Date of Award

Winter 2013

Document Type

Dissertation

Degree Name

Doctor of Philosophy (PhD)

Department

Electrical/Computer Engineering

Program/Concentration

Educational Leadership

Committee Director

Linda Bol

Committee Member

John A. Nunnery

Committee Member

Steve Myran

Abstract

Federal policy makers and school leaders increasingly recognize middle school math as a turning point in students' academic success. An i3 scale-up grant allowed grant partners to conduct a large-scale implementation of Power Teaching (PT), a research-based reform to increase student math achievement. In a mixed-methods study during the pilot phase of the project, eight schools' readiness for reform was explored. Teacher questionnaires; interviews with project managers, school leaders, and teachers; classroom observations; and school evaluation forms were used to describe school characteristics that affected variability in initial implementation of the PT model. A cluster analysis demonstrated the relative importance of multiple factors in defining clusters of schools with varying levels of implementation. Classroom observations of teachers' instructional practices and classroom structure as well as teacher beliefs about team learning were found to be statistically significant. Fundamental to a reform's successful implementation are a stable network of strong players, and an ability by the school leader to point the organization in one direction.

DOI

10.25777/vapx-rj32

ISBN

9781303775482

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