Urgent Action Required: New Center for American Progress Report Outlines Five Strategies to Reverse Declining U.S. K-12 Math Achievement

WASHINGTON — As American students continue to lag behind their international peers in foundational academic subjects, a comprehensive new report released by the Center for American Progress (CAP) sounds the alarm on a persistent and worsening crisis in U.S. mathematics education. The policy brief, titled "5 Evidence-Based Strategies to Improve U.S. K-12 Math Achievement in Wake of 2025 PISA Results," not only diagnoses the root causes of this steady downward trajectory but also provides a concrete, actionable roadmap for federal, state, and local policymakers to modernize math instruction nationwide.

The findings arrive at a critical juncture for the American educational landscape. With math proficiency inextricably linked to future economic mobility, higher lifetime earnings, and national competitiveness in an increasingly technological global economy, education advocates argue that immediate, targeted interventions are no longer optional—they are an economic and societal imperative.

Main Facts: The Scope of the Math Crisis

The CAP report underscores a sobering reality: academic achievement in the United States has been on a downward slope for more than a decade. Contrary to popular assumptions that lay the entirety of recent educational setbacks at the feet of the COVID-19 pandemic, data shows that the erosion of math skills began as early as 2013.

The most recent data from the Programme for International Student Assessment (PISA)—a triennial international survey that evaluates 15-year-old school pupils’ reading, mathematics, and science performance—painted a bleak picture for the United States. According to the 2025 PISA results cited in the report, U.S. math achievement hit an all-time low.

Compounding this historic low is a widening demographic and performance divide, most notably a stark gender gap. On the most recent global assessments, male students outperformed female students by a staggering 24 points in mathematics. This disparity not only highlights systemic issues in classroom engagement and support but also threatens to steer young women away from lucrative, high-demand Science, Technology, Engineering, and Math (STEM) career pipelines.

The report stresses that while educational leaders have dedicated immense resources, political capital, and public attention to reforming reading and literacy instruction over the past decade—often spearheaded by nationwide "science of reading" movements—mathematics instruction has largely been left by the wayside.

Chronology: A Decade of Decline and the Path to the 2025 PISA Results

To understand how the United States arrived at its current standing in global mathematics, education historians and policy analysts point to a multi-year timeline of shifting educational standards, disrupted learning environments, and uneven policy implementation.

• 2013–2014 (The Turning Point): National and international assessments begin to capture the first subtle plateaus and subsequent declines in U.S. student math performance, marking an end to steady gains made throughout the 2000s.
• 2015–2019 (Pre-Pandemic Struggles): Despite curriculum adjustments and the widespread adoption of Common Core-aligned standards in many states, classroom implementation proves uneven. Funding constraints and a lack of specialized professional development for teachers leave many educators underequipped to teach modern math concepts effectively.
• 2020–2022 (The Pandemic Disruption): COVID-19 forces mass school closures, transitioning millions of students to remote learning. Mathematics, which heavily relies on interactive, sequential problem-solving and immediate feedback, suffers disproportionately compared to other subjects during remote instruction. Learning loss gaps widen exponentially across socioeconomic lines.
• 2023–2024 (Post-Pandemic Reckoning): While federal Elementary and Secondary School Emergency Relief (ESSER) funds provide temporary patches, schools struggle with chronic absenteeism, severe teacher shortages, and burnout. Literacy initiatives dominate state legislative agendas, while comprehensive math overhauls remain rare.
• Late 2024–2025 (The PISA Wake-Up Call): The release of the 2025 PISA findings confirms the worst fears of education experts. The U.S. records its lowest-ever math scores and an unacceptably wide gender achievement gap, prompting organizations like the Center for American Progress to formulate targeted, evidence-backed policy interventions.

Supporting Data: The Economic and Academic Stakes

The implications of poor math performance extend far beyond standardized test scores. In modern labor markets, mathematical literacy serves as a foundational gateway to middle- and upper-class stability.

