The Urgency of Developing E-Learning Moodle Substance Pressure Topic on Guided Inquiry Learning to Improve Mastery of Scientific Concepts and Communication

W. R. Rizaldi, W. Liliawati, A. Samsudin
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Abstract

Constraints found in science learning in junior high schools lead to low mastery of scientific concepts and communication skills. Therefore, this study aims to describe the early stages of analysis related to urgency as the basis for product development in the form of e-learning moodle in guided inquiry learning to improve mastery of scientific concepts and communication skills on substance pressure material and its application to everyday life. The method used was descriptive research using literature studies, curriculum analysis, needs analysis questionnaires, open interviews with science teachers, and student ability surveys using question instruments. The research subjects comprised 81 students and two junior high school science teachers. Based on the analysis results, it is known that students want a new learning atmosphere that involves several learning media and practicum-based learning. But the reality of learning still uses traditional methods and a single learning resource, namely textbooks. The development of learning media in the form of moodle e-learning with the guided inquiry learning model is expected to assist teachers in facilitating a new, fun learning atmosphere and involving practicum activities to improve students' mastery of concepts and scientific communication skills
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开发E-Learning Moodle的迫切性引导探究性学习实质压力题提高科学概念的掌握与交流
初中科学学习中存在的制约因素导致学生对科学概念的掌握程度和沟通能力较低。因此,本研究旨在以引导探究学习中的e-learning moodle的形式,描述与紧迫性相关的早期分析作为产品开发的基础,以提高对物质压力材料及其在日常生活中的应用的科学概念的掌握和沟通能力。使用的方法是描述性研究,包括文献研究、课程分析、需求分析问卷、对科学教师的开放式访谈和使用问题工具的学生能力调查。研究对象为81名学生和2名初中科学教师。根据分析结果可知,学生想要一个新的学习氛围,包括多种学习媒体和以实践为基础的学习。但现实的学习仍然使用传统的方法和单一的学习资源,即教科书。开发以moodle e-learning为形式的学习媒体,采用引导式探究学习模式,帮助教师营造一种新的、有趣的学习氛围,并参与实践活动,提高学生对概念的掌握和科学沟通能力
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25
审稿时长
12 weeks
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