A Universal Design for Learning Framework for Inclusive Primary Mathematics in Ghana: Adaptation and Implementation

This study proposes a Universal Design for Learning (UDL)-based framework to enhance inclusivity, engagement, and accessibility in Ghana's Primary 3 Mathematics curriculum.Although Ghana's Education Strategic Plan (2018-2030) emphasizes equity and quality, current instructional practices often rely on lecture-heavy methods that limit participation for students with diverse linguistic, cognitive, and sensory needs.Drawing on UDL's principles of multiple means of representation, action and expression, and engagement [1], this paper conceptually evaluates the existing curriculum and outlines strategies for its redesign.Literature from Ghanaian classrooms, UNICEF pilots, and international UDL applications informs the framework, which integrates culturally relevant pedagogy, locally sourced manipulatives, low-bandwidth digital tools, and co-teaching models.A phased implementation plan is proposed, including curriculum alignment, teacher training, pilot testing in diverse districts, and eventual scale-up with policy integration.Anticipated barriers such as limited resources, overcrowded classrooms, and insufficient teacher preparation are addressed through low-cost instructional materials, professional learning communities, and targeted professional development.Findings highlight UDL's potential to transform mathematics classrooms into inclusive spaces that promote equity, motivation, and deeper conceptual understanding.The framework provides curriculum developers, teacher educators, and policymakers with a practical model for embedding UDL in low-resource contexts while advancing Ghana's commitments under Sustainable Development Goal 4.