项工作可以在位于麦德林-哥伦比亚的玻利瓦尔纳大学的电气和电子工程学院当前的建议框架内进行,该建议旨在开发一种教育和创新的环境,以利用每个学生的能力来增强有助于他们的技能开展他们的项目。

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