Drawing from my Inclusive Education Fellowship, I designed a specialized intervention to tackle the challenge of rote memorization in geometry. Observing that my Grade 6 and 7 students struggled to memorize textbook language for geometric constructions (Sompaddo), I implemented a CSP-based framework that validated their native Chatgaya (Cox’s Bazar) dialect as a bridge to formal academic language.
The process moved through three strategic phases:
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Foundational Mapping: Students first mastered basic geometric symbols and learned to translate visual actions like drawing a point or a line into simple written descriptions.
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Linguistic Scaffolding: I encouraged students to explain their drawing steps in their own local dialect. By removing the barrier of formal language, students demonstrated a sophisticated understanding of geometric logic that had previously been hidden by the pressure to memorize.
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Code-Switching & Critical Reflection: We collaborated to "translate" their dialect-based descriptions into formal textbook terminology. This led to a critical classroom dialogue about why textbooks are written in standard language and how students can navigate these systems without losing their cultural identity.
This intervention transformed geometry from a memory exercise into a lesson in creative writing and self-advocacy. By honoring their local culture, I not only improved their academic performance in mathematics but also fostered the confidence necessary for first-generation learners to succeed within a formal education system while remaining rooted in their heritage.