ICT IN LEARNING ANALYTICAL GEOMETRY IN RELATION TO LOGICAL AND CRITICAL THINKING

The integration of Information and Communication Technology (ICT) has increasingly reshaped mathematics education, particularly in abstract and conceptually demanding domains such as analytical geometry. Learning analytical
geometry requires learners to coordinate algebraic reasoning with spatial visualization,logical sequencing, and critical interpretation of graphical representations. Traditional
instructional approaches often emphasize procedural techniques, which may limit students’ opportunities to develop deeper conceptual understanding and higher-order
thinking skills. In this context, the present conceptual article examines the role of ICT
in learning analytical geometry in relation to the development of logical and critical
thinking. Drawing upon contemporary perspectives in mathematics education and educational
technology, the article analyses how ICT tools—such as dynamic graphing software, interactive visualization environments, and simulation-based platforms—support
meaningful learning of analytical geometry. ICT-enabled environments allow learners to manipulate geometric objects dynamically, observe real-time changes, and explore
multiple representations, thereby strengthening logical thinking through pattern recognition, deductive reasoning, and sequential analysis. Simultaneously, these
environments foster critical thinking by encouraging learners to analyse relationships,
evaluate solutions, interpret graphical information, and reflect on problem-solving
strategies. The article argues that ICT should be viewed not merely as a supplementary
instructional aid but as a cognitive tool that actively shapes students’ mathematical
thinking processes. When integrated thoughtfully, ICT promotes exploratory learning,
learner autonomy, and metacognitive engagement, all of which are essential for the
development of logical coherence and critical judgment. The paper concludes by highlighting the pedagogical significance of ICT integration in analytical geometry
and suggests that technology-enhanced learning environments can play a crucial role
in nurturing logical and critical thinking skills across educational levels.