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Assessment of Learning Achievement in an Electronics Program Supported by an Online Simulation Applet

机译:在线仿真小程序支持的电子计划中学习成果评估

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Nowadays general learning programs in Bachelor's degrees in engineering have gradually adapted towards the inclusion of more electronics oriented subjects. The prominent growth of technology applications reveals its influence on the design of such education plans at university. Most of them introduce advanced methodologies, which in most cases, are principally sustained by ICT (Information, Communication and Technology) tools. In this work, we assess the effectiveness of a learning program for an electronics course, based on the developed methodology of a previous work, which has been periodically renewed each year, during the six last academic years. In particular, we analyse the achievement of students when using additional digital resources such as circuit simulation, by means of an online Java applet. Moreover, the scope of the analysis has been statistically extended in order to compare with the benefits associated to the use of other digital resources and to extract possible inferences. In this sense, an e-learning platform (Moodle) with auxiliary materials is made available to the students. Besides Java simulation examples and an assignment, video lessons, practical lessons explanations, interactive exercises, and a Problem-Based Learning (PBL) group assignment, are hosted in Moodle. Group testing has been considered for the arrangement of students during the academic year 2018-2019, in order to obtain unbiased achievement results. According to such results, the use of a Java simulation applet (JSA) demonstrates relevant achievement in contrast to the other resources. In addition, the results also comprise the satisfaction and attitude to the whole program, reported by students. Finally, further inferences are extracted from history data of the course, since academic year 2013-2014 to the current academic year, 2018-2019.
机译:如今,工程学士学位中的一般学习计划逐渐适应包含更多的电子目标受试者。技术应用的突出增长揭示了其对大学此类教育计划设计的影响。其中大多数引入了先进的方法,在大多数情况下,主要是通过ICT(信息,通信和技术)工具来维持。在这项工作中,我们根据前一项工作的发达的方法,评估了电子课程的有效性,这是每年都经过定期更新的工作方法,在六个学年期间定期更新。特别是,我们通过在线Java applet分析使用额外的数字资源,例如电路模拟等额外数字资源时的成就。此外,分析的范围已经过统计扩展,以便与与使用其他数字资源的使用相关的益处并提取可能的推论。从这个意义上讲,为学生提供了一种带辅助材料的电子学习平台(Moodle)。除了Java仿真示例和分配,视频课程,实用课程解释,交互式练习和基于问题的学习(PBL)组分配之外,均在Moodle中托管。在2018 - 2019年学年期间,学生的安排已经考虑了集团测试,以获得无偏见的成就结果。根据这样的结果,使用Java仿真小程序(JSA)与其他资源相比,使用相关的成就。此外,结果还包括学生报告的整个计划的满意和态度。最后,自2013 - 2014年学年2018 - 2019年学年学年以来,从课程的历史数据提取了进一步的推论。

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