A Comprehensive Analysis of Mathematics Teachers' Initiatives in Implementing Education 4.0: Blueprint For Strategic Foresight
DOI:
https://doi.org/10.64612/ijiv.v2i4.112Abstract
This study examined the Education 4.0 initiatives implemented by mathematics teachers and students and their influence on classroom climate in the Prosperidad District, Schools Division of Agusan del Sur, Philippines, during Academic Year 2025–2026. Using a mixed-method explanatory sequential design (QUAN–qual), the quantitative phase employed a descriptive-correlational approach involving 101 mathematics teachers selected through complete enumeration and 388 students identified using Slovin’s Formula and stratified random sampling. Descriptive statistics, one-way analysis of variance (ANOVA), and Pearson product–moment correlation were utilized to analyze the quantitative data. The qualitative phase involved focus group discussions with purposively selected master teachers and students, and thematic analysis was employed to interpret the responses. Results indicated that mathematics teachers demonstrated a high level of Education 4.0 initiatives, particularly in personal and professional development, digital literacy, and collaborative learning practices, whereas moderate levels were observed in emerging technology integration and community linkages. Students exhibited a moderate level of Education 4.0 initiatives, with strengths in collaboration and utilization of learning resources. Classroom climate was perceived by both teachers and students as positive and learner-centered. Significant differences in Education 4.0 initiatives and classroom climate were identified according to age, teaching experience, technological proficiency, and exposure to emerging technologies. Correlation analysis further revealed significant positive relationships between Education 4.0 initiatives and classroom climate among both teacher and student respondents. Qualitative findings underscored the transformative role of Education 4.0 in enhancing instructional practices, learner engagement, and educational experiences, while also highlighting persistent challenges related to technological infrastructure and digital accessibility. Based on the findings, a strategic framework was developed to strengthen the implementation of Education 4.0 practices in mathematics education.
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