On the road to knowledge with music for 3 to 6 year olds!

Today, we are going on a journey to discover printed circuits.

Pictures of our little adventurers in action - can you come and play with them?

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This first melody will take you on a musical discovery of the world!

🎤 Move, sing, discover!

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The lyrics of the two songs are identical, only the melodies are different.

The adventure begins with a story and discoveries for 6 - 8 year olds!

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📝 Quick summary of key information

What if the paths of electricity were secret roads?

A printed circuit board, often called a PCB, is like a road map for electricity. Imagine that each copper path is a secret road that guides electrical signals from one place to another.

Copper paths are very important because they help electricity travel between the different parts of a device. Without them, electrical signals wouldn't know where to go.

If the copper paths are not drawn well, the signals can get lost or cross each other. This can cause problems with how the device works, like a computer that won't turn on or a lamp that blinks.

Electric signals travel like cars on roads. They must follow clear paths to reach their destination without getting lost or crossing each other. That's why it's important for the copper paths to be well drawn.

The Printed Circuit Desert

What if the paths of electricity were secret roads?

The Golden Desert

After exploring the Valley of LEDs, where each glowing diode‎ (1) lit up with kind words and the connection of cables, Nino and Luma discovered the secrets of electronic‎ (2) lights. They watched how the small LEDs, like tiny electronic fireflies, react to electricity to shine brightly. A little electric squirrel showed them how circuits connect to make the lights glow. Curious, they wonder where the electric paths lead. They decide to go on an adventure to discover the printed circuits, those magical boards that guide electricity through devices.

Soon after, they arrive in a golden desert. The sand shines under their feet. Copper paths wind like magical trails. Nino and Luma walk with wide eyes of curiosity. Each copper path‎ (3) draws complex and mysterious patterns.

Nino, eyes sparkling, explains to Luma:
« Look, Luma. These paths are like roads for electricity. They help signals travel from one part to another. »

Luma, amazed, says:
« It's wonderful! The glowing patterns light up as the electricity passes. They look like stars. »

Nino, eyes shining with curiosity, exclaims:
« Yes, and these secret paths lead to unknown places. Let's follow them to see where they go. »

By drawing a path on the copper sand‎ (4), they unlock a passage to the heights: Transistor‎ (5) Mountain.

The Mysteries of the Electric Paths

The kids walk on the shiny paths. They look at every detail of the electric roads. The signals move fast, like invisible messengers.

Luma, amazed, says:
« Look, Nino. Little lights are blinking as the signals pass. »

Nino, curious about the lights, says:
« That's right. They show the path of the signals. Let's follow them. »

Nino takes out his tools to check the circuits. He makes sure every connection is perfect. Suddenly, he finds a broken copper path.

Nino, after checking the connections, says:
« Luma, the lights are not working. The signals are not coming through. »

Luma, eyes sparkling, suggests:
« Let's find a piece of copper. We will fix it. »

After fixing the broken copper path, Nino and Luma face a new challenge. Their path traced in the golden sand leads them to the Mountain of Transistors. This mountain is a mysterious place where electrical circuits come to life. As they explore this territory, they discover electrical paths winding like magical trails. These paths, similar to giant printed circuits, guide them to heights where smart creatures, the Transistors, control the flow of electricity. To move forward, they will need to solve logic puzzles‎ (6) and unlock secret paths, uncovering the mysteries of the circuits. Together, they continue their exploration, ready to face new challenges and uncover the secrets of electronic circuits. Their next adventure might lead them to solve even more complex puzzles, where every component will have a crucial role to play.

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