Every lesson at Maker Math is powered by real technology — the same tools used by engineers, designers, and makers around the world.
We believe students should work with real tools, not toy versions. From CAD software to 3D printers to math visualization platforms, every resource we use is chosen because it genuinely accelerates understanding.
We use FDM (fused deposition modeling) 3D printers to bring student designs to life. Students watch their mathematical models go from a screen to a physical object they can hold and study.
Students learn computer-aided design software to model their manipulatives before printing. Designing in CAD reinforces spatial reasoning, geometry, and precision measurement — all core math skills.
We use interactive math platforms to visualize concepts, explore functions, and bridge the gap between digital and physical learning. Abstract ideas become visual, interactive, and explorable.
Students work with PLA filament in a range of colors. Choosing colors and materials is part of the design process — and it makes the finished manipulative feel personal and meaningful.
Our online students use screen-sharing and collaborative design tools so the experience is as hands-on as in-person sessions. Finished prints are mailed directly to the student's home.
No pre-packaged curriculum here. Every lesson plan is written specifically for your child based on their assessed level, learning style, and the concepts they're working to master.
Research consistently shows that kinesthetic and visual learning dramatically improves retention, especially for students with learning differences. When a child can hold a concept in their hands, they stop trying to memorize it and start truly understanding it.
Every tool we use is chosen because it creates a physical or visual connection to an abstract idea. That connection is what makes Maker Math different — and what makes the learning last.
Reach out and we'll walk you through exactly which tools we'd use with your child and why.
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