Developing a Smart Grids System as a PBL with Agile Method on Computer Engineering Courses

C. Coutinho, Johnny Cardoso Marques, S. Yelisetty, Samoel Mirachi, Alexandre Lima Possebon Ribeiro, Marcelo Amaral da Silva, A. Cunha, L. Dias
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引用次数: 5

Abstract

This paper describes an experiment of integrating three courses at the Brazilian Aeronautics Institute of Technology, within the Electronic and Computer Engineering Graduate Program on the 1st semester of 2011. A smart grids system was used as a Problem Based Learning (PBL) strategy together with an agile method and best practices within a project developed on three courses: CE-240 Database Systems Project, CE-245 Information Technologies, and CE-229 Software Testing. Students of these courses had to interact, in order to produce a prototype of a smart grids system, simulating a real project development. At the end, a survey among students has proved that the integration of practical exercises has provided higher levels of understanding and problem solving capabilities, improving students' knowledge. The survey also has shown that communication between students from different courses should be improved. The major findings of this paper were that the integration of the three courses was favorable by 83% of the surveyed students, and most students (73%) have considered that their knowledge was improved. Authors recommend the use of practical exercises, courses integration, and PBL to considerably increase the quality of electronic and computer engineering courses.
在计算机工程课程中用敏捷方法开发PBL型智能电网系统
本文描述了2011年第1学期巴西航空技术学院电子与计算机工程研究生项目中整合三门课程的实验。将智能电网系统作为基于问题的学习(PBL)策略,结合敏捷方法和最佳实践,在一个项目中开发三门课程:CE-240数据库系统项目、CE-245信息技术和CE-229软件测试。这些课程的学生必须互动,以产生一个智能电网系统的原型,模拟一个真实的项目开发。最后,一项对学生的调查证明,实践练习的结合提高了学生的理解能力和解决问题的能力,提高了学生的知识水平。调查还显示,不同课程的学生之间的交流应该得到改善。本文的主要发现是83%的受访学生对三门课程的整合表示赞同,大多数学生(73%)认为他们的知识得到了提高。作者建议使用实践练习、课程整合和PBL来显著提高电子和计算机工程课程的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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