Similarly, PISA 2022 results have shown that the use of learning strategies, especially those related to proactive behaviours, relate positively to mathematics self-efficacy, persistence and curiosity (OECD, 2024[3]).
Students with a growth mindset are also more likely to report proactive study behaviours, such as putting effort into mathematics assignments and asking questions when not understanding the materials, at least on average and in many countries/economies (Table B.19). Among mid-performers, the relationship is positive in 33 countries/economies, and rarely negative. For low performers, however, it is often non-significant or negative, with only Hong Kong (China)* and Ireland* showing a consistent positive relationship across all performance levels. For top performers, too, the relationship is consistently not statistically significant and positive in 13 systems. This reinforces the conclusion that the link between growth mindset and active engagement with learning is most pronounced for students scoring at proficiency levels 2, 3 and 4.
Taken together, these findings suggest that growth mindset aligns consistently with agency and proactive engagement, which shape students’ learning experiences. The associations are most consistent and positive among mid-performing students, while often absent or negative among low performers. From a policy perspective, these patterns point away from one-size-fits-all approaches and towards differentiated design:
For low-performing students, policies should integrate growth mindset promotion with targeted supports so that beliefs are matched with actionable opportunities to succeed.
For mid-performing students, aligning growth mindset promotion with opportunities to practise proactive learning strategies may help consolidate progress, provided tasks remain meaningful and achievable.
For high-performing students, priorities may lie in sustaining engagement and challenge rather than specifically emphasising growth mindset beliefs.
Growth mindset should be viewed not in isolation but as part of an interconnected web of dispositions that influence how students approach learning. Composite and tailored approaches give education systems a way to encourage adaptive beliefs while also providing the contextual conditions needed for them to be meaningful. System- and school-level strategies, such as diversified learning pathways, adaptive curricula, formative assessment practices, and sustained professional development, can enable education systems to meet the needs of a diverse range of students within heterogeneous classrooms (OECD, 2021[24]; OECD, 2023[25]). Policies that embed such flexibility on a large scale can help to ensure that every student, regardless of their starting point, receives instruction and feedback that fosters confidence and progress.