Interaction Between Immersive Learning Environments and Discovery Learning Modes in Developing Cognitive Achievement and 21st-Century Skills in STEM Education: An Explanatory Analysis

Abstract

The growing use of augmented reality and virtual reality technologies has fundamentally transformed the nature of interactive learning environments, particularly in STEM education, which emphasizes experiential and exploratory learning. However, the effectiveness of these immersive environments is not determined solely by their technological features, but by the cognitive organization that regulates learner interaction within them. This study provides an explanatory analysis of the interaction between immersive learning environments (augmented reality and virtual reality) and discovery learning modes (guided and unguided) in developing cognitive achievement and 21st-century skills among secondary school students in STEM learning contexts.

The study adopts an integrative explanatory framework linking perceptual immersion, cognitive regulation of exploratory activity, conceptual knowledge construction, and higher-order skill development. The analysis indicates that the educational impact of immersive environments depends on the dynamic interaction between the level of perceptual immersion and the degree of cognitive guidance. Deep learning emerges when a balanced relationship is achieved between exploratory freedom and cognitive load regulation. The findings further suggest that the development of 21st-century skills is closely associated with the nature of cognitively demanding tasks that involve complex problem solving and decision-making within interactive environments.

The study concludes that immersive learning environments function as complex regulatory learning systems whose effectiveness depends on the integration of technological design and structured learning strategies.