Iyon Maryono
Universitas Islam Negeri Sunan Gunung Djati

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Mobile Learning in Mathematics Education: Trends, Thematic Clusters, Pedagogical Approaches, and Implementation Challenges Fitria Pujawati; Asep Jihad; Iyon Maryono
Unnes Journal of Mathematics Education Vol. 15 No. 2 (2026): Reguler Issue
Publisher : Universitas Negeri Semarang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.15294/ujme.v15i2.54491

Abstract

Research on mobile learning in mathematics education continues to grow, yet empirical evidence on its actual classroom implementation remains limited. This study aims to comprehensively map the development, knowledge structure, pedagogical approaches, and implementation challenges of mobile learning in mathematics education. The conceptual framework integrates bibliometric analysis and thematic analysis as complementary approaches for understanding the research landscape both quantitatively and qualitatively. The study employed a hybrid review combining bibliometric analysis of 375 publications and thematic analysis of 50 high-quality studies selected from an initial pool of 707 Scopus-indexed records. The findings reveal that mobile learning develops across four main thematic clusters, is dominated by constructivist pedagogical approaches, and faces multi-layered systemic barriers centered on institutional, pedagogical, and individual readiness. Successful implementation is determined by the alignment among technology, instructional design, teacher capacity, and the broader educational ecosystem. These findings provide implications for researchers in identifying future research directions, for educators in designing effective mobile learning environments, and for policymakers in developing comprehensive strategies that support sustainable and equitable mobile learning implementation in mathematics education.
Exploration of the Architecture of the Great Mosque of Banten as a Mathematics Learning Context Sultan Lutfi Frimansyah; Iyon Maryono; Wati Susilawati
Mosharafa: Jurnal Pendidikan Matematika Vol. 15 No. 2 (2026): April
Publisher : Department of Mathematics Education Program IPI Garut

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31980/nc5v9a54

Abstract

Abstrak Pembelajaran matematika akan terasa lebih bermakna apabila dikaitkan dengan situasi yang dekat dengan keseharian peserta didik. Salah satu sumber kontekstual yang potensial untuk dimanfaatkan adalah warisan budaya, yang dapat dijembatani melalui pendekatan etnomatematika. Kajian ini dilakukan dengan tujuan untuk menelusuri keberadaan konsep-konsep matematika yang tersirat pada arsitektur Masjid Agung Banten, untuk kemudian dijadikan sebagai bahan kontekstual dalam kegiatan belajar mengajar matematika. Metode yang digunakan dalam penelitian ini bersifat kualitatif deskriptif, dengan data yang dikumpulkan melalui kajian pustaka, pengamatan visual secara langsung, serta penelaahan dokumentasi terhadap berbagai elemen arsitektural masjid. Selanjutnya, data yang diperoleh ditelaah menggunakan teknik analisis domain dan taksonomi guna mengungkap sekaligus merumuskan konsep matematis yang melekat pada tiap bagian bangunan. Temuan penelitian memperlihatkan bahwa arsitektur Masjid Agung Banten menyimpan beragam unsur matematika, di antaranya prisma segi delapan, limas, persegi, setengah lingkaran, balok, kesebangunan, transformasi geometri, trigonometri, hingga barisan aritmetika. Seluruh konsep tersebut dipaparkan baik dalam bentuk visualisasi maupun formulasi matematis, sehingga memiliki peluang untuk dijadikan sumber belajar yang kontekstual, bermakna, sekaligus turut berperan dalam upaya pelestarian budaya lokal melalui jalur pendidikan matematika.   Abstract Mathematics learning becomes more meaningful when connected to situations close to students' daily lives. One potential contextual source to utilize is cultural heritage, which can be bridged through an ethnomathematics approach. This study was conducted to explore the existence of mathematical concepts implicit in the architecture of the Great Mosque of Banten, which can subsequently serve as contextual material in mathematics teaching and learning activities. The method used in this study is descriptive qualitative, with data collected through literature reviews, direct visual observations, and documentation reviews of various architectural elements of the mosque. Furthermore, the obtained data were analyzed using domain analysis and taxonomy techniques to uncover and formulate the mathematical concepts inherent in each building part. The research findings show that the architecture of the Great Mosque of Banten contains various mathematical elements, including octagonal prisms, pyramids, squares, semicircles, cuboids, similarity, geometric transformations, trigonometry, and arithmetic sequences. All of these concepts are presented in both visual representations and mathematical formulations, offering the potential to serve as a contextual and meaningful learning resource while contributing to local cultural preservation through mathematics education.