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Based on the results of the needs analysis of PJOK teachers in class IV SDN Kanigoro 04, teachers use LKS learning media or manual teaching books. LKS or manual textbooks are less interesting because the LKS used is not colorful so the teacher feels that the current media is not enough to support interactive learning. The difficulty that teachers face when making interactive media is that it takes a long time. The purpose of this research is to develop and test interactive e-module learning media on basic movement patterns and create a new learning atmosphere. Researchers used a Research and Development approach with the ADDIE development research model (Analyze, Design, Development, Implementation, Evaluation). The results of media expert validation got an average result of 91.87% which was categorized as very valid, material expert validation got an average result of 95.83% which was categorized as very valid. Small group trials to students obtained an average result of 91.49% categorized as very feasible. Large group trials to students obtained an average result of 90.28% categorized as very feasible. This shows that the use of interactive e-module learning media on basic movement patterns is very feasible to use in learning.

This research investigates the development and testing of an interactive e-module based on inquiry learning, designed to improve students’ understanding of derivatives in calculus. The study adopts a Research and Development (R&D) approach, which involves several stages: design, prototype creation, testing, and revision. The e-module incorporates interactive exercises, real-time feedback, and multimedia elements to engage students in active learning. A pre- and post-test assessment was conducted to measure the effectiveness of the e-module, revealing a 20% improvement in students’ conceptual understanding of derivatives. Feedback from students indicated that the e-module’s interactive features, including visual representations, problem-solving activities, and immediate corrections, significantly enhanced their learning experience. The results were compared with traditional printed materials, showing that the interactive e-module was more effective in improving students' problem-solving skills and overall understanding of abstract concepts in calculus. The findings suggest that technology-enhanced tools, such as interactive e-modules, offer a promising approach to calculus education, fostering deeper engagement and providing immediate feedback, which traditional methods fail to offer. These tools are particularly beneficial in bridging the gap between theoretical understanding and practical application in higher education. The study also recommends expanding the use of inquiry-based learning and interactive modules to other areas of mathematics and STEM education. Future research should focus on refining the e-module to include more personalized learning pathways and explore its long-term effects on students' performance across various subjects.