Development of a Physics Module Based on Augmented Reality Integrated with Al-Quran Verses on Electricity

Z. Nabil, Venny Haris, Hadiyati Idrus, S. K. Ayop, S. N. Alias
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引用次数: 1

Abstract

Learning resources in the form of teaching materials that are interesting, innovative, communicative, contextual, and technology-based is a demand for public learning now. In line with the West Sumatra Regional Government program in integrating Al-Qur'an education in subjects in Senior High School, especially physics subjects, it is also something that must be included in the teaching materials. Even though there are many teaching materials and technology-based electronics that have been created, printed teaching materials remain the choice for the convenience of students in the study. Therefore, a physics module based on augmented reality integrated verses of the Qur'an on electricity is developed. The purpose of this study is to find out the validity and practicality of the module. This research is development research (R&D) using a 4D model (Define, Design, Develop, and Disseminate). This research is up to develop stage (validity and practicality). The results of the study indicate that the teaching material in the form of integrated augmented reality-based modules of electricity is very valid.  This result is according to four experts in terms of the feasibility of content, presentation, language, and graphics. The average score for the module is 90.09%. This module then tested 18 students in grade XII and the physics teacher of Raudatul Jannah Islamic School to gain the practicality aspect.  The result was 85.48% (students) and 90.90% (teachers), which are very practical. In conclusion, the module was very valid criteria according to the expert and was very practical based on the questionnaire filled out by students and teachers.
结合古兰经电学经文的增强现实物理模块的开发
以教材形式提供有趣、创新、交流、情境、科技为基础的学习资源是当前公共学习的需求。根据西苏门答腊地区政府将《古兰经》教育纳入高中课程,特别是物理课程的计划,这也是必须纳入教材的内容。尽管有许多教材和基于技术的电子产品已经被创造出来,但为了方便学生学习,印刷教材仍然是他们的选择。因此,开发了一个基于增强现实的物理模块,集成了古兰经关于电的经文。本研究的目的是为了验证该模块的有效性和实用性。这项研究是使用4D模型(定义、设计、开发和传播)的开发研究(R&D)。本研究尚处于发展阶段(有效性和实用性)。研究结果表明,基于增强现实的电学集成模块教材是非常有效的。这个结果是根据四位专家在内容、表示、语言和图形方面的可行性得出的。该模块的平均得分为90.09%。然后,该模块对18名十二年级的学生和劳达图尔Jannah伊斯兰学校的物理老师进行了测试,以获得实用性。结果为85.48%(学生)和90.90%(教师),具有很强的实用性。综上所述,根据专家的意见,该模块是非常有效的标准,并且根据学生和教师填写的问卷,该模块非常实用。
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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