基于Moodle特征课的电子模块在准物理教师学生物理学习多媒体实践中的实现

IF 0.3 Q4 EDUCATION, SCIENTIFIC DISCIPLINES Jurnal Pendidikan Fisika Indonesia-Indonesian Journal of Physics Education Pub Date : 2023-06-09 DOI:10.15294/jpfi.v19i1.37176
B. Kurniawan, I. Rahmawati, S. Fawaiz
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引用次数: 0

摘要

信息和通信技术(ICT)的快速发展使高等院校能够在线下、混合和在线举办讲座。尽管如此,该领域的研究结果表明,在线讲座并不能保证学生是否正确阅读讲座材料。因此,本研究旨在实现Moodle开发的基于特征课的物理学习多媒体实践课程电子模块。该电子模块是使用ADDIE模型开发的,该模型包括分析、设计、开发、实施和评估阶段。本研究中开发的电子模块使用特色课来确保学生正确、连贯地阅读材料。如果学生已经掌握了所提供的材料,他们可以访问下一个材料。本研究中的数据是通过使用电子模块一个学期的准物理教师学生的回答收集的。学生的反应包括使用特色课来支持对材料的连贯掌握,通过电子模块展示学习过程中应用特色课,使用特色课上的测验来确保取得学习成果,以及未来的教师学生对使用Moodle上的特色课开展在线学习的兴趣。学生的回答结果表明,Moodle特色课在物理学习多媒体实践中的电子模块实现符合很好的标准。学生们喜欢专题课,因为他们应该遵循材料的顺序,这样可以帮助他们正确、连贯地理解材料。此外,学生可以更好地理解材料,因为当他们在测验中选择了错误的答案时,学生会被引导复习他们不理解的材料。如果学生能够正确完成测验,他们可以继续学习下一个材料
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E-Module Implementation by Using Feature-Lesson-Based of Moodle in Physics Learning Multimedia Practices for Students of Prospective Physics Teacher
The rapid development of Information and Communication Technology (ICT) allows tertiary institutions to hold lectures offline, blended, and online. Nonetheless, findings in the field show that online lectures cannot guarantee whether students follow lecture material properly or not. Therefore, this study aimed to implement an e-module of the feature-lesson-based developed by Moodle for physics learning multimedia practice course. This e-module was developed using the ADDIE model which includes analysis, design, development, implementation, and evaluation stages. The developed e-module in this study used the feature-lesson to ensure students follow the material properly and coherently. Students can access the next material if they have mastered the material that has been presented. The data in this study were collected through the responses of prospective physics teacher students who had used the e-module for one semester. Student responses included the use of the feature-lesson to support coherent mastery of the material, the application of the feature-lesson in presenting the learning process through e-modules, the use of quizzes on the feature-lesson to ensure achievement of learning outcomes, and the interest of prospective teacher students in developing online learning using the feature-lesson on Moodle. The results of student responses showed that the e-module implementation of the feature-lesson-based of Moodle in physics learning multimedia practice were in very good criteria. Students liked the feature-lesson because they should follow the order in which the material was given so that it helped them understand the material properly and coherently. In addition, students can understand the material better because when they choosed the wrong answer in a quiz, students would be directed to review material that they have not understood. Students can continue to the next material if they have been able to complete the quiz correctly
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