Evaluation of the program for modeling and implementation of a virtual laboratory for solid-state electronics

Y. Suprapto, Nyaris Pambudiyatno, B. Harianto, F. Sabur, A. Setiawan, Abdul Muti Sazali
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引用次数: 0

Abstract

During the Covid 19 pandemic, the teaching and learning process, especially in practical courses which were initially face-to-face, turned online. This change had several impacts on lectures, especially in terms of learning outcomes and the quality of graduates in terms of skills. Therefore, it is very necessary to carry out an evaluation of this learning process using the CIPP model developed by Stufflebeam. This evaluation model aims to find out how effective the use of virtual laboratories is in learning practical courses online. This research is evaluative research using a qualitative descriptive approach. Where the data used in this study is qualitative data with analytical methods. The technique used in this study is to examine existing data using grounded research methods. From the results of this study, there is the largest percentage, namely the use of virtual laboratories has been quite effective in online learning during the Covid-19 pandemic, with the improvement and development of media and learning models that are more innovative and creative. In addition, efforts in skills that directly deal with equipment still need to be fulfilled in real laboratories to increase enrichment and deeper understanding and skills in work procedures in the world of work later.
固态电子学虚拟实验室建模与实施方案评估
在 Covid 19 大流行期间,教学过程,特别是最初面对面的实践课程,变成了在线教学。这一变化对授课产生了一些影响,特别是在学习成果和毕业生的技能质量方面。因此,非常有必要使用 Stufflebeam 开发的 CIPP 模型对这一学习过程进行评估。该评估模型旨在了解使用虚拟实验室在线学习实践课程的效果如何。本研究是采用定性描述方法进行的评价性研究。本研究中使用的数据是采用分析方法的定性数据。本研究采用的技术是使用基础研究方法对现有数据进行检查。从本研究的结果来看,所占比例最大的是虚拟实验室的使用在 Covid-19 大流行期间的在线学习中颇有成效,媒体和学习模式的改进和发展更具创新性和创造性。此外,直接与设备打交道的技能方面的努力仍需在真实实验室中完成,以增加丰富和加深对以后工作世界中工作程序的理解和技能。
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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