One of the biggest questions I hear from teachers after they begin learning about Word Problem Workshop or student-centered math instruction is this: How do I fit it all in?
You want problem solving, discourse, fluency, reflection, intervention, and conceptual understanding—and somehow you’re supposed to make all of that happen in one math block. The good news? Creating a classroom of problem solvers is not about adding more things into your math block. It’s about rethinking what students spend most of their time doing during math.
A Different Vision for Math Instruction
Over time, I’ve realized that classrooms full of problem solvers share six connected instructional priorities. They’re not six separate programs or six things to squeeze into your day—they work together to help students become mathematically proficient thinkers.
This idea connects beautifully to the research in Adding It Up: Helping Children Learn Mathematics, which describes mathematical proficiency as a rope with multiple strands woven together over time. Strong mathematicians aren’t built through isolated skills. They’re built through connected experiences.
And honestly, that image changed the way I think about the math block. Because classrooms of problem solvers don’t just produce students who can get answers. They help students become thinkers.
The Biggest Myth About the Math Block
Once teachers begin thinking about all six elements, it’s easy to fall into one of the biggest myths in math education: if students are struggling, we simply need to do more teaching.
So we explain more, model more, interrupt more, scaffold more, and talk more. But what I’ve learned from working with students and teachers across K–8 is that students do not become problem solvers by watching us solve problems.
They become problem solvers by solving problems, discussing strategies, trying ideas, revising, reflecting, and making sense of mathematics themselves. The goal isn’t more teacher talk—it’s more opportunities for student thinking.
The Six Elements of a Problem-Solving Math Block
Over time, I’ve found that classrooms full of problem solvers consistently include six connected instructional priorities. These aren’t six separate programs or six things to squeeze into your day—they work together to help students develop confidence, reasoning, and mathematical proficiency.
Thinking Routines
Routines like Number Talks, Notice and Wonder, and Which One Doesn’t Belong help students develop habits of reasoning and make sense of mathematics through discussion and curiosity.
Word Problem Workshop
At the heart of the math block, students engage in meaningful problems, grapple with ideas, and learn through discussion, reflection, and shared thinking.
Strategic Instruction
Teachers respond intentionally to student thinking through questioning, conferring, small groups, and intervention rather than replacing students’ thinking with more explanations.
Purposeful Fluency
True fluency is rooted in flexibility, efficiency, and understanding, helping students develop strategies they can transfer and retain over time.
Student-Engaged Assessment
Assessment becomes part of learning as students reflect, revise, explain, and demonstrate what they understand.
Identity and Belonging
Students need to believe their ideas matter, mistakes are part of learning, and they belong in mathematics. This foundation allows everything else to flourish.
Throughout the rest of this summer series, we’ll take a much deeper dive into each of these elements and explore how they work together to create classrooms where students spend most of their time thinking, discussing, solving, reflecting, and making sense of mathematics.
The Secret to Fitting It All In
Here’s the good news: these six elements are constantly overlapping. Thinking routines build fluency. Word Problem Workshop includes discourse and assessment. Strategic instruction happens during conferring and discussion.
The goal isn’t to cram more into your math block. It’s to create a math block where students spend most of their time thinking, discussing, solving, reasoning, reflecting, and making sense of mathematics.
And once students learn those routines, the math block often starts feeling calmer—not more chaotic.
When Students Think More, Teachers Talk Less
One of the most common things teachers tell me after implementing these routines is:
I’m talking less, and my students are thinking more.
That’s the goal. Not perfect scripts. Not perfect answers. Just students who consistently have opportunities to think deeply every single day.
And when students think consistently, confidence grows. Reasoning grows. Engagement grows. Independence grows. That’s what classrooms of problem solvers actually look like.
You Don’t Have to Build It Alone
If you’re reading this and thinking, “Yes… this is the kind of math classroom I want,” I want you to know you don’t have to build it alone.
Whether you start with Word Problem Workshop: 5 Steps to Creating a Classroom of Problem Solvers or dive into the Word Problem Workshop Teacher Training, support is available every step of the way.
Because creating a classroom of problem solvers isn’t about doing more. It’s about creating the conditions where students can think deeply every single day.
Create a math classroom where students feel safe to think, discuss, revise, and make sense of mathematics together. And trust that the opportunities you provide each day are building far more than math skills—they’re building confidence, curiosity, perseverance, and the belief that students’ ideas matter.
Ready to Listen?
🎧 Listen to Episode 214: What Your Math Block Needs & How to Fit It All In
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