Acceleration Task Force

The Kansas State Department of Education in conjunction with many math leaders across the state recently completed work around the area of Acceleration in Middle and High School mathematics. The primary focus of this project was research around in the area of acceleration and the various options districts can take to better serve all students. The final project contains a white paper, district roadmap, parent site (coming soon), and a video (coming soon) for the public.

Under the guidance of Melissa Fast, KSDE Math Consultant, the team included:

Shonda Anderson, TASN
David Barnes, USD 501
Jerry Braun, Fort Hays University
Christian Brown, USD 343
Sara Frisbie, USD 501
Angela Kimmi, USD 377
Dr. Sherri Martinie, Kansas State University
Sheila Meggers, USD 308
Liz Peyser, USD 259
Laura Sapp, USD 383
Dr. Connie Schrock, Emporia State University
Lynette Sharlow, USD 259
Christine Staab, USD 416
Sarah Stevens, USD 259
Debbie Thompson, USD 259

Special thanks to Liz Peyser and Sarah Stevens in their initial efforts in getting this project off the ground!
Task Force Resources
KSDE White Paper: Re-Thinking Mathematics Acceleration PracticesWhite paper examining acceleration practices in education.
Kansas Mathematics Roadmap Grades 6-12: A Guide for DistrictsGuide offering course options for middle and high school mathematics.
Parent Informational Site on AccelerationCOMING SOON!
Acceleration Informational VideoCOMING SOON!
Additional Acceleration Resources
Students who succeed in high school calculus become discouraged and quit in college. Why? 
Success after Failure: Academic Effects and Psychological Implications of Early Universal Algebra PoliciesIn this article, the authors use the High School Longitudinal Study 2009 (HSLS:09) national database to analyze the relationships between algebra failure, subsequent performance, motivation, and college readiness. Students who failed eighth-grade Algebra
Putting Brakes on the Rush to AP Calculus This article is an abbreviated version of two unpublished articles that reported on two separate but related studies that involved different cohorts of Rutgers students.
Why do students rush to calculus? This article reports on a survey conducted in the spring of 2011 with Rutgers students who had taken the Advanced Placement(AP) calculus course and exam in high school. Why do students take the AP calculus course and exam and what are the consequences of
The Rush To CalculusArticle by Joseph G. Rosenstein, Rutgers University. This article reports on the extent to which students continued their high school math acceleration in their first year at Rutgers, on the basis of a study of their high school and college transcripts.
Bill McCallum's ForumTwo quotes from Bill McCallum's Forum on regarding the need to re-think acceleration policies.
PowerPoint Slide Showing Math ShiftsMath shifts from old standards to current KCCRS.
High School Math in Middle Schoolpages 80 and 81 from KCCSS - Appendix A regarding acceleration options to consider to prevent skipping, including a 3-2 "compaction" in middle school.
From Middle School to High SchoolSan Franscisco's paths for math and explanation of the importance of middle school math that cannot be skipped or compressed. The choice to accelerate in high school involves the student in the decision, and they clearly identify the desire for a STEM car
Phil Daro, SERP InstitutePhil Daro explains the importance of middle school mathematics and that skipping or compressing the standards do not help students with higher math.
Contact Information
Melissa Fast
Math Standards 6-12
MSP Program 
Copyright 2012 by KSDE   |  Privacy Statement  |  Terms Of Use  |  System Maintenance Notices