Create Ideas with a Digital Gamepad

This project provides hands-on learning experience, guided by our Learning Management Software.

It includes a one-year student subscription to the course and materials necessary for an individual student to complete the project.

Within the online course, you'll find step-by-step video instructions, lesson videos, and additional activities to help students raise state testing and ACT scores, as well as a certification portion that allows students to earn a micro-credential.

Get ready to transform everyday objects into amazing interactive tools.

This exciting project empowers you to explore the fascinating world of electricity, circuits, and conductivity in a super fun, hands-on way.

Ever dreamed of turning a banana into a game controller or playing music on a fruit-powered piano? Want to build an interactive solar system, design your own game show buzzer, or create a custom video game controller? With our Digital Gamepad, it’s all possible!

This innovative device transforms almost any conductive material into a computer input, giving you hands-on experience with how technology can creatively interact with the world around you.

This kit is ideal for young innovators, aspiring engineers, and anyone curious about how simple science can lead to incredible inventions. Dive in and turn your imagination into reality!

• Switches & Controls: Understand how switches work to open and close circuits, controlling the flow of electricity in a hands-on way.

• Electrical Conductivity: Discover which materials can conduct electricity and why, turning everyday objects into interactive components.

• Basic Circuits: Learn the fundamentals of how circuits work, from power sources to connections, and how electricity flows.

• Interactive Displays: Explore how circuits and inputs can be connected to create interactive responses, linking physical components to digital outputs.

• Invention & Creativity: Experiment freely to design unique controllers, testing ideas and turning imagination into working prototypes.

• Creative Problem-Solving: Develop innovative solutions by experimenting with materials and designing custom interfaces.