How much motivation is in student ratings of mathematics instructional quality? Disentangling the role of individual characteristics, class averages, and class heterogeneity

Abstract Motivational characteristics may shape how students perceive mathematics classroom instruction. Student ratings are widely used to assess instructional quality, but the specific roles of motivational student characteristics and prior achievement in shaping student ratings are not yet fully understood. Moreover, little is known about whether teachers adapt their instruction over time in response to motivational class characteristics. This study addresses (1) how student ratings of instructional quality relate to students’ motivation and prior achievement at the student and class level and (2) whether teachers adapt their instruction over time based on class-average motivation, class-average achievement, and within-class heterogeneity in these characteristics. Data from 1654 eighth-grade students across 73 classes were analyzed using multilevel modelling. Mathematics achievement and mathematics-related motivation (interest, self-concept, and intrinsic motivation) were assessed early in the school year. Instructional quality—encompassing classroom management, cognitive activation, and student support—was measured both early and late in the school year. Early in the school year, higher prior achievement and intrinsic motivation were associated with higher instructional quality ratings at both the student and class level. Additionally, at the student level, self-concept was positively linked to all three instructional quality dimensions, while interest was specifically associated with student support. Longitudinally, prior achievement and initial perceptions predicted later ratings. Moreover, higher heterogeneity in interest was associated with lower cognitive activation, and higher heterogeneity in intrinsic motivation with lower student support. The findings underscore the need to account for classroom composition—particularly in terms of student motivation—when examining student-reported instructional quality.

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Publication Details

Journal
ZDM
Published
2026-01-22
DOI
https://doi.org/10.1007/s11858-026-01767-7
Primary Topic
Education, Achievement, and Giftedness
Type
article
Field-Weighted Citation Impact
0.00

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article

How much motivation is in student ratings of mathematics instructional quality? Disentangling the role of individual characteristics, class averages, and class heterogeneity

Timo Kosiol, Christian Lindermayer, Stefan Ufer
ZDM
Education, Achievement, and Giftedness
article

How much motivation is in student ratings of mathematics instructional quality? Disentangling the role of individual characteristics, class averages, and class heterogeneity

Timo Kosiol, Christian Lindermayer, Stefan Ufer
article en

Abstract

Abstract Motivational characteristics may shape how students perceive mathematics classroom instruction. Student ratings are widely used to assess instructional quality, but the specific roles of motivational student characteristics and prior achievement in shaping student ratings are not yet fully understood. Moreover, little is known about whether teachers adapt their instruction over time in response to motivational class characteristics. This study addresses (1) how student ratings of instructional quality relate to students’ motivation and prior achievement at the student and class level and (2) whether teachers adapt their instruction over time based on class-average motivation, class-average achievement, and within-class heterogeneity in these characteristics. Data from 1654 eighth-grade students across 73 classes were analyzed using multilevel modelling. Mathematics achievement and mathematics-related motivation (interest, self-concept, and intrinsic motivation) were assessed early in the school year. Instructional quality—encompassing classroom management, cognitive activation, and student support—was measured both early and late in the school year. Early in the school year, higher prior achievement and intrinsic motivation were associated with higher instructional quality ratings at both the student and class level. Additionally, at the student level, self-concept was positively linked to all three instructional quality dimensions, while interest was specifically associated with student support. Longitudinally, prior achievement and initial perceptions predicted later ratings. Moreover, higher heterogeneity in interest was associated with lower cognitive activation, and higher heterogeneity in intrinsic motivation with lower student support. The findings underscore the need to account for classroom composition—particularly in terms of student motivation—when examining student-reported instructional quality.

ZDM
LMU Klinikum (DE), Ludwig-Maximilians-Universität München (DE)
Bundesministerium für Bildung und Forschung
Quality Education
Openalex Percentile: Top 84%
Education, Achievement, and Giftedness
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