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Session Type: Paper Session
This session explores cutting-edge approaches to promoting equity and inclusivity in mathematics education across diverse student populations. Presentations showcase innovative strategies and research findings addressing achievement gaps, supporting students with disabilities, and enhancing learning outcomes. Topics include using Universal Design for Learning (UDL) to teach exponential functions to visually impaired students; examining how online learning platforms can mitigate racial achievement gaps; investigating unproductive struggle among linguistically diverse elementary students; analyzing middle school teachers' implementation of social justice teaching guidelines; and studying teachers' use of problem posing across student ability levels. These presentations offer valuable insights into creating more inclusive, equitable, and effective mathematics instruction, with implications for policy, practice, and future research in mathematics education.
Heterogeneous Students' Learning Algebra With Tactile Representation: A Case Study on UDL (Universal Design for Learning) in Mathematics Instruction - Paul Woo Dong Yu, Grand Valley State University; Joy A. Oslund, Grand Valley State University; Tasnim Alshuli, University of Arizona
Personalized Online Learning Can Mitigate Racial Disparities in Math Achievement - Anjie Cao, Stanford University; Christina C Schonberg, IXL Learning; Bozhidar M. Bashkov, IXL Learning; Mary Hargis, IXL Learning
‘I’m Confused”: Linguistically Diverse Students Moving From Unproductive Struggle Toward Productive Struggle - Stacy Kula, Azusa Pacific University; Lorelei R. Coddington, Biola University
Unpacking Social Justice Teaching: A Study on Social Justice Teaching in Middle School Math Classrooms - Cierra McLaurin, University of California - Los Angeles
The Effect of Students Ability Labels on Secondary Teachers’ Perceptions of Problem Posing in Mathematics Education - Marilyn M. DePietto, Hofstra University