印尼国家课程的发展及其变化:印尼综合科学课程的发展

Beni Setiawan, Edi Suwandi
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引用次数: 11

摘要

印度尼西亚的国家课程已经改变了几次,准确地说是十多次。这些变化在逻辑上是由科学学习社会中的政治问题、政府制度、社会文化、经济和科学技术所导致的。本研究旨在发展科学课堂中的综合科学。本研究采用定性研究与文献分析相结合的方法。这一定性研究的结果是对科学史、科学教科书的发展和科学学习的综合课程进行了更深入的分析。科学史描述了课程改革对课程中科学与其他知识整合的影响。在上一个课程中,初中的综合科学与综合科学有所不同。印尼政府主要采用两种方法来提供教科书,以帮助课程的实施:政府开发和非政府出版公司开发符合国家标准的教科书。最后一个发现是科学学习的综合课程。科学哲学、综合科学与科学教育之间存在着一种关系。该研究对科学特别是科学教育有贡献,形成了生物-物理-化学及其他学科-哲学的综合科学模式(BPCO_P)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Development of Indonesia National Curriculum and Its Changes: The Integrated Science Curriculum Development in Indonesia
The national curriculum of Indonesia has changed several times, more than ten times precisely. Those alterations logically result from science learning political issues, government systems, social culture, economics, and science technology in the community. This study aims to develop integrated science in the science classroom. Qualitative research and document analysis are used in this study. The result of this qualitative research is a deeper analysis of the history of science, science textbook development, and an integrated curriculum for science learning. The history of science depicts that the curriculum change impacted how science integrates with other knowledge in the curriculum. In the last curriculum, junior high school taught integrative science, which differed from integrated science. There are two primary methods used by the Indonesian government to provide textbooks to aid in the implementation of the curriculum: the government development and a non-government publishing company developing textbooks with national standards. The last finding is the integrated curriculum for science learning. There is a relationship between the philosophy of science, integrated science, and science education. This research contributes to science, especially science education, with a term of integrated science model called Biology-Physics-Chemistry and other disciplines-Philosophy (BPCO_P)
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