Development of Website-based Virtual Science Learning to Train Students' Critical Thinking Skills

Sinta Putrianingtyas, N. R. Dewi, Resti Adriyani
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Abstract

The main concept in education in the 21st century revolution 4.0 is a process or learning with the support of information technology. The 2013 curriculum is designed to develop the 21st century skills of students. One of them is critical thinking skills. Based on government policies issued by the Ministry of Education and Culture (Kemendikbud) Directorate of Higher Education No. 1 of 2020 which states that the learning process is carried out boldly (online). This is because to respond to the COVID-19 pandemic that has occurred throughout the world, none other than Indonesia. The LMS referred to in the research is the development of a website-based Virtual Science Learning or “VISEL” to train critical thinking skills. This study aims to develop an e-learning system called VISEL (Virtual Science Learning) based on a website that can be used to train students' critical thinking skills. The development procedure is carried out with reference to the development of a 4D model. The research data obtained were in the form of product validation score data, questionnaire readability data, and response questionnaire data. The results showed that after going through the product validation process, the material expert obtained an average percentage of 97%% with valid criteria. Product validation by media experts obtained an average percentage of 96% with valid criteria. The average readability questionnaire obtained 88.57% and was included in the very good category. The average payment from VISEL's response obtained an average of 95.46% and was included in the very good category.
开发基于网站的虚拟科学学习,培养学生的批判性思维能力
21世纪教育革命4.0的主要概念是在信息技术支持下的学习过程。2013年的课程旨在培养学生的21世纪技能。其中之一是批判性思维能力。根据教育和文化部(Kemendikbud) 2020年第1号高等教育局发布的政府政策,该政策指出,学习过程是大胆进行的(在线)。这是因为为了应对在世界各地发生的COVID-19大流行,不是别人,正是印度尼西亚。研究中提到的LMS是一种基于网站的虚拟科学学习或“VISEL”的开发,用于训练批判性思维技能。本研究旨在开发一个基于网站的电子学习系统,称为VISEL(虚拟科学学习),可用于训练学生的批判性思维技能。开发过程参照4D模型的开发进行。获得的研究数据以产品验证评分数据、问卷可读性数据和回应性问卷数据的形式。结果表明,经过产品验证过程,材料专家获得的有效标准平均合格率为97%。根据有效标准,媒体专家的产品验证平均百分比为96%。可读性问卷的平均得分为88.57%,属于很好类别。VISEL回复的平均付款率为95.46%,属于非常好的类别。
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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