基于KKNI的溶解度材料的SETS方法的实施

Christina Sitepu, Ruth Mayasari Simanjuntak
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摘要

学生成绩不高,基础化学教学方法缺乏多样性,学生对教学和学习过程缺乏参与度,对化学是难学科的误解,以及根据政府立法要求学生在输出上处于6级的工业革命4.0课程的KKNI变化是本研究需要解决的问题。本研究旨在利用基于KKNI的SETS方法,了解学生在基础化学-溶解度和溶解度积类学习过程中的成绩和反应。这是一项通过远程学习进行的准实验研究。收集数据的技术是文件和研究工具,包括课程大纲(RPS)、学生活动(观察表)、学生工作表(用set方法描述活动)、前测和后测以及学生问卷。结果表明,set方法的实施对学生的学习成绩有一定的影响,控制班和实验班学生的学习成绩提高了51.92%,学生对方法的反应率为88%。研究结果表明,运用set教学可以提高学生的学习成绩,提高学生的学习反应能力。
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The implementation of SETS approach towards students achievement on the solubility material based on KKNI
The low students’ achievement, lack of variety of teaching methods on Basic Chemistry, lack of students’ engagement on teaching and learning process, misconception of Chemistry is difficult subject, and the changes of curriculum into KKNI on Industrial Revolution 4.0 that demand for the students are on the level 6 on the output based on the government legislation are the problems that need to be done on this study. This study aimed to find out the students’ achievement and response during the learning process on Basic Chemistry-Solubility and Solubility Product-class by using SETS approach based on KKNI. This is a quasi experiemental study through the distance learning. The technique of collecting the data was documentation and research instruments that consist of course outlines (RPS), students’ activity (observation sheet), and students’ work sheets that describe the activity with SETS method, pretest and post test, and the student’s questionnaire. The results showed that the implementation of SETS approach affects the students achievement thus there is enhancement on students achievement for the control and experimental class for 51.92% and the students response on the methods are 88%. The Concluded that there is an effect of Using SETS to improve student achievement and increasing student responses to learning.
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