Educational Materials

Explore Force, Acceleration and Hooke's Law. No tools required.

Five part set to demonstrate the structure of a single water molecule.

Bring coding to the classroom!

Kits to focus on specific conditions.

Real world application of chemistry on natural water sources.

How does a glow stick work?

Invent a small device to rescue a cell phone from water.

The E-Textile Lab Pack lets you explore the wonderful world of electronic sewing (e-sewing) and e-textiles through a series of introductory projects using the system. You will learn how to sew basic circuits to light up LEDs.

Solder this kit, and you have made a musical instrument! Make beautiful music, sound, or noise! Learn how to solder. This kit is designed for anyone to learn to solder and learn how to make cool things with electronics.

This kit is designed to take students new to computing and sewing through a series of projects where they learn simple, parallel and computational circuitry, sequencing, conditional logic, sensor reading, functions and related programming in Arduino, 3D crafting and design, and computational thinking practices such as debugging, iteration, revision, problem solving, and algorithmic thinking.

Star shaped white LED light for sewing onto to something. These stars can be used without a microcontroller but require the sewable battery holder. Can be used with the LilyPad or other textile ready microcontroller.

Color changeable sewable moons. Add cool decorations and color to your interactive textile projects. These moons can be used without a microcontroller but requires a sewable battery holder. Use it with your LilyPad or other textile ready microcontroller.

STEAM at its best: this DIY electronics project combines circuitry, art, and culture.

A fun hands-on circuit that teaches polarity, following directions, aesthetic design and personalization. New vocabulary is also incorporated into the project. Topics covered: switches, designing and reading circuit diagrams, three-dimensional project and deconstruction.

The LilyPad is based on the Arduino platform, but in a form that makes it easier to incorporate into wearable projects. As well as the main microcontroller, there’s a broad range of input and output add-ons under the LilyPad brand that are all designed to look good and to work with conductive thread. Limited outputs make it not ideal for more complex projects.

LilyTiny is a quick and easy way to add twinkling lights to a project without any programming or a bulky Main Board. It’s also a great educational tool for showing a range of functionality without having to get out the computers.