Assessing the Efficacy of Tiered Robotics Integration in Resource-Constrained Educational Ecosystems of Belize

Abstract

For developing countries, establishing advanced Science, Technology, Engineering, and Mathematics (STEM) curricula is commonly hindered by a shortage of specialised infrastructure and skilled personnel. Belize, as it moves towards an economy based on technology, needs a strong STEM foundation, but the pedagogical impact of robotics under severe resource constraints has not been thoroughly investigated. This research assesses the efficacy and longitudinal benefits of introducing robotics activities in primary, secondary, and university education in Belize. More specifically, it looks at the relationship between resource scarcity and the development of adaptive computational thinking. The research employs a mixed-methods approach, analysing student metrics in algorithmic problem-solving and qualitative case studies of "frugal engineering" projects, in which students use open-source platforms and materials available in Belize to compensate for expensive or unavailable equipment. The research proposes that a vertically integrated robotics framework covering all levels of education will encourage the kind of innovative skills that are suited to Belize's specific situation, lessening the impact of a lack of resources by developing high-level cognitive flexibility and heuristic problem-solving skills. Initial results indicate that the "expert scarcity"  in Belizean classrooms encourages students to utilise peer-to-peer mentorship and collaborative debugging. This appears to build a stronger, longer-lasting understanding of systems engineering than is typically found in resource-saturated classrooms.