A Qualitative Content Analysis of the Grade 4 Learning Modules and Lesson Plan on Energy based on the Three-Dimensional Learning Model

Tri Lestari, Iwan Pranoto, Anita Lie
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Abstract

Online learning platforms and resources created by the Indonesian Ministry of Education, Culture, Research, and Technology were a blessing in disguise out of the unprecedented school closure caused by the Covid-19 pandemic. These learning resources are yet to be examined to ensure their usability and their role in improving the quality of learning in science classes. This study analyzed the learning modules and a sample lesson plan from the Teachers Learn Teachers Share platforms based on the three-dimensional learning framework. It examined to what extent is the 3-dimensional learning framework incorporated into the grade 4 learning modules and lesson plan on Energy. The methodology for analyzing the sufficiency of disciplinary crosscutting concepts, scientific practices, and core ideas applied here will enrich the Science, Technology, Engineering, and Mathematics (STEM) based education corpus of knowledge. Findings show that the disciplinary core ideas dimension is the most sufficiently covered of all three dimensions while the practices dimension is only partially covered as some of the points are mostly inferred, and the crosscutting concepts dimension still shows much room for improvement. Primary school teachers and schools’ curriculum development units should enrich the learning modules by expanding the discussions on the module coverage with crosscutting concepts.
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基于三维学习模式的四年级 "能源 "学习模块和教案的定性内容分析
印尼教育、文化、研究和技术部创建的在线学习平台和资源是 "Covid-19 "疫情造成的前所未有的学校停课所带来的福音。这些学习资源还有待研究,以确保其可用性及其在提高科学课学习质量方面的作用。本研究以三维学习框架为基础,分析了 "教师学习 教师共享 "平台上的学习模块和教案样本。研究探讨了四年级 "能源 "学习模块和教案在多大程度上融入了三维学习框架。分析学科横切概念、科学实践和核心理念的充分性的方法将丰富基于科学、技术、工程和数学(STEM)教育的知识库。研究结果表明,学科核心理念维度是三个维度中覆盖最充分的维度,而科学实践维度只覆盖了部分内容,因为有些内容主要是推断出来的,横切概念维度仍有很大的改进空间。小学教师和学校课程开发单位应丰富学习模块,在模块覆盖范围内增加跨学科概念的讨论。
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