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JONI WANRI SIMBOLON*, ISMA WIDIATY

Universitas Pendidikan Indonesia

Abstract

Mathematics learning motivation has emerged as a critical determinant of academic achievement and STEM career aspirations, yet comprehensive understanding of its research evolution remains fragmented across multiple psychological constructs. This study provides a systematic bibliometric performance analysis of global research on mathematics learning motivation, examining the evolution of three key constructs: mathematics self-efficacy, mathematics motivation, and mathematics engagement over four decades. A comprehensive bibliometric analysis was conducted using Scopus database, analyzing 490 publications from 1983 to 2025. The analysis examined temporal trends, geographic distribution, document quality, publisher patterns, and research evolution across the three constructs using systematic search strategies and performance indicators. Mathematics self-efficacy dominated the research landscape with 316 publications (64.5%) spanning 43 years, establishing itself as the foundational construct. Mathematics motivation emerged as a distinct field in 1994 with 114 publications (23.3%), while mathematics engagement appeared in 2013 as the newest paradigm with 60 publications (12.2%). Geographic analysis revealed concentration in developed nations, with the United States leading (154 publications), followed by Turkey (44), China (38), and Australia (34). Research quality was consistently high, with 89% peer-reviewed journal articles from reputable international publishers. A remarkable 45% of publications occurred in the last five years (2021-2025), with peak productivity in 2024, indicating strong contemporary momentum accelerated by digital transformation in education. The evolution from self-efficacy to engagement represents a paradigmatic shift toward holistic understanding of student involvement in mathematics learning. The dominance of self-efficacy research provides robust theoretical foundation, while emerging engagement research offers promising directions for integrative models. Geographic concentration highlights the need for cross-cultural perspectives and international collaboration. The strong recent momentum reflects the field^s responsiveness to contemporary educational challenges, particularly post-pandemic digital learning transformations. This analysis provides a comprehensive roadmap for future research toward integrated theoretical frameworks and evidence-based interventions in mathematics education.

Keywords: Mathematics motivation- Mathematics self-efficacy- Mathematics engagement- Bibliometric analysis- Educational psychology- STEM education- Mathematics anxiety- Student engagement- Learning motivation- Educational research trends

Topic: Education for sustainable development