Math Lessons Reimagined for Belonging
A new approach to math instruction is being showcased for its success in fostering student belonging. The teacher's method focuses on creating a sense of openness and using multi-answer challenges to make lessons more engaging and less intimidating.
The work of educators like José Luis Vilson and Dr. Jamaal Sharif Matthews is at the forefront of a movement to reframe math instruction around student belonging. This approach moves beyond rote memorization, aiming to dismantle the idea that some people are inherently "math people" while others are not. The core belief is that every student can see themselves as a capable mathematician when their identity and experiences are valued in the classroom. Dr. Matthews' "Belonging-Centered Instruction" provides a framework for teachers to create more inclusive math classrooms. This model emphasizes both interpersonal and instructional supports that foster a sense of active inclusion, achievement, and empowerment for all students, particularly those from historically marginalized groups. The goal is to create an environment where students feel safe to take risks and make mistakes. A key strategy in this approach is the use of "low-floor, high-ceiling" tasks and problems with multiple entry points and solutions. For example, instead of a simple calculation, students might be asked, "How can you make the number 24?" This allows for a variety of answers and strategies, from simple addition (20+4) to more complex multiplication and subtraction (7x4 - 4), validating diverse ways of thinking. This instructional model also draws on frameworks like Dr. Gholdy Muhammad's "Five Pursuits" (Identity, Skills, Intellect, Criticality, and Joy) to design lessons that are culturally and historically responsive. By connecting math problems to students' lives, interests, and cultures, teachers can help them see the relevance of math in their own world. This could involve using data from their communities to solve problems or designing projects that address real-world issues. For a STEAM-focused school, this approach naturally integrates with interdisciplinary projects. For instance, a lesson on fractions and measurement could be part of a larger project where students design and build a model community garden. This allows students to see how math is a tool for creativity, problem-solving, and collaboration, reinforcing their sense of belonging and competence in all areas of their learning. Creating a sense of openness is also about the daily classroom culture. This includes establishing math norms that value questions over answers, celebrating the process of discovery, and encouraging students to share their thinking without fear of being wrong. Simple routines like "notice and wonder" where students observe a mathematical image and share their thoughts can open up conversations and build a collaborative learning community.
