Development of Student Activity Sheets Based on The Realistic Mathematics Education (RME) Approach for Elementary School Students Pengembangan Lembar Kegiatan Siswa Berbasis Pendekatan Realistic Mathematics Education (RME) untuk Siswa Sekolah Dasar

Atika Nur Hidayati, Tri Maya Sari, Maratul Qiftiyah, Teguh Yunianto
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Abstract

This study aims to develop student worksheets with the RME approach in the mathematics subject matter of determining speed and discharge in grade V SD as well as knowing the validity of the product that has been developed. This research is a development research carried out using a procedural model, with development procedures according to the Ministry of National Education adapted from the Borg and Gall development procedures. The steps in the development procedure are: (1) analyzing the product being developed; (2) developing the initial product; (3) expert validation and revision; (4) small-scale field trials and product revisions; (5) large-scale field trials and final products. The instruments used included interview guide sheets, LKPD assessment sheets, test questions sheets, and student response scale sheets. Based on the assessment of the developed RME-based LKPD product, it is suitable for learning mathematics for class V SD/MI with speed and discharge material. This research product has been validated by material experts, media experts. The material expert validation score was 88.16, and the media expert validation score was 88. The developed RME-based LKPD product is effective in improving problem-solving skills. This is evidenced by the difference in n-gain acquisition between what students obtained through the pretest and posttest before and after the learning process using RME-based LKPD products. An increase in learning outcomes can be shown from the results normalized in the medium classification so that the level of effectiveness is effective. Therefore, mathematics LKPD with the RME approach on the subject matter of speed for class V SD is said to be of high quality and can facilitate problem solving skills based on valid, effective, and practical achievement criteria.
本研究的目的是开发学生的工作表与RME方法在数学主题确定速度和放电V级SD以及了解已开发的产品的有效性。本研究是采用程序模型进行的开发研究,其开发程序根据国家教育部改编的Borg和Gall开发程序进行。开发程序的步骤是:(1)分析正在开发的产品;(2)开发初始产品;(3)专家验证和修订;(4)小规模现场试验和产品改版;(5)大规模现场试验及最终产品。使用的工具包括面试指导表、LKPD评估表、测试问题表和学生反应量表。通过对所开发的基于rme的LKPD产品的评价,该产品适用于学习速度和放电材料为V级SD/MI的数学。本研究成果得到了材料专家、媒体专家的验证。材料专家验证分为88.16分,媒体专家验证分为88分。开发的基于rme的LKPD产品对提高解决问题的能力是有效的。在使用基于rme的LKPD产品学习过程前后,学生通过前测和后测获得的n增益习得的差异证明了这一点。学习成果的提高可以从在中等分类中标准化的结果中显示出来,因此有效性水平是有效的。因此,采用RME方法的数学LKPD在V类SD的速度主题上被认为是高质量的,并且可以促进基于有效、有效和实际成就标准的问题解决技能。
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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