Consultation-oriented teacher support and student innovation literacy: a structural model

Amid the accelerated transformation of higher education, university students face intensifying cognitive demands that challenge both learning and innovation. Drawing upon cognitive load theory and self-determination theory, this study investigates the psychological pathways through which consultation-oriented teacher or counselor support (TS) enhances students' innovation literacy. A chain-mediation structural equation model (SEM) was developed to examine the sequential relationships among TS, psychological safety (PS), intrinsic motivation (IM), cognitive load (CL), and innovation literacy, while perceived innovation climate was introduced as a contextual moderator. Data were collected from 300 undergraduates at three universities located in Eastern, Central, and Western China using validated questionnaires assessing TS (emotional encouragement, exploratory guidance, feedback support), PS, IM, subjective CL (task complexity and effort), and innovation literacy (cognitive, motivational, and behavioral dimensions). Results indicated that TS significantly improved PS, which in turn enhanced IM and reduced perceived CL. These psychological mechanisms jointly promoted students' innovation literacy, particularly its cognitive and motivational components, whereas the pathway from IM to observable innovation behavior remained comparatively weak, reflecting a motivational-behavioral gap. Furthermore, perceived innovation climate moderated several key paths, indicating that supportive institutional environments amplify the positive effects of consultation-oriented support on psychological resources and innovative outcomes. Overall, the study establishes an integrated consultation-oriented framework for understanding support-driven innovation in higher education and offers practical implications for consultant training, teacher coaching, and institutional policy aimed at optimizing task design, balancing cognitive demands, and transforming motivation into sustainable innovation behavior.

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Publication Details

Journal
Frontiers in Psychology
Published
2025-12-09
DOI
https://doi.org/10.3389/fpsyg.2025.1697366
Primary Topic
Flow Experience in Various Fields
Type
article
Field-Weighted Citation Impact
0.00

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article

Consultation-oriented teacher support and student innovation literacy: a structural model

Baojian Wei, Yan Xiong, Wenqian Gao
Frontiers in Psychology
Flow Experience in Various Fields
article

Consultation-oriented teacher support and student innovation literacy: a structural model

Baojian Wei, Yan Xiong, Wenqian Gao
article en

Abstract

Amid the accelerated transformation of higher education, university students face intensifying cognitive demands that challenge both learning and innovation. Drawing upon cognitive load theory and self-determination theory, this study investigates the psychological pathways through which consultation-oriented teacher or counselor support (TS) enhances students' innovation literacy. A chain-mediation structural equation model (SEM) was developed to examine the sequential relationships among TS, psychological safety (PS), intrinsic motivation (IM), cognitive load (CL), and innovation literacy, while perceived innovation climate was introduced as a contextual moderator. Data were collected from 300 undergraduates at three universities located in Eastern, Central, and Western China using validated questionnaires assessing TS (emotional encouragement, exploratory guidance, feedback support), PS, IM, subjective CL (task complexity and effort), and innovation literacy (cognitive, motivational, and behavioral dimensions). Results indicated that TS significantly improved PS, which in turn enhanced IM and reduced perceived CL. These psychological mechanisms jointly promoted students' innovation literacy, particularly its cognitive and motivational components, whereas the pathway from IM to observable innovation behavior remained comparatively weak, reflecting a motivational-behavioral gap. Furthermore, perceived innovation climate moderated several key paths, indicating that supportive institutional environments amplify the positive effects of consultation-oriented support on psychological resources and innovative outcomes. Overall, the study establishes an integrated consultation-oriented framework for understanding support-driven innovation in higher education and offers practical implications for consultant training, teacher coaching, and institutional policy aimed at optimizing task design, balancing cognitive demands, and transforming motivation into sustainable innovation behavior.

Frontiers in PsychologyVol. 16
Shanghai Shipbuilding Technology Research Institute (CN), Shandong First Medical University (CN), Capital Normal University (CN)
Shandong First Medical University
Openalex Percentile: Top 56%
Flow Experience in Various Fields
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