AI-ENHANCED LEARNING PATHWAYS: STRENGTHENING COGNITIVE AND METACOGNITIVE ABILITIES

Abstract

Artificial Intelligence-enhanced learning pathways contribute to the development of cognitive and metacognitive abilities in students within a skills-based educational framework. Artificial Intelligence tools such as adaptive learning systems, intelligent tutoring platforms, chatbots, and real-time analytics create personalised learning environments that support diverse thinking processes. AI strengthens cognitive abilities by improving attention, memory, information processing, critical thinking, and problem-solving through interactive, responsive, and data-driven instructional methods. Simultaneously, AI fosters metacognitive growth by guiding learners to set goals, monitor progress, evaluate performance, and reflect on their learning strategies. Grounded in psychological principles, it highlights how AI reduces cognitive load, enhances motivation, increases self-efficacy, and promotes autonomous learning. While AI presents powerful opportunities to transform learning, the chapter also acknowledges key challenges, such as data privacy concerns, overdependence on technology, and unequal access. Overall, the chapter emphasises that when integrated ethically and thoughtfully, AI serves as a transformative educational experience, cultivating analytical, reflective, and self-directed learners prepared for future academic and professional demands.