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Adapting the Telecommunication Engineering curriculum to the EEES: A project based learning tied to several subjects

机译:使电信工程课程适应EEES:与多个学科相关的基于项目的学习

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This paper describes the adaptation process to the European Credit Transfer System requirements of several subjects aiming at the Information and Communication Technologies (ICT) learning. Specifically, these subjects are sited at the Telecommunications Engineering studies lectured in the University of Valladolid. In a first step two first grade subjects have been established, while in a second and final step, coinciding with the new degrees beginning, it will be extended to five subjects placed in consecutive semesters. The global programming has been divided into several subprojects of growing complexity, developed into subjects sited in different and successive semesters of the degree, following a pathway leading to the development of a global project throughout four years. The whole learning process is ICT-supported, as tools for overcoming distance and scheduling barriers are offered. In particular, Moodle platform is used, which has been enhanced with self-evaluation and co-evaluation tools developed by the teaching group. Main innovation regarding to the classical approach consists of a computer programming subject focused on the student learning and based on the detailed specification of the activity the students have to perform in and out of the classroom in order to achieve the educational objectives of each of the subjects. The educational strategies used to accomplish these objectives are based on the cooperative learning, on the teamwork developing a programming project (Project Based Learning, PBL), and on the discovery learning.
机译:本文介绍了针对信息和通信技术(ICT)学习的多个学科对欧洲学分转移系统要求的适应过程。具体而言,这些主题位于瓦拉多利德大学讲授的电信工程研究中。第一步,建立了两个一年级的科目,而在第二步也是最后一步,与新学位的开始相吻合,它将扩展到连续学期中的五个科目。全球计划已被划分为几个子项目,这些子项目的复杂性不断提高,并根据通往全球项目发展四年的途径,发展为位于该学位不同和连续学期的学科。整个学习过程都由ICT支持,因为它提供了克服距离和计划障碍的工具。特别是,使用了Moodle平台,该平台已通过教学小组开发的自我评估和共同评估工具得到了增强。有关经典方法的主要创新包括计算机程序设计课程,该课程侧重于学生的学习,并基于学生必须在教室内外进行的活动的详细规范,以实现每个学科的教育目标。用于实现这些目标的教育策略是基于合作学习,基于团队合作开发编程项目(基于项目的学习,PBL)以及基于发现的学习。

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