Africa’s pursuit of sustainable development and economic competitiveness hinges on closing the continent’s skills gap in its workforce. Central to this is Science, Technology, Engineering, and Mathematics education, a driver of innovation, industrial advancement, and global relevance. This paper examines the impediments to STEM’s transformative role in bridging the critical skills divide, including outdated curricula, limited infrastructure, inadequate teacher training, weak industry-academia linkages, and the marginalization of indigenous apprenticeship models. It highlights broader structural issues such as gender disparities, brain drain, digital inequality, and poor alignment between educational outcomes and labor market needs. It argues for a transformative, context-responsive framework that blends modern pedagogy with indigenous knowledge systems, digital fluency, and industry collaboration. Ultimately, it offers forward-looking, actionable recommendations for Africa’s future global competitiveness.
Clara Dumebi Moemeke (2025) studied this question.