在生物化学学习中实现蛋白质代谢模块,以提高批判性思维能力

M. Nurjayadi, Fera Kurniadewi, Tri Susanti
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引用次数: 0

摘要

适当的媒体和学习资源可以优化21世纪的学习创新。技术的使用已成为实施学习的一种有效选择。本研究旨在将蛋白质代谢电子模块(e-modules)作为生物化学教材,以提高学生的批判性思维能力。本研究采用定量非参数方法,将课堂上使用电子模组前的CT技能测量值与使用电子模组后的CT技能高度进行比较。电子模块包括视频、图像、动画、各种原始资源的链接,以及学习成果之后的形成性测试。因此,从最终测量结果来看,CT技能的进步表明,被划分为差和差的学生数量减少,被划分为好和优秀的学生数量增加。此外,通过双尾t检验也可以看出技能的提高,其计数为4.7752,而双尾t检验的表值为2.0262。由于tcount >表显示初始和最终测量分数检验有显著性差异,因此拒绝H0,接受H1。本研究发现,使用蛋白质代谢电子模块参与生物化学学习后,学生的CT技能有所提高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IMPLEMENTASI E-MODUL METABOLISME PROTEIN DALAM PEMBELAJARAN BIOKIMIA UNTUK MENINGKATKAN KEMAMPUAN BERPIKIR KRITIS
Appropriate media and learning resources can optimize learning innovations in the 21st century. The use of technology has become an efficient alternative in the implementation of learning. This research aims to implement the protein metabolism electronic modules (e-modules) as biochemistry teaching materials to improve students’ critical thinking (CT) skills. This research refers to comparative quantitative nonparametric methods by comparing measurements of CT skills before applying e-modules during the lesson with the height of CT skills after using the e-module. The e-modules include videos, images, animations, links to various primary sources, and formative tests that follow the learning outcomes. As the result, the advancement of CT skills from the final measurements illustrated a reduction in the number of students categorized as bad and poor and an increasing number of students categorized as good and excellent. Furthermore, the skill improvement can also be seen through the Two Tail T-Test, with a tcount of 4.7752, while the ttable value for the Two Tail T-Test of 2.0262. Since tcount > ttable suggests a significant difference between the initial and final measurement scores test, H0 is rejected, and H1 is accepted. This research concludes that there is an increase in students' CT skills after participating in biochemistry learning using this protein metabolism e-module.
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