Pengembangan Perangkat Pembelajaran Fisika Berbasis Masalah Untuk Meningkatkan Kemampuan Berpikir Kritis

Siti Idiatul Hasanah, S. Susilawati, J. Rokhmat
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Abstract

This study aims to develop problem-based learning tools to improve critical thinking skills that are valid, efficient, and effective for use in learning on harmonious vibration material. This research is a type of research and development (R&D) with a 4D model. At the define stage, is the initial stage for defining the problem. The design stage, designing learning device products in the form of syllabus, lesson plans, student worksheet, critical thinking skills test instruments, and learning videos. The develop stage is the development of the device from the results of the validity of the learning tools obtained from the validation results of 6 validators consisting of 3 expert validators and 3 on validators. The practicality or efficiency of the learning device is obtained from the responses of students and the learning implementation sheet. Increased critical thinking ability of students to analyze by determining the standard acquisition of the results before and after learning. The results of the validation show that the learning device components are in the very valid category for the syllabus and valid enough for lesson plans, student worksheet, critical instrument test skills, and video learning which means that they are good enough to be used in learning Reliability of the syllabus, lesson plans, student worksheet, critical thinking ability test instruments, and learning videos above 75% show all components that are in the reliable category. The results of student responses, as well as the implementation of learning are in the very practical category. Student learning outcomes have increased with a acquisition value of 0.66 which is in the medium category. Based on these results, it can change valid, efficient and effective problem-based learning tools used to improve students' thinking skills. The last stage is to disseminate the dissemination stage of the device where at this stage it is done by making journals to send
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以问题为基础的物理学习工具发展,以提高批判性思维能力
本研究旨在开发基于问题的学习工具,以提高在和谐振动材料学习中有效、高效和有效的批判性思维技能。本研究是一种具有4D模型的研发(R&D)类型。在定义阶段,是定义问题的初始阶段。设计阶段,设计教学大纲、教案、学生作业表、批判性思维能力测试工具和学习视频等形式的学习设备产品。开发阶段是从6个验证者(包括3个专家验证者和3个非验证者)的验证结果中获得的学习工具的有效性结果中开发设备。学习装置的实用性或有效性是由学生的反应和学习实施表来衡量的。提高了学生的批判性思维能力,通过判断学习前后习得的标准结果来分析。验证结果表明,学习设备组件在教学大纲中处于非常有效的类别,并且在教案,学生工作表,关键仪器测试技能和视频学习中具有足够的有效性,这意味着它们足以用于学习教学大纲,教案,学生工作表,批判性思维能力测试工具和学习视频的信度在75%以上表明所有组件都处于可靠类别。学生的反应结果,以及学习的实施都是非常实用的。学生的学习成果有所提高,习得值为0.66,处于中等水平。基于这些结果,它可以改变有效的、高效的、有效的基于问题的学习工具,用来提高学生的思维能力。最后一个阶段是传播设备的传播阶段,在这个阶段是通过制作要发送的期刊来完成的
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