Farid Hamid Ali, Agus Suyatna, V. Viyanti, Chasyanah Diawati
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引用次数: 0
Abstract
Improving the quality of education is important for every educational institution from elementary school to college. In reality, the learning and learning process at school does not go well, especially in the thinking ability of students, thinking ability is a cognitive domain that provides a knowledge process from the knowledge that will be obtained by students. To overcome the difficulties of learning environmental pollution science class VII, it is important to use an approach that facilitates a thorough understanding of the concept. Teachers are facilitators in learning, of course, can provide solutions to problems that occur during the teaching and learning process, 21st century teachers are no longer as teacer centers but as facilitators in the learning process to achieve learning goals. This study aims to determine the effectiveness of problem-based learning-based e-module product development to improve the learning outcomes of seventh grade students of SMP Negeri 1 Blambangan Umpu Way Kanan. This research is a development research using the ADDIE approach, with 30 research samples to test the effectiveness of the product using the N-Gain test. The results of the study can be concluded that the results of the development carried out by researchers on environmental pollution material are known to be very effective e-modules based on problem-based learning to improve the learning outcomes of Science Class VII SMP Negeri 1 Blambangan Umpu Way Kanan with the results of 71% there are changes when before and after using e-module development products.
提高教育质量对从小学到大学的每一个教育机构来说都是很重要的。在现实中,学校的学习和学习过程并不顺利,特别是在学生的思维能力方面,思维能力是一个认知领域,它从学生将要获得的知识中提供了一个知识过程。为了克服学习环境污染科学第七课的困难,重要的是要使用一种有助于彻底理解概念的方法。教师是学习的促进者,当然可以为教与学过程中出现的问题提供解决方案,21世纪的教师不再是教师中心,而是作为学习过程中实现学习目标的促进者。本研究旨在确定问题型学习型电子模组产品开发对改善南布兰邦安Umpu路小学小学七年级学生学习成果的有效性。本研究是一项使用ADDIE方法的开发研究,使用N-Gain测试30个研究样本来测试产品的有效性。研究结果表明,研究人员对环境污染材料的开发结果是已知的非常有效的基于问题学习的电子模块,可以改善科学类VII SMP Negeri 1 Blambangan Umpu Way Kanan的学习成果,71%的结果在使用电子模块开发产品前后发生了变化。