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Dyslexia Affects Math.

Does your math curriculum

address these unique students?

dyslexia and math iceberg 2 1

Bridging Your School’s Math Curriculum Gap

The academic landscape is showing concerning trends, with NAEP reporting the lowest math performance in decades with the majority of students unable to reach proficiency level.

This struggle is compounded by the strong correlation between reading and math difficulties: studies indicate that approximately 40–60% of students with dyslexia also struggle with math.

Recognizing this critical need, Made for Math partners with public and private schools to equip educators with the tools to reverse this trend.

We offer training in structured, research-based math intervention that is specifically designed to build mastery through meaning and memory. As educators often tell us, our approach is like “structured literacy—only for math,” providing a powerful, systematic framework to help all students succeed.

Students need a systematic approach using concrete-representational-abstract (CRA). 

 

What is CRA?

At Made for Math, we use this approach to help students truly understand math and reach fluency. Just like children need to connect sounds and letters together to make sense of reading, students need to connect hands-on experiences, visuals, and written math to truly grasp what they’re learning. The Concrete stage is tools students can hold and manipulate, which increases engagement and builds strong memory pathways. The Representational stage is drawing simple pictures or models to show they understand the math. The Abstract level is where they write numbers and equations to solve problems efficiently. The goal is to map these to each other similar to how we tie together a phoneme to its grapheme.

concrete fractions

Concrete + Abstract

Representational fractions

Representational + Abstract

CRA I fractions

Concrete + Representational

Introducing

The CRA Club

CRA Club Heather Adrianne

We know students learn math best when numbers are connected to meaning. Math becomes accessible when learners connect concrete experiences, visual models, and symbols with clarity and support. This approach honors how the brain builds understanding and protects students from overwhelm and frustration.

Just as the Science of Reading brought structure and clarity to literacy, math is experiencing its own movement toward explicit, visual, research-based instruction grounded in the CRA approach.

Students don’t have to figure math out on their own. We support them with clear steps that connect manipulatives, visuals, and symbols so the meaning is mapped to the abstract.

Every learner deserves math that makes sense, and leads to confidence.

That’s why we started the CRA Club.

It’s a learning community where educators learn to connect concrete learning, visual representations, and symbolic math through clear mini-trainings, ready-made resources, and supportive coaching.

Educators are calling the CRA club,
“structured literacy for math.”

Come see why the excitement is growing!

What’s Inside of CRA Club?

  • Access to all new topics each month (that’s over 15+ resources!)
  • On-demand training to assist you in learning how to properly implement CRA in a lesson
  • A library with over 120+ resources (vocabulary sheets, CRA sheets, games, and more!)
  • Digital Lesson Planner (your new best friend!)
  • Bi-Monthly mentor calls to get help with implementing best practices with your students
  • A supportive online community full of educators that are using systematic and explicit teaching in mathematics

Overview of the CRA Club

What is included in Math Training Grounds 2

Curious what “structured literacy for math” looks like? 

 

Topics Available Now

Available Now

  • ZTraining on Implementing the latest research with students
  • ZPlace Value
  • ZAddition & Subtraction
  • ZMultiplication & Division
  • ZFractions
  • ZDecimals & Percents
  • ZReal Number System: Integers, Exponents & Roots

COMING SOON

  • KMeasurement & Data
  • KPlane Geometry
  • K3D Shapes
  • KExpressions & Equations
  • KProportional Relationships
  • KReal Number System: Classifying Numbers & Scientific Notation, Exponent Rules
  • KLinear Functions
  • KAngle Relationships
  • KStatistics & Probability