基于物理实验室的动态电子学习模块开发,培养学生的科学过程技能

Devi Erlikrisna Ginting, Yennita Y, M. Sahal
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摘要

基于虚拟物理实验室作为学习媒介的物理学习模块,帮助学生进行SMP九年级动态电气材料的虚拟实验。该模块配备了用户指南,简短的材料,工作表和问题,以便学生可以练习科学处理技能。本研究旨在建立一个有效的学习模块,作为初中动态电学习的来源。该模块基于虚拟实验室,因此当不能最佳地进行直接实验活动时,它可以作为替代方案。这样,通过实验方法进行学习就可以有效地、高效地进行。这种类型的研究通过从分析、设计、开发和评估阶段调整ADDIE开发模型来应用研究和开发。数据收集使用验证表作为研究工具,由三位专家作为验证者对模块进行验证评估。研究结果根据验证者建议获得定性数据,通过验证评估工具获得定量数据,平均值为3.57,有效标准。因此,基于物理实验室的物理学习模块适合用于SMP九年级的动态电气学习
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Development of Physics Lab-Based Dynamic Electrical Learning Module to Practice Science Process Skills Students for Grade IX SMP
Physics learning module based on virtual Physics-Lab as a learning medium to help students in virtual experimenting with dynamic electrical materials for SMP Grade IX. This module is equipped with a user guide, short materials, worksheets, and questions so that students can practice science process skills. This research aims to create a valid learning module to be applied as a source of dynamic electrical learning in junior high school. This module is based on a virtual lab, so it can be used as an alternative when direct experimental activities cannot be carried out optimally. That way learning through the experimental method can be done effectively and efficiently. This type of research applies research and development by adapting the ADDIE development model from the analysis, design, development, and evaluation stages. Data collection used a validation sheet as a research tool to be given a module validation assessment by three experts as validators. The results of the research obtained qualitative data based on validator suggestions and quantitative data through validation assessment instruments with an average value of 3.57, valid criteria. Therefore, the Physics-Lab-based physics learning module is suitable for use in dynamic electrical learning in SMP Grade IX
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