Self‐efficacy, agency, and values as predictors of <scp>STEM</scp> teacher leader identity in urban‐like learning environments

Abstract Teacher leaders influence their peers by introducing innovative instructional methods and enhancing teaching quality. They have proven invaluable to school principals as they prioritize comprehensive teacher development, bolster teacher effectiveness, and promote teacher retention. Despite their importance, little to no research—prior to the present study—has shed light on the development of teacher leaders and the evolution of their leadership identity. While science, technology, engineering, and mathematics (STEM) teacher leaders offer a potential remedy for attrition in public schools, a substantial gap exists in understanding how a STEM teacher's self‐efficacy, values, and agency contribute to their transformation into effective STEM teacher leaders, especially in urban‐like learning environments. The present study focuses on STEM teacher leadership identity development and the challenges encountered. It ascertains the interplay between urban‐like learning environments, self‐efficacy, agency, the teacher leader's role within the school, and values in forecasting STEM teacher leadership identity. This research involved 100 in‐service PreK‐12 public school STEM teacher leaders. It yielded significant, positive, and meaningful relations between urban‐like learning environments, self‐efficacy/agency, teacher leader role, values, and STEM teacher leadership identity. These findings can enhance various facets of PreK‐12 STEM education, including educational programming, teacher training, and cultivating STEM teacher leadership.

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Institutions

Publication Details

Journal
School Science and Mathematics
Published
2025-02-22
DOI
https://doi.org/10.1111/ssm.18347
Citations
2
Primary Topic
Educational Environments and Student Outcomes
Type
article
Field-Weighted Citation Impact
17.85

Funders

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article

Self‐efficacy, agency, and values as predictors of STEM teacher leader identity in urban‐like learning environments

Diana Cheng, Derrick Grubb, Xiaoyin Wang, Justin Leonard et al.
2 citations
School Science and Mathematics
Educational Environments and Student Outcomes
17.85
article

Self‐efficacy, agency, and values as predictors of STEM teacher leader identity in urban‐like learning environments

Diana Cheng, Derrick Grubb, Xiaoyin Wang, Justin Leonard, Damaries Blondonville‐Ford
article en
2 citations

Abstract

Abstract Teacher leaders influence their peers by introducing innovative instructional methods and enhancing teaching quality. They have proven invaluable to school principals as they prioritize comprehensive teacher development, bolster teacher effectiveness, and promote teacher retention. Despite their importance, little to no research—prior to the present study—has shed light on the development of teacher leaders and the evolution of their leadership identity. While science, technology, engineering, and mathematics (STEM) teacher leaders offer a potential remedy for attrition in public schools, a substantial gap exists in understanding how a STEM teacher's self‐efficacy, values, and agency contribute to their transformation into effective STEM teacher leaders, especially in urban‐like learning environments. The present study focuses on STEM teacher leadership identity development and the challenges encountered. It ascertains the interplay between urban‐like learning environments, self‐efficacy, agency, the teacher leader's role within the school, and values in forecasting STEM teacher leadership identity. This research involved 100 in‐service PreK‐12 public school STEM teacher leaders. It yielded significant, positive, and meaningful relations between urban‐like learning environments, self‐efficacy/agency, teacher leader role, values, and STEM teacher leadership identity. These findings can enhance various facets of PreK‐12 STEM education, including educational programming, teacher training, and cultivating STEM teacher leadership.

School Science and MathematicsVol. 125(5)
Prince George's County Public Schools (US), Towson University (US), University of Maryland, College Park (US)
National Science Foundation
Openalex Percentile: Top 2%
Educational Environments and Student Outcomes
17.85
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