Skip to content

Task receptivity in school strength training: A function of individual interest profiles?

Aug 2026 · European Physical Education Review · 0 citations · 35 references

Abstract

Positive experiences in physical education (PE) constitute a critical determinant of students’ engagement and learning. The aims of this study were to: (a) examine potential differences in situational interest (SI) across three strength-training tasks as a function of students’ individual interest (II) profiles, and (b) examine whether and how SI scores differed across II profiles theoretically aligned with the four-phase model of interest development. Students ( N  = 319; M age  = 16.0, SD  = 1.7; 53.3% boys) completed three strength-training tasks within the same PE unit. The tasks differed only in guidance for load self-regulation. The first task promoted an autonomous learning environment supported by internal guidance. The second created a structured environment characterized by external guidance. The third represented an intermediate condition, combining structure with decision-making autonomy through mixed guidance. Cluster analyses based on the three factors of II identified four profiles showing progressively increasing levels of II, supported by Bayesian Information Criterion and log-likelihood criteria, consistent with the theoretical structure of the four-phase model. The findings suggest that instructional designs relying primarily on external guidance were associated with higher SI scores among lower II profiles, consistent with the lower-interest profiles described in the model. No significant task-by-profile interaction was observed for higher II profiles. Non-linear patterns across II profiles were observed for all tasks except the mixed-guidance task. The results underscore the importance of designing PE tasks that align with different II profiles within the interest development framework.

View source

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.