Development of e-Module based on Simulation PhET Fluid Material Dynamic in Senior High School

Fitriyawany Fitriyawany, Fena Julita, Cut Rizki Mustika
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Abstract

The facts obtained in the field are that technology-based learning media has not been used, there is a lack of teaching materials in the learning process, and inadequate laboratory facilities. The aim of this research is to design an e-module based on PhET simulation in fluid dynamics material for Senior High School and determine its feasibility. The method used in this development research (RD) is which refers to the development model developed by Alessi and Trollip which consists of three stages including (1) Planning, (2) Design and (3) Development. The research subjects consisted of 3 media experts and 3 material experts. The instrument used is a validation sheet. Data collection was carried out through questionnaires and analyzed descriptively qualitatively. The product resulting from this research is an e-module based on PhET Simulation Fluid Dynamic Material in senior high school. The results of material expert validation were obtained with a total percentage of 88.25%, while media expert validation obtained a total percentage of 97.62%. The resulting categories are classified into feasible criteria. The results of this research can be used as a solution to be applied in the learning process.
基于模拟高中PhET流体材料动力学的e-Module开发
在该领域获得的事实是,以技术为基础的学习媒体没有被使用,学习过程中缺乏教材,实验室设施不足。本研究的目的是在高中流体力学教材中设计一个基于PhET仿真的电子模块,并确定其可行性。本次开发研究(RD)所使用的方法是指Alessi和Trollip开发的开发模型,该模型由三个阶段组成,包括(1)Planning, (2) Design和(3)development。研究对象由3名媒体专家和3名材料专家组成。所使用的仪器是一张验证表。通过问卷调查进行数据收集,并进行描述性定性分析。本课题的研究成果是基于PhET模拟流体动力材料的高中电子模块。材料专家验证的结果总百分比为88.25%,媒介专家验证的结果总百分比为97.62%。将结果分类为可行的标准。本研究的结果可以作为一个解决方案应用到学习过程中。
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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