Biosfer (Oct 2024)

Empowering scientific literacy skills through an integrated SSCS learning model with RQA strategies

  • Yusnaeni,
  • Mbing. M. Imakulata,
  • Nikmah,
  • Mario. J. Santrum,
  • Jasman,
  • Sudirman,
  • Waldetrudis. V. Dama,
  • Nolvan. C. Bangngu,
  • Gabriela. F. Wiltin,
  • Etheldrida S. T. Tukan

DOI
https://doi.org/10.21009/biosferjpb.47844
Journal volume & issue
Vol. 17, no. 2
pp. 540 – 549

Abstract

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Understanding science is needed in the context of scientific literacy. Scientific literacy cannot be separated from the role of reading literacy. Literacy is a prerequisite component so that students can have four life competencies namely Creativity, Critical Thinking, Collaboration, and Communication (4C). This research is quasi-experimental research with a pretest and post-test non-equivalent control group design. The population is students from SMP Negeri 9 and 17 with a class VIII sample of 105 students. The instrument for assessing students' scientific literacy skills is in the form of multiple-choice tests and essays prepared to represent indicators of scientific literacy, namely: 1) identifying scientific problems/phenomena, 2) interpreting data and drawing conclusions, 3) understanding science concepts, and 4) applying science concepts to life. Data on students' scientific literacy abilities analyzed using the t-test. using the SPSS ver. 20. The research results obtained show that there is a difference in scientific literacy between the SSCS model treatment group integrated with RQA learning strategies and the conventional model. The SSCS+RQA class experienced an increase of 52.48%. The significant increase changed the scientific literacy category from low to very high. Meanwhile, the RQA control class experienced an increase of 33.89%. This increase was also able to change the scientific literacy category from low to high.

Keywords