Transform math learning with our personalized, adaptive education platform. Combining intelligent software with hands-on games, PlayMath makes mathematics engaging, accessible, and data-driven for every student.
A digital task collection for teachers, designed to support curriculum-based, gamified learning in mathematics.
Unlike general cognitive skill games, PlayMath exercises directly connect to specific mathematics curriculum topics, ensuring that play translates to measurable academic progress.
Covers all curriculum topics across grade levels, allowing teachers to quickly find the right exercises and create effective lesson plans using our intuitive search tools.
PlayMath's approach is validated through extensive research on how physical manipulation with Rubik's Gridlock enhances mathematical concept formation and retention.
Developed by educational specialists, our content is carefully organized by topic, grade level, and difficulty to ensure relevance and effectiveness.
Exercises seamlessly help introduce new concepts or reinforce existing knowledge, aligned with existing education systems.
Our upcoming student-centered edition will offer adaptive difficulty progression and personalized learning pathways tailored to each student's unique needs and pace.
See how PlayMath empowers teachers to browse exercises, create comprehensive lesson plans, and present engaging, curriculum-aligned content to students with just a few clicks.
Access exercises mapped to multiple curriculum standards
Easily build and save customized lesson sequences for any class
Browse a vast collection of beautifully visualized math exercises
PlayMath transforms math learning by prioritizing understanding and experience-based learning over rote memorization of formulas. Unlike traditional methods, PlayMath ensures that students have the necessary cognitive skills before introducing new concepts.
By identifying gaps in comprehension and ensuring that new concepts are only introduced when the necessary foundations exist, PlayMath prevents surface-level learning and supports deep, lasting mathematical knowledge.