Design of Science E-Modules Based on Guided Inquiry to Improve Science Literacy Using Canva and Heyzine

Introduction: the development of guided inquiry-based e-modules emphasizes the need for relevant and interesting materials to improve students' scientific literacy. Methods: a descriptive qualitative method was used, applying a guided inquiry approach to create engaging and relevant materials to improve science literacy. The e-module prototype was developed using Canva and Hayzine, chosen for its interactive and easy-to-use features. Results: the feasibility of the guided inquiry-based science e-module was evaluated by expert validators specializing in educational media and science education content. Key aspects such as readability, interactivity, and curriculum alignment were assessed. The findings confirmed that the prototype met the standards required for effective teaching materials and showed significant potential to improve elementary science education.Conclusion: the study showed that integrating the Guided Inquiry approach with Canva and Hayzine created an engaging and culturally relevant e-module. This resource effectively supports better science education by increasing student engagement and science literacy skills.

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Publication Details

Journal
Multidisciplinar
Published
2025-04-25
DOI
https://doi.org/10.62486/agmu2025223
Primary Topic
STEM Education
Type
article
Field-Weighted Citation Impact
0.00
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article

Design of Science E-Modules Based on Guided Inquiry to Improve Science Literacy Using Canva and Heyzine

Moh Salimi, St. Y. Slamet, Fajar Fitriadi
2 links
Multidisciplinar
STEM Education
article

Design of Science E-Modules Based on Guided Inquiry to Improve Science Literacy Using Canva and Heyzine

Moh Salimi, St. Y. Slamet, Fajar Fitriadi
article en

Abstract

Introduction: the development of guided inquiry-based e-modules emphasizes the need for relevant and interesting materials to improve students' scientific literacy. Methods: a descriptive qualitative method was used, applying a guided inquiry approach to create engaging and relevant materials to improve science literacy. The e-module prototype was developed using Canva and Hayzine, chosen for its interactive and easy-to-use features. Results: the feasibility of the guided inquiry-based science e-module was evaluated by expert validators specializing in educational media and science education content. Key aspects such as readability, interactivity, and curriculum alignment were assessed. The findings confirmed that the prototype met the standards required for effective teaching materials and showed significant potential to improve elementary science education.Conclusion: the study showed that integrating the Guided Inquiry approach with Canva and Hayzine created an engaging and culturally relevant e-module. This resource effectively supports better science education by increasing student engagement and science literacy skills.

MultidisciplinarVol. 3
Sebelas Maret University (ID)
Openalex Percentile: Top 90%
STEM Education
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