The Cardboard Carpentry Challenge Series is a creative, hands-on program where students design and build 12 functional models using cardboard and simple tools. From hats and cars to bridges and robots, each activity teaches key STEM concepts like structure, motion, and stability. Students plan, build, test, and improve their designs—gaining confidence, teamwork, and problem-solving skills along the way.

This course helps students explore science and engineering by building creative models using cardboard beams.
From see-saws to robots, each activity teaches concepts like balance, force, and motion in a fun, hands-on way.
So you can design, test, and reflect through 24 exciting projects.
It’s all about thinking, building, and learning — with simple tools and big ideas!

This course uses a versatile set of cardboard shapes and simple tools to build real-world machines.
Learners explore core STEM ideas like motion, balance, lifting, and rotation using triangles, circles, and connectors.
Projects include building swings, cranes, tricycles, scissor arms, and more using pulleys, levers, and joints.
The hands-on approach builds problem-solving, spatial thinking, and teamwork skills.
With every creation, students discover how shapes, sizes, and simple machines bring structures to life.
It’s an exciting way to learn engineering by making—one shape at a time!

This Tangram course uses a custom 7-piece foam puzzle set with magnetic backing and a sturdy metal base plate for hands-on learning. Students explore geometry, symmetry, and spatial reasoning through 12 creative shape challenges. Each activity links to real-world themes like animals, transport, nature, and architecture. The magnetic foam makes it easy to build, test, and adjust designs. This course builds both math skills and design thinking in a playful, tactile way

Explore the concept of area by measuring the space shapes cover using fun, hands-on activities. Use Tree Blocks and square tiles to visualize and measure area in creative ways. Apply real-world math by designing letters, objects, and patterns. Build spatial reasoning and problem-solving skills through interactive challenges. A perfect blend of STEM learning and creativity for young math explorers!