College Bound in Middle School and High School?
How Math Course Sequences Matter
By: Neal D. Finkelstein, Anthony B. Fong, Juliet Tiffany-Morales, Patrick M. Shields, Min Huang
Research shows that success in high-level mathematics in high school predicts postsecondary success and careers in the science, technology, engineering, and math (STEM) fields. Similarly, students academic successes in middle school can determine their performance in high school.
This study, produced by The Center for the Future of Teaching and Learning at WestEd, explores the connection between mathematics achievement in middle school and high school to better understand the degree to which students stay on the path toward postsecondary STEM study and, if students veer off the trajectory, to better understand when and why.
Some key findings:
- Seventh-grade math performance predicts high school math course taking
- Continuing to take more advanced math classes each year does not help students who are already not proficient in math in the seventh grade
- Few students who repeat algebra become proficient on their second attempt
- Districts are aware of poor student performance in math and less aware of course-taking patterns
- Districts know they must improve algebra outcomes
If you find this useful, consider:
What Are We Doing to Middle School English Learners? Findings and Recommendations for Change from a Study of California EL Programs (Narrative Summary)
By: Aida Walqui, Nanette Koelsch, Leslie Hamburger, Donna Gaarder, Alex Insaurralde, Mary Schmida, Steven Weiss
Format: Print | Copyright: 2010
Order #: PD-10-02
Course-Taking Patterns and Preparation for Postsecondary Education in California's Public University Systems Among Minority Youth
By: Neal D. Finkelstein, Anthony B. Fong
Format: PDF |
High School Course-Taking Patterns for English Language Learners
By: Neal D. Finkelstein, Anthony B. Fong, Min Huang
Format: PDF | Copyright: 2009
Achievement Gap Patterns of Grade 8 American Indian and Alaska Native Students in Reading and Math
By: Steven Nelson, Richard Greenough, Nicole Sage
Format: PDF |








