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Session Submission Type: Symposium
Recent discussions in mathematics education have ushered in changes in the breadth and depth of mathematical knowledge students need to acquire in high school, drawing particular attention to the role of algebra as a gatekeeper for accessing higher-level mathematics. Yet, many students enter algebra seriously underprepared for high school algebra. School districts, in response, have developed double-period algebra classes to provide more instructional time for these underprepared students. The participants in this symposium provide an overview of the Intensified Algebra I program, a research-based curriculum for double-period algebra classes that focuses on enhancing students’ learning and their motivation. We examine the design and implementation of Intensified Algebra, reporting analyses of data that illustrate our design-based research and development process.
Intensified Algebra I: Research Base and Design Principles - Diane Briars, National Council of Supervisors of Mathematics; Kathy Cook, Dana Center; Timothy Matthew Stoelinga, University of Illinois at Chicago; James Lynn, University of Illinois at Chicago
Understanding the Nature of Teachers’ Implementation of Intensified Algebra I - Alison Castro Superfine, University of Illinois at Chicago; Amanda Fisher, University of Illinois at Chicago; Ariana Christine Crowther, The University of Texas - Austin
Construction and Validation of Learning Trajectories for Understanding Variables and Functions and Solving Equations - Cynthia L. Schneider, The University of Texas - Austin; Diane Briars, National Council of Supervisors of Mathematics; Rodney L. Harris, University of Illinois at Chicago; Mara Vanina Martinez, University of Illinois at Chicago
Design-Based Research in the Context of Curriculum Development: Benefits and Challenges - James W. Pellegrino, University of Illinois at Chicago; Susan R. Goldman, University of Illinois at Chicago