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Coding Without Screens: Logic & Robotics for Kids

byThe Brain WagonIn-person workshops at Wadala East and Sion East, MumbaiStarts from500 per sessionView full gallery

Who says coding needs a screen? We turn logic, sequencing, and loops into real-world adventures that get little minds buzzing—no devices required.

I'm so excited to announce my collaboration with The Weavers Preschool. This video explains how I'm bringing my screen-free 'Coding Stories' to their curriculum, teaching logic and problem-solving through play and imagination.

Building, sequencing, and looping, oh my. Our little coders are listening to a story that will lead to a roller coaster building challenge. This is how I introduce coding concepts without any screens.

Another view of our unplugged coding session. The children are completely engaged in the story, getting ready to tackle a hands-on challenge that will teach them about sequencing and loops.

The children are gathered on the floor with worksheets after our roller coaster story. They are applying the coding logic they just learned to a fun, hands-on activity.

A child works diligently on his 'How to Code a Rollercoaster' worksheet. This activity helps solidify concepts like sequencing and variables in a simple, age-appropriate way.

Here, the children are using magnetic tiles to build their roller coasters. This open-ended play allows them to experiment with the coding concepts of loops and structure in a creative, three-dimensional way.

A group of little coders works together on their worksheets. Collaborative problem-solving is a key part of my unplugged coding sessions, teaching teamwork alongside computational thinking.

About Coding Without Screens

Coding is really just a way to solve problems, and you don’t need a tablet to do it. When we run our workshops at places like Lodha Evoq, we don't start with lines of code; we start with a story. Imagine your child building a rollercoaster out of blocks to figure out how to make a marble run smoothly—that is a loop. By physically building and moving through these sequences, they grasp the logic behind programming long before they ever touch a keyboard.

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