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Features of measuring soft skills in a saturated digital environment: Exploring the relationship between cognitive control and digital literacy at the individual level
This study investigates the association between adolescents' digital literacy (DL) and cognitive control using ecologically valid, scenario-based tasks developed within an evidence-centred design (ECD) framework alongside a modified Stroop-like verbal–spatial test. The research was conducted at scale with 2860 students in years 7–8 (aged 13–14) from 102 schools across four regions of the Russian Federation, as part of a school-based administration. DL was assessed with performance tasks emulating authentic digital activities; scores were analysed in the Rasch framework. Cognitive control was indexed by response correctness speed (RCS) – a composite of accuracy and time – from incongruent trials of the verbal–spatial test. Associations between RCS and DL (overall and subconstruct scores) were estimated using Spearman's ρ with 10,000-iteration permutation tests and Bonferroni adjustment. Overall, DL showed a significant positive correlation with cognitive control (ρ = 0.407, pBonf <0.01). Stronger correlations were observed for cognitively demanding subconstructs – computational literacy and information creation – followed by information analysis and search, whereas weaker or non-significant relationships were found for domains reflecting procedural or socio-normative knowledge (e.g., digital security, digital communication). These results indicate that executive functions selectively underpin DL performance under realistic cognitive demands, supporting the use of scenario-based, process-sensitive assessments for both measurement and instruction. The findings have implications for the design of DL assessments that minimize construct-irrelevant variance and for pedagogies that combine explicit digital strategies with the fostering of attentional regulation and inhibitory control.