Putting Research Into Context: A Paradigm Shift in Conceptualizing Executive Functions in Classroom Learning

Executive functions (EFs) are related to academic performance, but interventions designed to leverage EFs to improve academic outcomes have shown inconsistent results. Academic performance is also subject to layers of personal, social, task-relevant, and cultural contexts, all of which impact students’ EF engagement in any given task. The EF+Math Program explored the potential for EFs to positively impact math achievement by supporting inclusive research and development of EF learning approaches that are contextually embedded and attend to the needs of diverse students. Across a portfolio of projects, researchers, developers, and educators worked collaboratively to co-design and evaluate learning approaches for middle school mathematics classrooms. Here we share examples of our contextualized research, and our updated conceptualizations of EFs arising from shared insights across different contexts. We conclude with calls to action for continuing inclusive research and development to advance insights across, theory, assessment, and intervention in EF research.

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Publication Details

Published
2025-08-22
DOI
https://doi.org/10.31219/osf.io/stzmk_v1
Primary Topic
Neuroscience, Education and Cognitive Function
Type
article
Field-Weighted Citation Impact
0.00
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Putting Research Into Context: A Paradigm Shift in Conceptualizing Executive Functions in Classroom Learning

Martin Buschkuehl, Richard L. Bryck, Dana Miller‐Cotto, Caitlin Mills et al.
Neuroscience, Education and Cognitive Function
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Putting Research Into Context: A Paradigm Shift in Conceptualizing Executive Functions in Classroom Learning

Martin Buschkuehl, Richard L. Bryck, Dana Miller‐Cotto, Caitlin Mills, Susanne M. Jaeggi, Michael C. Brunner, Rebecca Merkley, A. Francisco, Melina Uncapher, Alison T. Miller Singley
article en

Abstract

Executive functions (EFs) are related to academic performance, but interventions designed to leverage EFs to improve academic outcomes have shown inconsistent results. Academic performance is also subject to layers of personal, social, task-relevant, and cultural contexts, all of which impact students’ EF engagement in any given task. The EF+Math Program explored the potential for EFs to positively impact math achievement by supporting inclusive research and development of EF learning approaches that are contextually embedded and attend to the needs of diverse students. Across a portfolio of projects, researchers, developers, and educators worked collaboratively to co-design and evaluate learning approaches for middle school mathematics classrooms. Here we share examples of our contextualized research, and our updated conceptualizations of EFs arising from shared insights across different contexts. We conclude with calls to action for continuing inclusive research and development to advance insights across, theory, assessment, and intervention in EF research.

Openalex Percentile: Top 78%
Neuroscience, Education and Cognitive Function
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