EMPOWERING LEARNERS FOR THE FUTURE: INTEGRATING COMPUTATIONAL THINKING IN SCIENCE AND MATHEMATICS EDUCATION

Abstract

The rapid permeation of technology in our society demands the integration of Computational Thinking (CT) skills into education to empower learners to navigate technological advancements, drive innovation and prepare for the future workforce. CT is crucial for problem-solving, data analysis and decision-making across domains and its inclusion in science and mathematics education offers numerous benefits. This research paper examines the significance of integrating CT skills in school curricula, focusing on science and mathematics. It explores the elements of computational thinking and their relevance in nurturing analytical and critical thinking abilities among students. The paper also discusses challenges and opportunities in implementing CT education and proposes pedagogical approaches for effective integration. The relationship between computational thinking, science and mathematics is highlighted, emphasising the mutual benefits of this integration for deeper understanding and interdisciplinary connections. Overall, the paper emphasises equipping students with CT skills to prepare them for the ever-evolving technological landscape and foster creativity and problem-solving abilities.