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Developing Chamilo-Based E-Learning in Environmental Change Material to Enhance Students' Scientific Literacy Skills

机译:在环境变化材料中开发基于Chamilo的电子学习,以提高学生的科学扫盲技能

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The main goal of learning science today is the realization of learners who are literate in science. Unfortunately, Indonesian scientific literacy skill is still low based on the assessment of OECD for three evaluation periods. Therefore this study aims to produce an electronic-based learning system in learning science using LMS Chamilo which is intended to enhance students' scientific literacy skills. This study is research and development (R & D) using the ADDIE model. Research findings indicated that (1) the Chamilo-based e-learning was feasible to implement in biology teaching based on experts judgment with a total score of 3.83 (very good) from environmental material expert and 3.22 (good) from learning media expert; (2) the Chamilo-based e-learning was accepted very well by users with a total score of 3.78 (very good) from biology teachers and 3.36 (very good) from students; (3) the Chamilo-based e-learning was effective in enhancing students' scientific literacy skills with n gain score of 0.74 (high criteria). Based on the results, it can be concluded that Chamilo-based e-learning is recommended to implement and to use in the biology learning process.
机译:今天学习科学的主要目标是实现识字科学的学习者。不幸的是,印度尼西亚科学扫盲技能仍然基于经合组织的三个评估期的评估。因此,本研究旨在利用LMS Chamilo在学习科学中产生基于电子的学习系统,该系统旨在提高学生的科学扫盲技能。本研究是使用addie模型的研发(研发)。研究结果表明,(1)基于Chamilo的电子学习是在基于专家判断的生物学教学中实施,总分为3.83(非常好的),从环境材料专家和3.22(好)来自学习媒体专家; (2)基于Chamilo的电子学习被众多评分从生物学教师和3.36(非常好的)的总分接受了3.78(非常好的); (3)基于Chamilo的电子学习在提高学生的科学扫盲技能方面是有效的,并获得0.74(高标准)。根据结果​​,可以得出结论,建议基于Chamilo的电子学习实施并在生物学学习过程中使用。

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