在X类SMA/MA中,使用canva设计元素周期系统材料开发基于漫画的电子模块

N. Yunita, R. Linda, Asmadi M. Noer
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引用次数: 0

摘要

本研究拟采用Canva设计,制作具有准确元素周期系统内容的基于漫画的电子模块,并了解学习者对基于漫画的电子模块的反应。这种研究被称为研究与开发(R&D),它基于ADDIE模型(分析、设计、开发、实施和评估)。然而,对于小规模试验,这一步骤只完成到实施阶段。开发的模块是一个基于漫画的电子模块,利用Canva Design中的一个应用程序来克服学生对元素周期系统材料理解困难的问题,提高学生的学习动机。包括两名材料专家和一名媒体专家在内的三名验证者以漫画书为基础对电子模块进行了评估。根据内容可行性、漫画特征、语言、表现和图形等因素,材料专家的验证在有效类别中产生98.44%的百分比。基于视觉传达显示和软件使用的媒体专家验证结果的有效类别百分比达到98.86%。在教师反应试验中,学生的总体百分比为87.66%,教师的非常好类别的总体百分比为87%。根据数据分析,使用Canva设计创建的基于漫画的电子模块是合法的,适合用于与周期系统元素相关的内容。
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Development of comic-based electronic modules using canva design in elements periodic system material in class X SMA/MA
This study intends to create comic-based electronic modules using Canva design with accurate elemental periodic system content and find out how learners react to comic-based electronic modules. The research is of the type known as research and development (R&D), which is based on the ADDIE model (Analysis, Design, Development, Implementation, and Evaluation). However, for small-scale trials, this step is only completed up to the implementation stage. The module developed is a comic-based electronic module using one of the applications, namely Canva Design to overcome the problems of students' difficulties in understanding the elemental periodic system material and increase students' learning motivation. Three validators, including two material experts and one media expert, evaluated the electronic module based on comic books. The validation of material specialists yielded a percentage of 98.44% in the valid category based on factors such as content viability, comic features, language, presentation, and graphics. A percentage of 98.86% was attained in the valid category for the media expert validation results based on a visual communication display and software usage. In the teacher response trials, students obtained an overall percentage of 87.66% while teachers received an 87% in the very good category. The comic-based electronic module created using a Canva design is legitimate and appropriate for use in content related to the elements of the periodic system, according to data analysis.
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