STEAM | Superspace Education

Superspace in the STEAM Lab

Superspace takes STEAM learning to the next level—literally.Whether it’s marble runs, chain reactions, or dodgeball physics, Superspace turns any space into an innovation lab. Magnetic connections and endless configurations challenge students to build, experiment, and solve real-world problems—together.From simple structures to complex engineering, it fits every age and ability. Younger students explore balance and stability. Older students test velocity, force, and motion. Every build is a hands-on dive into science, math, and creative thinking.No wrong moves—just discovery, teamwork, and the thrill of building something that works.

Exploring 2D and 3D Shapes

Students will explore the relationship between 2D and 3D shapes by identifying, constructing, and comparing 2D shapes and their 3D counterparts. This hands-on activity fosters teamwork and creativity.

Design & Build Challenge

This lesson engages students in a friendly competition to design and build creative structures using Superspace panels. Through this activity, students will practice problem-solving, apply measurement and scaling concepts, and develop enthusiasm for design and engineering.

Beyond Worksheets: Creative Strategies to Boost Student Engagement

Tired of the worksheet slump? Explore 3 powerful, research-backed strategies to make every lesson more interactive and meaningful. From project-based learning to creative arts and game-based activities, this post offers ready-to-use ideas—plus 2 engaging lesson plans using Superspace felt panels to spark curiosity and boost engagement in your classroom.

Preschoolers building a large magnetic structure with Superspace panels in a classroom, exploring balance, symmetry, and teamwork.

STEM Starts Here: Engineering in Preschool

Engineering in preschool doesn’t require robots or coding kits—it starts with hands-on, build-it-yourself play. This post explores how tools like Superspace empower young learners to develop real engineering thinking through trial-and-error, spatial problem-solving, and big-body collaboration.