Pengembangan Modul Pembelajaran Praktikum Berbasis Literasi Sains pada Materi Sifat Benda dan Perubahannya di Kelas V MI Babul Ulum Kanten

Runasih Runasih, Nurul Mahruzah Yulia, Midya Yuli Amreta
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Abstract

One of the reasons for the low scientific literacy abilities of students in Indonesia is the use of learning media that does not contain elements of scientific literacy. Learning carried out directly using practical learning modules can improve students' scientific literacy skills. This research aims to explain the development process and results of developing practical learning modules based on scientific literacy. The research and development method used by researchers is Research and Development using the ADDIE model which includes the Analyze, Design, Development, Implementation and Evaluation stages developed by Robert Maribe Branch. The instruments used in this research and development are observation sheets, interview sheets, media, material and language expert validation questionnaires, student response questionnaires and tests. The results of research and development of practical learning modules based on scientific literacy obtained an average validation score from media, material and language experts of 88%, media experts 92%, material experts 85% and language experts 87%. The small scale student response questionnaire got 82% results, and the large scale student response questionnaire got 91% results from 18 students. The result of calculating the N-Gain score is 0.879, which shows that the practical learning module based on scientific literacy is very effectively applied in learning.
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在五班 MI Babul Ulum Kanten 开发基于科学素养的 "物体的材料属性及其变化 "实践学习模块
印尼学生科学素养能力低下的原因之一是使用的学习媒体不包含科学素养要素。直接使用实践学习模块进行学习可以提高学生的科学素养能力。本研究旨在解释基于科学素养的实践学习模块的开发过程和结果。研究人员采用的研发方法是 ADDIE 模式,包括分析、设计、开发、实施和评估等阶段。研发中使用的工具包括观察表、访谈表、媒体、材料和语言专家验证问卷、学生回答问卷和测试。基于科学素养的实践学习模块的研发成果获得了媒体、材料和语言专家的平均验证得分,媒体专家为 88%,材料专家为 92%,材料专家为 85%,语言专家为 87%。小规模学生问卷调查结果为 82%,大规模学生问卷调查结果为 18 名学生的 91%。N-Gain得分的计算结果为0.879,这表明基于科学素养的实践学习模块在学习中得到了非常有效的应用。
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