Pengembangan Bahan Ajar IPA Terpadu Tipe Connected Pada Materi Zat dan Karakteristiknya

Kadek Ayu Astiti, Adi Joshua Walahahar Kalendiwau
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引用次数: 2

Abstract

ABSTRACKThis research development was carried out to develop teaching materials in the form of Integrated Science modules connected to the type of substance and its characteristics. This teaching material is printed. The purpose of this study is to find out how to develop this teaching material and also to find out how the feasibility of this teaching material.The development procedure is based on the steps of the Four D (4D) model with minor adjustments. The stages of development are carried out in 4 stages namely, first; conduct needs analysis through literature study, second; shield and arrange teaching materialsthrough determining the subject matter and determining the relevant KD, third; productdevelopment stage using product validation by 3 material experts and 1 media expert, fourth; dissimilation that results in Integrated Science teaching materials of Connected Type in Substance Material and Characteristics.The results of the needs analysis show that the pursuit of science separately is an obstacle for students to absorb material optimally. The use of learning media such as teaching materials can be a fun learning resource for students. Also, the application of integrated learning models can facilitate students in learning the integration of science. Thus developed an integrated teaching material. In this case, using the Integrated Science Learning Type Connected. The data collection process uses a questionnaire with the appropriateness assessment instrument of teaching materials by BSNP. According to the analysis data, the assessment presentation by 3 material experts and 1 media expert was 86.53% and 90.10% respectively, indicating that this teaching material was appropriate to be used as Integrated Science teaching material on Substance Material and Characteristics.
关于材料和特性的综合科学教材的开发
摘要:本研究开发的目的是结合物质的类型及其特点,开发综合科学模块形式的教材。这本教材是印刷的。本研究的目的是找出如何开发该教材,并找出该教材的可行性。开发过程是基于四维模型的步骤,并进行了微调。发展阶段分为四个阶段,即:第一阶段;第二,通过文献研究进行需求分析;通过确定主题和确定相关KD来屏蔽和整理教材;产品开发阶段由3名材料专家和1名媒体专家进行产品验证,第四阶段;导致关联型综合科学教材在物质、材料和特征上的异化。需求分析的结果表明,单独追求科学是学生最佳吸收材料的障碍。教材等学习媒体的使用对学生来说是一种有趣的学习资源。综合学习模式的应用也有利于学生对科学的综合学习。从而开发出一套综合教材。在这种情况下,使用集成科学学习类型连接。数据收集过程采用问卷调查和BSNP的教材适当性评估工具。根据分析数据,3名材料专家和1名媒体专家的评价呈现率分别为86.53%和90.10%,表明该教材适合作为《物质材料与特性》综合科学教材。
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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