Pengembangan Bahan ajar transformasi geometri berbantuan website: Pendekatan Project-Based-Learning Mozaik Geometri

Gusni Satriawati, Nur . Kholis, Gelar Dwirahayu, Dindin Sobiruddin
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Abstract

The digital era positively impacts all aspects of life, including education. Current learning requires teachers to use technology. Technology in learning mathematics is needed, especially in geometry material. The basic concept in geometry is the ability to visualize. An excellent understanding of visualization will help students understand geometric concepts. This study aims to develop teaching materials for geometry transformation material assisted by a website with a project-based learning approach using a geometric mosaic model that the eligibility criteria for teaching materials; therefore, it can be used in teaching and learning. Research and development with the ADDIE model are conducted in this study, which consists of phases:  Analysis, Design, Development, Implementation, and Evaluation. The instruments used were expert/practitioner content validation sheets and student construct validation sheets; the instrument was developed using seven aspects. Teaching materials are validated by experts and also assessed by students. Based on the results of the assessment of 7 experts/experts, it was shown that the geometry transformation teaching material obtained very appropriate criteria with an assessment percentage of 85%. In contrast, the assessment of 28 Al Hasra Depok High School students showed good criteria with an assessment percentage value of 80%. Therefore, researchers can recommend website-assisted geometry transformation teaching materials using a project-based learning approach, "geometry mosaic," which can complement existing teaching materials and be used in mathematics learning activities, especially at the high school level.
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与网站相关的几何变换教材的开发:基于项目的学习Mozaik几何方法
数字时代对生活的方方面面产生了积极影响,包括教育。当前的学习要求教师使用技术。学习数学需要技术,特别是几何材料。几何的基本概念是形象化的能力。对可视化的深刻理解将有助于学生理解几何概念。本研究的目的是在网站的协助下,以专案为基础的学习方法,利用几何镶嵌模型来开发几何转换材料的教材;因此,它可以用于教学和学习。本研究使用ADDIE模型进行研究和开发,包括分析、设计、开发、实施和评估四个阶段。使用的工具是专家/从业者内容验证表和学生构建验证表;该仪器的研制从七个方面着手。教材由专家审定,学生评议。根据7位专家/专家的评价结果表明,几何变换教材获得了非常合适的评价标准,评价率为85%。相比之下,对28名Al Hasra Depok高中学生的评估显示出良好的标准,评估百分比值为80%。因此,研究人员可以推荐使用基于项目的学习方法“几何马赛克”的网站辅助几何转换教材,这可以补充现有的教材,并用于数学学习活动,特别是在高中水平。
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发文量
10
审稿时长
25 weeks
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