World Education Connect Multidisciplinary e-Publication, Vol. VI, Issue III (March 2026), p.369
Frank Anthony B. Magsucang
DepEd – San Antonio Elementary School
Filipino elementary teachers are asked to prepare learners for two very different realities: the foundational skills that make mathematics possible and the digital world that now shapes how children think, communicate, and judge information. At San Antonio Elementary School in Cuartero, Capiz, a teacher-researcher addressed both through two school-based innovations. This article brings them together, arguing that contextualized, learner-centered strategies can strengthen academic and digital competence alike.
The first innovation responded to Grade 4 pupils who relied on fingers and tally lines, found drills repetitive, and avoided answering on the board. Anchored on game-based learning (Kirikkaya, Iseri, & Vurkaya, 2010) and DepEd's call for localized instruction, the teacher adapted the traditional games piko, sambunot, and piring mata into Math-Piko, Math-Sambunot, and Piring Matha, supported by printed activities built on familiar local images. Using a mixed-methods, pre-test and post-test design over five weeks, the study recorded a rise in mean Mathematics performance from 20.29 to 26.82 and in numeracy level from 2.53 to 4.34. Thematic analysis of interviews showed pupils moving from shyness and finger-counting toward mental computation and confidence.
The second innovation, Project SMART (Social Media Awareness Raised Through Infographics), was implemented in January 2025 to address misinformation, cyberbullying, privacy risks, and excessive screen time among Grade 6 learners. Infographics on online etiquette, data protection, credible sources, screen-time management, and digital footprint were shared through classrooms, bulletin boards, and the school's social media pages. Pre- and post-surveys indicated increased understanding, teachers observed more mindful online behavior, and parents valued the practical guidance they received.
Read together, the two projects reveal a shared pedagogy. Each began with the learners' reality, through interviews and observations in one case and surveys and discussions in the other. Each translated difficult content into forms pupils could touch, see, and enjoy, consistent with Gardner's (1983) theory of multiple intelligences: kinesthetic play for mathematics and visual communication for digital citizenship. Each also treated learning as communal, drawing in classmates, teachers, and parents. The numeracy games showed that skill grows when practice feels meaningful, while the infographics showed that awareness grows when information is clear and close to home.
The implications are practical. Schools need not choose between academic rigor and learner engagement. Teachers may begin with culturally familiar play and accessible visuals, involve families as partners, and judge success through both scores and learners' own voices. Because both studies involved a single school, small groups, and short implementation periods, future research should include comparison groups and longer timelines. Even so, the evidence suggests a hopeful message: when lessons reflect children's own world, they are more likely to learn, to participate, and to carry what they learn beyond the classroom.
