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International Journal of Education and Teaching Zone
ISSN : 29637899     EISSN : 28307925     DOI : https://doi.org/10.57092/ijetz.v1i2
Core Subject : Education, Social,
International Journal of Education and Teaching Zone (IJETZ) is a double-blind peer-reviewed and open-access journal on Education and teacher training. The focus of this journal is to discuss issues of education and teacher training in countries around the world, both in public educational institutions and private educational institutions. IJETZ Journal provides the opportunity to receive articles related to education and teaching from research results starting from preparatory levels, elementary schools, and universities. The scopes of IJETZ Journal include Islamic Education, Social Education Studies, Natural Science Education Studies, Physics Education, Physical Education, Mathematics Education, Environmental Education, Language Education, Management Education, Teaching and Learning, Quality Education, Teacher Education, Educational Technology, Early Childhood Education, Special Education, Guidance and Counseling Education, and other educational fields in the world.
Articles 141 Documents
Effects of Microlearning Based Science Modules on Conceptual Understanding and Self Regulated Learning: A Quasi Experimental Study in Senior Secondary Schools Hamdani, Hamdani; Marlina, Reni; Nurussaniah; Lathifah, Suci Siti; Aminah Zb
International Journal of Education and Teaching Zone Vol. 5 No. 1 (2026): February 2026 Edition
Publisher : Yayasan Nurul Yakin Bunga Tanjung

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.57092/ijetz.v5i1.774

Abstract

This study examined the effectiveness of a microlearning-based science module in enhancing students' conceptual understanding and self-regulated learning (SRL). Employing a quasi-experimental non-equivalent control group design, 32 secondary students were equally assigned to experimental (microlearning) and control (conventional instruction) groups. Data were collected through validated conceptual understanding tests, SRL questionnaires, and delayed post-tests to measure retention. Descriptive results showed the experimental group consistently outperformed the control group across all measures, achieving higher mean scores in conceptual understanding (M = 81.38, SD = 6.41 vs. 72.06, SD = 6.87), SRL (M = 82.25 vs. 71.81), and retention (M = 78.94 vs. 69.13). Inferential analysis revealed significant differences in overall conceptual understanding (t = 3.21, p = 0.003) with a large effect size (Cohen's d = 0.80), as well as across specific indicators of basic concepts, conceptual application, and scientific reasoning. These findings indicate that microlearning effectively supports deeper conceptual understanding, learner autonomy, and long-term retention by reducing cognitive load and enabling flexible, self-paced learning, positioning it as a promising instructional approach for strengthening science education quality at the secondary level.