The Role of the Different Components of Attention on Observational Learning in Early Primary School Children: New Insights and Educational Implications

<b>Background/Objectives:</b> Observational learning enables children to acquire new skills by observing others' actions. Attention is widely recognized as a key supporting process and consists of multiple components that develop substantially during the early school years. Empirical evidence on the association between specific components of attention and observational learning remains limited. Therefore, this study examined the relationship between the main components of attention and observational learning among early primary school children. <b>Methods:</b> Sixty-eight children, aged 6-8, completed a computerized battery assessing the main components of attention (reaction times, simple and related to a choice; focused attention; short-term span of attention; divided and alternating attention) and an observational learning task where children observed an actor detecting a hidden spatial sequence and then reproduced it across detection phase (DP), exercise phase (EP), and automatization phase (AP). Correlational and regression analyses were conducted, controlling for age and gender. <b>Results:</b> Visual and visual-spatial focused attention emerged as significant predictors of performance during DP and EP, with higher levels of focused attention associated with fewer errors and repetitions. Choice reaction time showed phase-specific associations with error rates during early learning phases, whereas age was primarily related to performance during the AP. <b>Conclusions:</b> Observational learning in early primary school relies on specific components of attention rather than on attention as a unitary construct. Visual and visual-spatial focused attention plays a central role during the acquisition and consolidation of observed sequences, with implications for understanding learning from models and for educational practices based on demonstration.