Growing Confident Mathematicians in ES 

In WAB’s Lower Elementary School, math classrooms are places of conversation and discovery. Rather than memorizing steps or racing toward a single “right” answer, younger mathematicians are invited to explore ideas, notice patterns, ask questions, and try out different strategies. From the very beginning of their math journey, children are encouraged to make sense of mathematics in ways that feel meaningful and developmentally appropriate. 

This approach reflects WAB’s belief that students learn best when they are active participants in their own learning. In Elementary, math lessons are intentionally student-centered and built around foundational big ideas that connect across topics rather than isolated skills. Students are given time and space to think, discuss, represent their ideas visually, and learn from one another. The result is a classroom atmosphere that feels joyful, engaging, and purposeful, where young students begin to see themselves as capable mathematicians with valuable ideas to share. 

A typical Lower Elementary School math lesson begins with a warm-up designed to spark thinking, such as an estimation challenge or a noticing and wondering activity. Teachers then introduce a concept or strategy through a short mini-lesson before students spend most of the time actively working. Hands-on tools like base-ten blocks, number lines, counters, dice, and digital apps support students as they explore concepts in concrete and accessible ways. Lessons often end with reflection or discussion, allowing students to explain their thinking and learn from different approaches. 

Personalized learning is woven throughout the  math program. Teachers use flexible grouping, open-ended tasks, and targeted support to meet students where they are and help them take their next step. Within the same classroom, one student might use math manipulatives, like counters or number lines, another might draw a model, and another might represent their thinking with simple equations. Choice is intentional, empowering students to select strategies and tools that work best for them. 

Building confidence goes hand in hand with building skills. Teachers celebrate a variety of strategies, not just correct answers, and regularly remind students that mistakes are a natural and valuable part of learning. Through sentence starters, open-ended questions, and guided discussion, students learn how to talk about their thinking clearly and confidently. The classroom becomes a safe space for reflection, risk-taking, and growth. 

Math learning at WAB is also deeply connected to the real world. In Elementary, students use math to solve problems rooted in their daily experiences, such as measuring objects in the classroom, collecting and analyzing simple data, comparing quantities, or exploring patterns found in nature. These connections help students see math as a practical tool they use every day. 

Recently, Grade 2 students were engaged in a data investigation using Lego bricks. After building colorful sculptures, they sorted the pieces by color, recorded tally marks, created data tables, and wrote their own questions about the results. Another memorable moment came when students used tally marks and data analysis to vote on a name for the class pet owl, proudly announcing the winning choice: Marshmallow the Owl. These experiences make learning feel playful, relevant, and rewarding. 

Throughout the Elementary years, students develop strong foundations in number sense, place value, quantity, and patterns. They learn that numbers can be represented in many ways and that strategies are tools to be chosen, adapted, and refined. Collaboration plays a central role, as students work in pairs and small groups to solve problems, compare approaches, listen to one another, and build shared understanding. 

Whether through hands-on materials like base-ten blocks or thoughtfully integrated technology, WAB’s Elementary math program creates conditions for deep understanding, confidence, and student agency. Most importantly, it nurtures a mindset where students don’t just learn math; they begin to see themselves as mathematicians — curious, capable, and ready to build on these foundations.