META-ANALISIS PENELITIAN TENTANG PROBLEM BASED LEARNING PADA TAHUN 2013-2018

Uray Ade Firmansyah, Edy Tandililing, S. Mursyid
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Abstract

 Abstrak  The Reaserch aim: (1) To measure the effect of Problem Based Learning (PBL) learning on physics learning based on education level. (2) To measure the influence of Problem Based Learning (PBL) on physics learning by region. (3) To measure the effect of Problem Based Learning (PBL) learning on physics learning based on the dependent variable. This Research method is a quantitative descriptive method. The effect of studies that apply PBL learning is analyzed using meta-analysis techniques. By the stated rescuers objectives, the subjects in this research were obtained from a review of 10(ten) research reports. the research findings reveal that overall the studies carried out are influential an effective on the physics learning outcomes of students with an effect size of 2,064 or in the high category. The PBL model also provides influence and is effective in term of are, level of education and application of learning to improve problem-solving skills, mastery of concepts, learning outcomes, misconceptions, and high order thinking skills. This reseals concludes that the Problem Based Learning is effective for improving problem-solving skills, mastery of concepts, learning outcomes, misconceptions, and high order thinking skills.
2018年-2018年基础学习问题的元分析研究
研究目的:(1)基于教育水平衡量基于问题的学习(PBL)对物理学习的影响。(2)按区域衡量基于问题的学习对物理学习的影响。(3)基于因变量测量PBL学习对物理学习的影响。本研究方法为定量描述方法。运用元分析技术分析了应用PBL学习的研究的效果。根据所述的救援者目标,本研究的受试者是从10(10)篇研究报告中获得的。研究结果表明,总体而言,所开展的研究对学生的物理学习成果有影响和有效,效应量为2064或高类别。PBL模式也提供了影响和有效的方面,教育水平和学习的应用,以提高解决问题的能力,概念的掌握,学习成果,误解和高阶思维技能。这表明基于问题的学习对提高解决问题的能力、概念的掌握、学习成果、误解和高阶思维能力是有效的。
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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