First Steps in Robotics and Engineering for Kids

Watch as a young student demonstrates his paper crimper, explaining how the spur gears work together. This simple machine teaches the fundamentals of gear ratios and mechanics.

A student proudly shows off the battery-powered fan he built. He explains how a closed circuit works and how reversing polarity changes the direction of the motor, a key concept in basic electronics.

This student explains how he built a buzzer circuit. He demonstrates his understanding of positive and negative terminals, learning the basics of electronics by creating a project with a clear outcome.

A young boy is deeply focused on his science model, figuring out how different gears mesh together. This hands-on exploration is the foundation of mechanical understanding.

A young girl constructs a complex machine with interlocking arms and gears. This kind of focused play develops spatial reasoning and an intuitive grasp of mechanical engineering.

Two children collaborate on a building project, figuring out how to create a balanced seesaw mechanism. They are learning about levers and pivots through teamwork.

A group of excited young boys shows off the seesaws they built. This project teaches them about balance, levers, and fulcrums in a way they can see and feel.

The joy of creation is evident on these boys' faces as they display their finished seesaw models. They have successfully applied principles of balance and mechanics.

Welcome to our student-built amusement park! This video showcases various rides like ferris wheels and swings, all created by young engineers learning about motion and gears.