THE CRISIS IN PHYSICS EDUCATION IN NIGERIA: CAUSES, CONSEQUENCES, AND STRATEGIC INTERVENTIONS

Abstract

Physics education is fundamental to Nigeria's ambitions for
technological growth, yet recent trends indicate a troubling decline
in its effectiveness. Nigeria is experiencing a growing crisis in
physics education, marked by declining student enrollment, poor
academic performance, inadequate instructional resources, and a
shortage of qualified teachers. This article examines the causes,
consequences, and strategic interventions required to address this
crisis. Drawing on recent empirical studies and policy reports, the
paper identifies major contributing factors, including low student
interest and physics phobia, weak teacher preparation and limited
professional development, scarcity of laboratory facilities, a
curriculum that is irrelevant to students' daily realities, and
persistent learning difficulties and misconceptions. These challenges
have led to poor examination outcomes, a shortage of physics
teachers and STEM professionals, widening educational
inequalities, and reduced national capacity for scientific and
technological development. To reverse this trend, the paper
recommends sustained teacher professional development, improved
provision of laboratory infrastructure, curriculum reform and
contextualization, adoption of learner-centered and problem-based
pedagogies, strategic integration of digital technologies, early
development of interest in science, and strong policy support. The
paper concludes that addressing the physics education crisis requires
coordinated systemic reforms to ensure Nigeria's long-term
technological and economic growth.