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Innovation configurations typically are arranged in tables that have two dimensions: onespecifying the key principles, and the other specifying levels of implementation (Hall & Hord,1987; Roy & Hord, 2004). The essential components of the innovation or program appear inthe rows of the table’s far-left column, along with descriptors and examples to guide applicationof the criteria to program coursework, standards, and classroom practice. The second dimensionis the degree of implementation. In the top row of the table, several levels of implementationare specified. For example, no occurrence of the essential component is the lowest level ofimplementation and might be assigned a score of zero. Increasing levels of implementationare assigned progressively higher scores.The Innovation Configuration described in this paper is designed to improve mathematics teachereducation, which, in turn, may lead to improvement in student achievement in mathematics. TheInnovation Configuration can be used to examine the similarities, differences, and gaps amongteacher preparation programs and promote the coherence, continuity, and efficacy of teacherpreparation to teach mathematics. Innovation Configuration results provide credible informationon current teacher preparation practices that can be used as the basis for policy and programchanges in teacher preparation programs at the state and university levels.
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