Development of Interactive Learning on Electric Charge Materials for Deaf Students

IF 0.3 Q4 EDUCATION, SCIENTIFIC DISCIPLINES Jurnal Pendidikan Fisika Indonesia-Indonesian Journal of Physics Education Pub Date : 2023-01-01 DOI:10.15294/jpfi.v18i2.28332
I. Nurkholifah, B. Mindyarto, B. Astuti
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Abstract

This study aims to develop learning media in the form of interactive videos and analyze the effectiveness of interactive science videos for deaf students. The method used is Research and Development by Sugiono, 2009. The subjects of this research trial were SMALB N Tegal students consisting of 8 students for small-scale trials and large-scale trials 10 students at SMALB N Semarang and SMALB Swadaya Semarang. the feasibility of the overall display as well as the content of the material and questions to measure the effectiveness of the learning media. The data analysis used was qualitative descriptive analysis and validated as well as video effectiveness analysis.Based on the data analysis of the validation results, it was shown that 73.75% was categorized as feasible and could be used in learning. The effectiveness data were analyzed using effect size and obtained a score of 2.16 on a small scale and 2.09 on a wide scale in the large category. Based on the results of the study, the media developed was suitable for use in the SMALB science learning process for deaf students.
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聋哑学生电荷材料互动式学习的开发
本研究旨在开发互动视频形式的学习媒体,并分析互动科学视频对聋哑学生的效果。使用的方法是Research and Development by Sugiono, 2009。本研究试验的研究对象为small b N legal学生,小规模试验8人,大规模试验10人,分别来自small b N三宝垄和small Swadaya三宝垄。整体展示的可行性以及材料和问题的内容来衡量学习媒体的有效性。使用的数据分析是定性描述性分析和验证以及视频有效性分析。通过对验证结果的数据分析,结果表明,73.75%的算法是可行的,可以用于学习。采用效应量法对有效性数据进行分析,得到小尺度2.16分,大尺度2.09分。根据研究结果,所开发的媒介适合于聋人学生的小语言科学学习过程。
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24 weeks
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