According to labor statistics and economic research highlighted by CAP:

• Earnings Potential: Adults with strong foundational math skills experience significantly higher employment rates and lifetime earnings. Proficiency in algebra and geometry is frequently cited by economists as a primary predictor of whether a student will successfully transition into high-wage, resilient career sectors.
• The STEM Pipeline: The U.S. Bureau of Labor Statistics consistently projects that STEM occupations will grow much faster than the average for all other occupations. However, without radical improvements in K-12 math pipelines, domestic talent pools will remain insufficient to fill these roles, forcing industries to rely more heavily on foreign talent or face innovation bottlenecks.
• The Gender Disparity: The 24-point gap favoring boys over girls on the latest PISA math assessment signals a cultural and pedagogical failure in retaining young women’s confidence and interest in mathematical sciences. Left unaddressed, this gap perpetuates historical inequities in engineering, finance, computer science, and data analytics sectors.

Furthermore, research indicates that learning gaps compound over time. A student who falls behind in fundamental arithmetic by the third or fourth grade faces exponentially greater hurdles when encountering algebra in middle school—often leading to tracking, remediation stigma, and a higher dropout risk in high school.

Official Responses: What Education Experts Are Saying

The authors of the CAP report emphasize that turning the tide is entirely possible, provided that federal and state leaders summon the political will to treat mathematics with the same urgency historically reserved for reading.

"Recent assessments suggest a chronic, worsening math achievement gap that will require urgent action to offset," said Weadé James, senior director for K-12 Education Policy at CAP and coauthor of the report. James pointed out that solutions are already within reach, noting that CAP’s new publication serves as a clear blueprint drawn from real-world successes. "Our report offers a clear blueprint for U.S. policymakers, drawing from proven strategies that are already showing results in states like Alabama and Massachusetts."

Echoing this sentiment, Paige Shoemaker DeMio, senior policy analyst for K-12 Education Policy at CAP and coauthor of the study, stressed the imbalance in how educational reforms have been prioritized over the past decade.

"While policymakers and education leaders have advanced reading instruction, improving math instruction has received less attention—despite the fact that success in math improves future economic mobility and success in the workforce," DeMio stated. "Policymakers and researchers need to give math the same attention they’ve given reading."

State-level education commissioners and superintendents across the country have begun reviewing the report’s recommendations, with several early-adopter states expressing interest in overhauling their state-funded math coaching and curriculum approval processes.

Implications: Five Evidence-Based Strategies for Reform

To reverse the nationwide decline, the Center for American Progress report outlines five specific, policy-based strategies designed to be implemented at the state and district levels. These recommendations focus on structural improvements rather than superficial quick fixes:

1. Elevating Teacher Preparation and Professional Development

Just as elementary educators have increasingly received specialized training in the "science of reading," math teachers—particularly at the elementary and middle school levels—must be equipped with deep content knowledge and evidence-based pedagogical strategies. States must invest in ongoing, high-quality professional development that helps teachers demystify complex math concepts and address math anxiety in their classrooms.

2. Targeting Interventions and High-Impact Tutoring

To combat pandemic-era learning loss and chronic achievement gaps, schools must move away from generic remediation programs and implement high-impact, small-group tutoring during the school day. Research shows that consistent, personalized tutoring sessions led by trained educators yield dramatic gains in mathematical comprehension.

3. Modernizing Curricula and Instructional Materials

Many U.S. classrooms still rely on outdated textbooks and rigid instructional methods that emphasize rote memorization over conceptual understanding. State educational agencies should curate and incentivize the adoption of modern, high-quality instructional materials that foster critical thinking, real-world application, and problem-solving skills.

4. Closing the Gender and Equity Gaps

Schools must proactively dismantle biases that discourage girls and marginalized students from pursuing advanced math courses. This involves targeted mentorship programs, gender-inclusive teaching practices, and active tracking to ensure that underrepresented students are enrolled in rigorous algebra and geometry tracks early in their academic careers.

5. Strengthening Early Math Foundations

Because mathematics is cumulative, interventions must begin long before middle school. Investing in robust early childhood and kindergarten-to-second-grade math foundations ensures that children develop spatial reasoning and numerical fluency before entering the critical upper-elementary grades.

Conclusion

The release of the 2025 PISA results and the subsequent Center for American Progress report serve as a definitive wake-up call for the American educational establishment. The steady erosion of mathematical capability over the past decade is not an intractable crisis, but it is one that demands immediate, deliberate, and well-funded policy corrections.

By mirroring the successful mobilization seen in national literacy campaigns—and by committing to the five evidence-based strategies outlined by CAP—policymakers have a historic opportunity to restore U.S. competitiveness, close persistent equity and gender gaps, and secure a prosperous economic future for the next generation of students.