Rikizaputra Rikizaputra, A. Firda, S. Safira, Mega Elvianasti
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摘要

包含民族科学或地方智慧的环境学习,确实需要在课堂上以学生能够理解的文化和科学的方式来实施,对于学习来说,需要使用合适的学习模式,其中之一就是SETS模式。本研究旨在确定SETS模式对学生生物材料概念掌握的影响。本研究于2021/2022学年在北干巴鲁SMAN 13进行。本研究的总体为X班的学生,样本为X4班作为实验班(采用SETS模型),X5班作为对照班(采用常规学习),采用简单随机抽样技术。准实验研究,采用只匹配前测后测的对照组设计。通过前测、后测和观察收集数据。研究结果发现,控制班平均N-Gain为0.25(低),实验班平均N-Gain为0.51(中)。N-Gain t检验结果显示控制班和实验班对概念的掌握有显著差异。由此可以得出学习SETS模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH MODEL SCIENCE ENVIRONMENT TECHNOLOGY SOCIETY (SETS) BERMUATAN ETNOSAINS TERHADAP PENGUASAAN KONSEP SISWA PADA MATERI LINGKUNGAN
Environmental learning that contains ethnoscience or local wisdom really needs to be implemented in the classroom in terms of culture and science that students can understand, for learning it is necessary to use appropriate learning models, one of which is the SETS model. This study aims to determine the effect of the SETS model on students' mastery of concepts in biology material. This research was conducted at SMAN 13 Pekanbaru in the 2021/2022 Academic Year. The population in this study were students of class X with a sample of class X4 as the experimental class (using the SETS model) and X5 as the control class (conventional learning) taken by simple random sampling technique. Quasi-experimental research, with the matching only pretest posttest control group design. Data collection through pretest, posttest and observation. In the research results, it was found that the average N-Gain in the control class was 0.25 (low), while in the experimental class it was 0.51 (medium). The results of the N-Gain t-test showed a significant difference between control and experimental class mastery of concepts. Thus it can be concluded that learning the SETS model.
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