student solving a math problem

Designing Coherent Math Systems with Pivotal Progressions™

Every student deserves math instruction that builds understanding and nimble mathematical skills over time. Pivotal Progressions™ help systems focus on the mathematical ideas that matter most to keep all students moving forward in a rapidly changing future.

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Keeping all students in the math.

Math is more than a set of procedures—it’s a way of thinking that helps students make sense of the world, solve problems, and open doors to future opportunity.

Every student deserves consistent access to math instruction that builds deep understanding over time—not just the ability to get correct answers, but the ability to reason, connect ideas, and apply their learning in new situations. When systems get this right, students develop confidence, persistence, and the skills needed for college, careers, and life.

But this level of learning doesn’t happen by chance. Designing a Coherent System for K–5 Mathematics explores what must intentionally be in place to support how mathematical understanding actually develops.

A Way Forward: Introducing Pivotal Progressions™

The Challenge: Why Current Approaches Fall Short

Across the country, school systems have made significant investments in curriculum, assessments, and Multi-Tiered Systems of Support (MTSS). Yet many leaders see the same persistent challenges:

  • Students who appear successful in the moment but struggle later
  • Intervention systems that feel disconnected from grade-level learning
  • Unclear signals about when students need support—and what support will help
  • Wide variation in student experience and teaching quality across classrooms and schools

These challenges are not just about effort. They are about design. Too often, systems are organized around performance levels or isolated skills, rather than the underlying mathematical ideas students must develop to keep progressing.

Pivotal Progressions™ offer a clearer, more coherent approach to designing math systems that keep students in the math no matter where they start.

Why We Created a Coherence Framework for K–5 Mathematics

Pivotal Progressions™ identify the small number of high-leverage conceptual shifts in each grade that unlock access to future mathematics. Rather than treating all standards as equally important, Pivotal Progressions™ help systems focus on what matters most:

  • The ideas that shape how students think, not just what they can do
  • The learning that compounds over time
  • The concepts that, if underdeveloped, create barriers in later grades

When these ideas are strong, students accelerate. When they are fragile, gaps compound—even if students appear successful in the short term.

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How the Framework Works

Pivotal Progressions™ are part of a broader, system-level approach to coherence:

Focus on What Matters Most

A small set of clearly defined progressions creates shared priorities across classrooms, schools, and roles.

Make Learning Visible Over Time

Progressions show how understanding develops—not just what students should know at a single point.

Use Instructional Opportunity Points™

These are predictable moments in instruction where student thinking becomes visible, allowing educators to gather meaningful evidence without over-testing.

Align Support to the Mathematics

Additional support is organized around the concepts students need to develop—not just where they are placed in a system.

Build Coherence Across the System

Curriculum, instruction, assessment, and intervention all reinforce the same learning goals, creating a more connected experience for students and educators.

The Difference We Can Make Together

Improving math outcomes isn’t about adding more initiatives—it’s about doing less better and creating coherence around what matters most.

When systems align around a shared understanding of how students learn mathematics, improvement becomes more focused, more sustainable, and more impactful. Students experience math as a connected journey. Educators gain clarity and confidence. Leaders can make high-impact decisions that last.

Let’s work together to design a math system where every student stays in the learning—and moves forward with confidence.

Schedule a conversation with our team to explore how Pivotal Progressions™ can help you achieve your goals.

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Meet the Designers & Contributors

Our math strategy team brings deep experience in math instruction and leadership, standards and assessment design, curriculum writing, and system improvement.
Headshot of Dr. Shelbi Cole

Dr. Shelbi Cole

Managing Director of Mathematics

Dr. Shelbi Cole is the Managing Director of Math, where she leads national efforts to improve mathematics instruction. She oversees initiatives that support creating and sustaining systems for deliver...
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Juri Tyrell headshot

Juri Tyrrell

Instructional Leadership Coach- Math

Juri Tyrrell is a dedicated mathematics education professional with expertise in instructional coaching and adult learning.
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Michael Dang

Instructional Leadership Coach

Michael Dang coaches teachers, facilitates collaboration in teams, and develops vision and strategy with school leaders to solve complex problems in mathematics.
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Amber Walker

Senior Director, Implementation & Growth

Amber Walker is the Senior Director, Implementation & Growth at Leading Educators. Previously, she served as a secondary mathematics teacher and instructional coach across the San Francisco Bay Area a...
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George Werres

Director of Content - Math

George Werres is a Director of Content - Math who designs professional learning experiences for instructional leaders in Los Angeles.
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Ginny James

Director of Content & Coaching

Ginny is a Director of Content & Coaching, partnering with schools within the LAUSD local districts to effectively implement their math curriculum.
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Headshot of Dr. Shelbi Cole

Dr. Shelbi Cole

Juri Tyrell headshot

Juri Tyrrell

Michael Dang headshot

Michael Dang

Amber Walker

George Werres

Ginny James