The Math Crisis is Real. The Solution Starts in Middle School.

Your child gets into a great university. Soon after, the first placement test comes back, and they’ve been assigned to a class covering middle school math. 

This is not a hypothetical. 

One of the most talked about data points right now comes from a new report from UC San Diego: nearly one in eight incoming freshmen now place into math below middle school level, a thirty-fold increase since 2020. At the same time, CRPE’s State of the American Student 2025 reminds us that this isn’t just a higher-ed problem. Only about 28% of 8th graders nationwide met or exceeded proficiency in math on the 2024 NAEP exam.  

As education leaders at Mass Insight, we read these reports with two reactions: deep concern and a clear sense of where we need to act. 

This isn’t just a “remedial class in college” problem. If students enter universities without middle school math skills, that’s a judgment on what happened (or didn’t happen) in middle school. When students don’t receive strong middle school math foundations, the consequences echo for years. We believe this can be solved. 

Middle school and Algebra readiness can change the story

The UC San Diego data is a symptom of a much earlier problem. When a student shows up at a university without the math skills they need, that didn’t happen in a single year. It reflects years of missed opportunities, uneven access to strong teaching and materials, and systems that were not built to support the levels of unfinished learning we see today. Middle school is where this all collides: math turns more abstract and cumulative, course placements begin to open or close doors, and young people are deciding whether they see themselves as “good at math” or not, a belief that can influence their choices for years to come. 

Middle school is also where the opportunity lies. When students reach Algebra by 8^th grade and succeed, they unlock access to advanced high school classes, are twice as likely to graduate high school, stay in college, earn a degree, and achieve higher long-term earnings. When they never get through Algebra, the odds move sharply in the other direction. The path from middle school math to economic mobility runs directly through Algebra, making Algebra readiness in the middle grades one of the most powerful levers we have to change the story. 

Our Middle School Readiness Program: starting earlier, building stronger

If we care about the future of our students, we must care about who is, and who is not ready for Algebra by 9^th grade. At Mass Insight, we see these challenges every day in schools and districts we support. We partner with schools, districts, and states to help more students take and succeed in challenging learning experiences that open doors to college and careers. That’s why we’ve launched our Middle School Readiness Program with a clear focus: make sure far more students are truly ready for and successful in Algebra, the key step between middle school and what comes after high school.   

The Middle School Readiness Program combines school-level planning with hands-on support for teachers and students. At the foundation of this three-tiered approach is the evidence-based research needed for students to build numeracy and algebraic reasoning skills, as well as the essential skills and mindsets needed for students to see themselves as mathematicians.

For students, we provide summer learning and ongoing extra support during the year focused on the most important Algebra-readiness skills, while also addressing gaps in foundational knowledge. These sessions help students build persistence, confidence, and a sense of belonging in math. 

We provide teachers with monthly professional learning and structured collaboration with peers, strengthening their instructional practice, growing their confidence as math educators, and focusing on implementing new strategies immediately to accelerate student learning.  

To tie it all together, we work with school leadership teams to create the conditions that make expanded access to and success in Algebra possible. This includes removing barriers to student success such as misaligned course sequencing and enrollment policies, limited student data, and low-quality instructional materials.  

This is not about rushing every student into 8th-grade Algebra. It’s about making sure far more students, especially those historically underserved, can take these classes, are truly prepared for them, and have a real shot at success.  

Here is what we believe needs to happen next: 

• For education leaders: 
  • Make middle school math a priority, not an afterthought. Treat Algebra readiness like you treat graduation rates, setting clear goals and tracking it closely.  
  • Invest in middle school math teachers. Ensure math-focused professional learning and give teachers time to plan and learn together. 
  • Make sure class tracks don’t quietly shut students out of Algebra and advanced classes. Support models that let students rebuild missing skills while still working on grade-level math. Students need opportunities to strengthen foundational skills and tackle rigorous new content; “slow down and water it down” is not a strategy.   
• For families:  
  • Ask hard questions. If your child is getting good grades in math, what does that actually mean? What courses will they be eligible for in high school? How will their school support them if they struggle in Algebra? Your voice can keep systems honest about what readiness truly looks like. 

The UC San Diego numbers are sobering. The CRPE report is a wake-up call. But they are not a verdict on our students’ potential. They reflect poorly on our systems, and systems can and must change. 

If we want more young people to graduate into choice-filled lives, we can’t wait until college to discover that they never had a real chance in math. We must make middle school, and especially Algebra readiness, the place where we turn the tide. 

Andrea Wolfe is the President & CEO at Mass Insight. Michelle Mercado is the Chief Program Officer at Mass Insight.