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Deficits in executive functions predict longer term difficulties in STEM

Penn State professor discusses factors that increase children’s risk of struggling academically in elementary school

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Professor says study shows kindergartners with poor executive functions are at risk.

November 6, 2018

Kindergarten children who exhibit poor executive functions are at elevated risk for repeated academic difficulties across elementary school, including in mathematics and science, according to a new longitudinal study of 11,000 students attending U.S. elementary schools.

Executive functions are a set of cognitive processes that manage and regulate our goal-directed behavior. They are like the mind's "air traffic control system," helping people plan, shift their attention and organize across multiple tasks. Specific types of executive functions include working memory (manipulating information in our short-term memory), cognitive flexibility (quickly switching from one task to another) and inhibitory control (controlling our initial impulses).

Findings from a new study led by Penn State professor of education and demography Paul L. Morgan found that kindergarten children with deficits in executive functions are at elevated risk for academic difficulties. The study, supported by the Nationals Science Foundation's Education and Human Resources Directorate, appears in the peer-reviewed journal Early Childhood Research Quarterly.

Prior to this research, very few studies examined whether deficits in executive functions increased the risk for repeated academic difficulties. Yet children experiencing repeated academic difficulties, including in mathematics and science, are likely to continue to struggle throughout school and are less likely to pursue STEM-related careers.

Morgan said the risks predicted by deficits in executive functions are not explained by children's prior academic achievement, oral language or socio-demographic characteristics.

"This suggests that deficits in executive functions by kindergarten may be a potentially important target for interventions, including those designed to address science, engineering, technology and mathematics difficulties early on during children's schooling when such interventions may be especially effective," he said.

--  Bobbie Mixon, NSF (703) 292-8485

Paul Morgan
Yoonkyung Oh
George Farkas
Marianne Hillemeier

Related Institutions/Organizations
Pennsylvania State Univ University Park

Penn State University , Pennsylvania

Related Programs

Related Awards
#1644355 The Role of Executive Function in Mathematics and Science Learning Difficulties of Students with Disabilities

Years Research Conducted
2016 - 2019

Total Grants