States Tackle Math Achievement Gaps with Comprehensive Reform Efforts

States Prioritize Math Improvement Through Collaborative Planning

As K-12 math performance remains a critical concern across the United States, a growing number of states are taking proactive steps to address these challenges. The National Association of State Boards of Education (NASBE), an organization dedicated to supporting state boards in advancing educational equity and excellence, recently highlighted how states like Maryland, North Carolina, Illinois, and California are developing multifaceted approaches to math improvement. These initiatives go beyond simple updates to learning standards, recognizing that a deeper, more collaborative effort is needed to foster meaningful change.

According to NASBE, these states are marshalling diverse stakeholders to confront a range of issues, from curriculum alignment to teacher preparedness and family support. The goal is to create comprehensive plans that equip students with the mathematical skills necessary for college, career, and civic readiness. For students seeking additional support, platforms like COSMIQ offer free, voice-driven AI tutoring for K-12 learners, providing accessible help as states work to strengthen their math programs.

Engaging a Broad Spectrum of Stakeholders

A common thread in the states' math improvement journeys is the emphasis on extensive stakeholder engagement. This iterative feedback process is crucial for understanding the varied perspectives and needs across the education landscape.

• Illinois's Numeracy Summit: The Illinois State Board of Education, according to NASBE, initiated its efforts in spring 2025 with needs assessment surveys distributed to teachers, school leaders, and educator preparation professionals. These surveys, as explained by Ronda Dawson, executive director of teaching and learning at the Illinois state board, served as a foundation for a broader conversation. This led to the state's first numeracy summit in June 2025, bringing together math leaders, educators, and community partners. The insights gathered informed the drafting of an initial numeracy improvement plan, which was then refined through 16 listening tours and focus groups across the state, ultimately leading to the plan's adoption and release in June 2026.
• North Carolina's Data-Driven Approach: North Carolina also began with interviews, focus groups, and surveys. Charles Aiken, section chief for math, science, and STEM at the North Carolina Department of Public Instruction, noted that results were fed to a data review committee comprising school and district leaders, community college, and university experts. This committee recommended a standards revision, which the state board approved in October 2026, setting a two-year timeline for implementation. The state also leveraged existing groups like the North Carolina Collaborative for Math Learning and the Friday Institute at North Carolina State to address specific challenges in math and data literacy.
• Maryland's Strategic Alignment: Maryland's plan has benefited from strong partnerships with university experts and the state's Accountability and Implementation Board, which oversees the broader Blueprint for Maryland’s Future education plan. Dr. Joshua Michael, Maryland state board president, explained that anchoring their efforts in national trends of declining math performance has helped secure significant buy-in for their initiatives.
• California's Iterative Framework Development: California's process, focused on developing comprehensive math frameworks, highlights the often-arduous nature of these reforms. Linda Darling-Hammond, president of California’s state board, noted that the development of the state's math framework, adopted in 2023, involved considerable time and iteration due to various points of discussion and feedback. She emphasized that balancing different perspectives, such as focusing on conceptual understanding versus mastering facts, is key, stating, "The best instruction is always building on strong conceptual understanding and teaching skills."

These examples illustrate that while the path to reform can be complex, involving many voices is seen as essential. NASBE acknowledges that synthesizing diverse feedback can be challenging, but it ultimately leads to more robust and widely supported solutions.

Rethinking College and Career Readiness in Math

Another crucial aspect of these state-level efforts is a re-evaluation of what it means for students to be college and career ready in mathematics. According to NASBE, this involves not just meeting high school graduation requirements but ensuring students possess the skills demanded by higher education and the modern workforce.

• California's Integrated Math Approach: California's framework revision was informed by research into high-achieving countries, which, according to Darling-Hammond, often teach fewer topics in greater depth and utilize integrated mathematics rather than separate courses like Algebra 1, Geometry, and Algebra 2. This approach aims to help students think more flexibly about mathematical concepts. While identifying core math concepts for deeper exploration was successful, Darling-Hammond noted that the framework still contains a high number of standards.
• North Carolina's K-16 Coordination: Early collaboration with universities has been vital for North Carolina. State universities had already recommended rethinking math pathways, leading to productive discussions that extended beyond K-12 to a K-16 perspective, focusing on the essential math skills every student needs.
• Maryland's Blueprint Alignment: Maryland's efforts are anchored in the third pillar of its Blueprint for Maryland’s Future, which emphasizes college and career readiness. Dr. Michael explained that this framework has guided their redesign of secondary math courses, particularly in addressing the traditional Algebra 1, Geometry, Algebra 2 progression. The goal is for all students to be college and career ready by the end of 10th grade, meaning they are on track to pursue their post-secondary goals, not just ready for high school graduation.

The sentiment from these states, as shared by NASBE, is that a national need exists to rethink the high school math curriculum to better align with contemporary demands. For students preparing for these evolving expectations, resources like the COSMIQ exam prep directory offer free support for various standardized tests, helping them build confidence in their math abilities.

Conclusion

The coordinated efforts by states like Illinois, North Carolina, Maryland, and California demonstrate a significant commitment to improving K-12 math education. By engaging a wide array of stakeholders and critically examining what it means to be mathematically prepared for the future, these states are laying groundwork for potentially impactful reforms. While the processes are often complex and require balancing many perspectives, the shared lessons underscore the importance of comprehensive planning, iterative feedback, and a clear vision for student success in mathematics.