Balancing Act: Navigating the Spectrum of Student-Centred and Teacher-Centred Education

Abstract

This conceptual paper explores the pedagogical tension and potential synergy between teacher-centred and student-centred instructional approaches, particularly within the context of teaching abstract concepts in science and mathematics such as quantum mechanics and calculus. Grounded in the theoretical frameworks of essentialism and constructivism, the study seeks to investigate which pedagogical model—or combination thereof—most effectively promotes foundational understanding and conceptual depth among students. Using a literature review methodology, the paper critically analyses empirical and philosophical studies on the application of these approaches in diverse educational settings. Findings suggest that neither approach in isolation fully supports deep learning of complex content; instead, a hybrid model that integrates direct instruction with active, inquiry-based engagement offers the most promising results. The paper highlights practical examples, such as lesson planning for the Schrödinger wave equation and differentiation, to demonstrate how both paradigms can be blended for optimal educational impact. It concludes with recommendations for implementing balanced instructional strategies to improve conceptual understanding, student engagement, and academic performance in STEM education.