Development of Teaching Materials related Magnetic Field Based on the Google Sites Assisted Learning Cycle Model

Dwi Sukmawati A. Yusuf, M. Rahman, Saprudin, Fatma Hamid
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引用次数: 1

Abstract

The development of computer technology provides an opportunity for educators to innovate in the development of digital teaching materials. This development research aims to: 1) develop magnetic field teaching materials based on the Google sites assisted learning cycle model for grade XII students of Madrasah Aliyah, 2) investigate the feasibility of magnetic field teaching materials developed, 3) investigate improvements in student learning outcomes by using teaching materials developed, 4) investigating student responses to the use of teaching materials developed in physics learning. This development research refers to the 5 stages of the ADDIE development design which includes the analyze, design, develop, implementation, and evaluation  stages. The validation of teaching material products involves material experts, media experts and language experts, each of which consists of 3 validators. The teaching material product was implemented by involving 20 students grade XII at one of the Madrasah Aliyah in the City of Tidore Kepulauan. Data collection techniques used in this study were validation sheets, test instruments in the form of multiple choice questions and questionnaires. The results showed that teaching material products based on the Google sites assisted learning cycle model were declared feasible for use in learning. Student learning outcomes have increased after participating in learning. Students also gave very good responses to the use of teaching materials developed in this study.
基于Google Sites辅助学习周期模型的磁场相关教材开发
计算机技术的发展为教育工作者在数字化教材的开发中进行创新提供了契机。本开发研究的目的是:1)基于谷歌网站辅助学习周期模型为阿利亚伊斯兰学校十二年级学生开发磁场教材;2)调查开发磁场教材的可行性;3)调查使用开发的教材对学生学习成果的改善;4)调查学生对使用开发的物理教材的反应。本开发研究是指ADDIE开发设计的5个阶段,包括分析、设计、开发、实施和评估阶段。教材产品的验证由材料专家、媒体专家和语言专家组成,每组3人。教材产品是由蒂多·凯普劳万市一所伊斯兰学校的20名十二年级学生实施的。本研究使用的数据收集技术是验证表、选择题和问卷形式的测试工具。结果表明,基于Google sites辅助学习周期模型的教材产品在学习中是可行的。学生参与学习后,学习成果有所提高。学生们对本研究开发的教材的使用也给出了很好的反应。
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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