Implementasi Model Reasoning and Problem Solving Berbantuan Lingkungan Sekitar dalam Pembelajaran IPA di Madrasah Ibtidaiyah

Umi Salamah
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引用次数: 1

Abstract

Natural Science (IPA) is the process of learning and understanding the universe through observation so that a concept is obtained. The concept can be varied, according to the experience and information obtained. Based on preliminary observations on fourth-grade students of MI Al-Hidayah it is known that mastery of the science concept is still low, this can be seen from the pre-test results of only 8 students who completed/met the KKM of 30 students. This study aims to determine the implementation of science learning with reasoning and problem-solving models assisted by the surrounding environment in science learning and to determine the understanding of science concepts after applied reasoning and problem-solving models assisted by the surrounding environment. This type of research is classroom action research (CAR) which consists of two cycles, each cycle consisting of four stages, namely planning, action, observation, and reflection. The reasoning and problem-solving model is a learning model that has five stages, namely: 1) reading and thinking 2) exploring and planning, 3) selecting strategies, 4) finding answers, 5) reflecting. The subjects of this study were the fourth-grade students of MI Al-Hiadayah Wajak-Malang, amounting to 30 students. Data collection in this study uses observation techniques, unstructured interviews, documentation, and field notes. The instruments used were the RPP preparation observation sheet and the application of reasoning and problem-solving models, student activities, documentation, field notes, and written tests. The implementation of reasoning and problem-solving models of science subjects is able to improve the understanding of students' concepts about science, capable of fixing the misconceptions that occur in students so that it influences the improvement of student learning outcomes.
自然科学(IPA)是通过观察来学习和理解宇宙,从而获得一个概念的过程。根据所获得的经验和信息,概念可以有所不同。根据对MI Al-Hidayah四年级学生的初步观察,我们知道科学概念的掌握程度仍然很低,这可以从30名学生中完成/达到KKM的只有8名学生的前测结果中看出。本研究旨在确定周围环境辅助下的推理和问题解决模式在科学学习中的实施情况,并确定在周围环境辅助下的应用推理和问题解决模式对科学概念的理解。这种类型的研究是课堂行动研究(CAR),由两个周期组成,每个周期由四个阶段组成,即计划、行动、观察和反思。推理与解决问题模式是一种学习模式,它有五个阶段,即:1)阅读与思考2)探索与规划3)选择策略4)寻找答案5)反思。本研究的对象是MI Al-Hiadayah Wajak-Malang的四年级学生,共30名学生。本研究的数据收集采用观察技术、非结构化访谈、文献和实地记录。使用的工具是RPP准备观察表、推理和解决问题模型的应用、学生活动、文档、现场笔记和笔试。科学学科推理和问题解决模式的实施,能够提高学生对科学概念的理解,能够修正学生产生的错误观念,从而影响学生学习成果的提高。
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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