PEDAGOGY FOR SENIOR SECONDARY EDUCATION: OPERATIONALIZING COMPETENCY-BASED INSTRUCTION OPERATIONALIZING COMPETENCY-BASED INSTRUCTION IN SCHOOL EDUCATION: A FRAMEWORK FOR TEACHERS
School education plays a foundational role in developing learners' knowledge, skills, values, dispositions and capacity for lifelong learning.Contemporary educational reforms in India emphasize a shift from rote memorization and content-heavy teaching towards conceptual understanding, competency development, experiential learning, critical thinking, creativity and authentic assessment.However, teachers across different school stages often face difficulty in converting these broad policy expectations into daily classroom practice.This conceptual study examines the meaning, principles and practical implementation of competency-based instruction across primary, middle, secondary and senior secondary education.It proposes a flexible framework based on competency mapping, formulation of learning outcomes, contextualized learning experiences, differentiated instruction, formative assessment, feedback and student reflection.The study also explains how competencies and classroom activities can be adapted according to learners' age, developmental level, subject and educational stage.The roles of teachers, school leaders, academic coordinators and examination boards are discussed.The study argues that competency-based instruction should not be reduced to application-based examination questions or isolated classroom activities.It requires alignment among curriculum, pedagogy, assessment, teacher preparation and school culture.The study concludes that sustained professional development, collaborative academic leadership and stage-sensitive planning are essential for implementing competency-based instruction effectively in Indian schools.
Publication Details
- Journal
- International Research Journal of Modernization in Engineering Technology and Science
- Published
- 2026-11-02
- DOI
- https://doi.org/10.56726/irjmets104234
- Primary Topic
- Education Methods and Technologies
- Type
- article
- Field-Weighted Citation Impact
- 0.00