Analysis of Needs for E-Modules based Problem Based Learning on Renewable Energy Materials to Improve Creative Thinking Skills of SMA Negeri 1 Namang Students

Muniatuz Azairok, Ida Sriyanti, K. Wiyono
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Abstract

This study aims to explore the needs and interests of students in learning Physics through the use of electronic modules at SMA Negeri 1 Namang with a descriptive research approach. The research involved 99 students from three classes. The results of the preliminary study show that only 25.3% of students have knowledge of electronic modules, while their use in schools is still rare. However, all students showed a high interest in learning using electronic modules that contain images, text and videos. Electronic modules are considered as learning resources that facilitate understanding of the material and improve the overall learning process. Students expect electronic modules that are concrete, easy to understand, and able to improve creative thinking skills. They also want material that is explained in depth and relevant to everyday life, and is supplemented with relevant examples of questions. The appearance of an attractive electronic module is also considered important by students. In the context of an independent curriculum, students experience difficulties in learning renewable energy material, with several factors causing difficulties such as material that is difficult to understand, too many formulas, limited learning resources, and lack of application of examples and various learning orientations. This research shows the need to develop electronic modules that are complete, interactive, and in accordance with the needs of students to increase their understanding and interest in learning Physics
基于e模块的可再生能源材料问题型学习需求分析提高SMA Negeri 1 Namang学生创造性思维能力
本研究旨在以描述性研究方法,探讨学生在使用SMA Negeri 1 Namang的电子模块学习物理时的需求和兴趣。这项研究涉及来自三个班级的99名学生。初步研究结果显示,只有25.3%的学生了解电子模块,而在学校使用电子模块的情况仍然很少。然而,所有学生都对使用包含图像、文本和视频的电子模块学习表现出浓厚的兴趣。电子模块被认为是学习资源,有助于理解材料和改善整体学习过程。学生期望电子模块是具体的、容易理解的,并且能够提高创造性思维技能。他们还希望材料能够深入解释和与日常生活相关,并辅以相关的问题示例。有吸引力的电子模块的外观也被学生们认为很重要。在自主课程的背景下,学生在学习可再生能源材料时遇到了困难,造成困难的因素有:材料难懂、公式过多、学习资源有限、缺乏实例应用和学习导向多样化。这项研究表明,需要开发完整的、互动的、符合学生需要的电子模块,以增加他们对学习物理的理解和兴趣
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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