Innovative Mathematics Learning: The Impact of Augmented Reality and Ethnomathematics on Communication Skills

Maximus Tamur; Emilianus Jehadus; Potchong M. Jackaria; Nilo Jayoma Castulo; Ayubu Ismail Ngao

doi:10.31764/jtam.v10i1.34363

Innovative Mathematics Learning: The Impact of Augmented Reality and Ethnomathematics on Communication Skills

Maximus Tamur, Emilianus Jehadus, Potchong M. Jackaria, Nilo Jayoma Castulo, Ayubu Ismail Ngao

Abstract

The integration of digital technology with a cultural approach has become an important innovation in mathematics education to enhance meaningful learning. However, there is still limited research combining Augmented Reality (AR) with ethnomathematics to strengthen students' mathematical communication skills. This study aims to analyze the impact of Augmented Reality and ethnomathematics-based learning on students' mathematical communication skills. The study employed an experimental design involving 60 seventh-grade students selected randomly from eight classes at SMP Negeri 6 Langke Rembong, Ruteng, Indonesia, during the 2024/2025 academic year. The research instrument consisted of a five-item mathematical communication test, which was validated through expert judgment and empirical testing, and demonstrated satisfactory reliability based on internal consistency analysis. SPSS and CMA software were used to support data analysis. A t-test was conducted to examine differences in mathematical communication ability between the experimental and control groups after fulfilling prerequisite assumptions. The findings indicate that the integration of AR and ethnomathematics significantly improved students’ ability to express mathematical ideas clearly, both orally and in written form. Additionally, students showed higher levels of cultural engagement and appreciation, which positively contributed to the development of their communication skills. This study recommends the integration of AR and ethnomathematics as a sustainable innovation in mathematics learning and suggests further research to explore its application across diverse mathematical topics and broader educational contexts.

Keywords

Augmented Reality; Ethnomathematics; Mathematical Communication Skills; Mathematics Education; Innovative Learning.

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DOI: https://doi.org/10.31764/jtam.v10i1.34363