基于ASICC学习策略的电子模块原生材料

Qonita Nur Rohmania, Inayah Nur Afifah, F. Fatnatin, P. R. Primandiri, Mumun Nurmilawati, A. Santoso
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引用次数: 5

摘要

科学论证技能在sman1 Kediri生物学学习中的过程还不是最优的。本研究旨在利用基于asic的电子模块提高学生的科学论证能力。本研究与开发采用了普洛普开发模型。本研究以MIPA SMAN 1 Kediri X年级32名学生为研究对象。普洛姆普模型分为三个阶段,即初步研究、原型设计和评估。主题和语言的专家验证分数为85%(有效类别),设计和媒体专业人员的验证分数为81%(有效类别),教师验证分数为93%(非常有效类别),小团体测试分数为88%(非常有效类别)。基于asic的电子模块的实施结果显示,32名学生中有25人获得高N-Gain分,5人获得中N-Gain分,2人获得低N-Gain分。基于asic的原生材料电子模块对于提高sman1 Kediri中MIPA X班学生的科学论证能力是有效的。
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Electronic module protist material based on ASICC learning strategies
The process of scientific argumentation skills in biology learning at SMAN 1 Kediri is nonoptimal yet. This study aimed at improving students’ scientific argumentation using ASICC-based electronic modules. This Research and Development employed Plomp development model. The subjects of this study were X graders of MIPA SMAN 1 Kediri which consisted of 32 students. There were three stages of the Plomp model conducted i.e., preliminary research, prototyping, and assessment. The expert validation score gained for subject matter and linguistic was 85% (valid category), the validation score for design and media professionals' validation is 81% with a valid category, the teacher validation score is 93% with a very valid category, and the small group test score is 88% with a very valid category. Implementation of the ASICC-based electronic module had results such as 25 of 32 students got the N-Gain score in the high category, 5 students in the medium category, and 2 students in the low category. The ASICC-based electronic module on protist material is valid and effective to improve the scientific argumentation skills of class X MIPA students in SMAN 1 Kediri.
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发文量
19
审稿时长
18 weeks
期刊最新文献
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