Ján Bočínec

Robotics and logical thinking for children from age 4

My lessons teach children to think in steps. They plan what should happen, try it, see where it went wrong and fix it. A robot helps with this, because it does exactly what it was told and shows the result straight away.

The youngest children learn with their hands and bodies, on robots they program with physical blocks and cards. They don’t need to read. Screens, electronics and real code come later, once the thinking behind them is in place. Groups are small, so every child gets plenty of turns.

Ján Bočínec

How the path grows

Children move through four stages. Each one builds on the one before, and the ages are a guide rather than a rule.

  1. First steps

    Ages 4 to 6

    Children act out a route with their bodies first, then guide a robot across a floor map, around obstacles and back. They learn left and right, put steps in the right order and fix one wrong step at a time.

  2. Patterns and codes

    Ages 6 to 8

    They spot what repeats and learn to say “do it three times” instead of repeating themselves. Teams invent their own symbol codes and send each other messages that a robot delivers. Simple circuits show them that a light comes on when the loop is closed.

  3. Building and deciding

    Ages 8 to 12

    Children build their own robots and mechanisms and teach them to react: if it sees a wall, it turns. This is where the screen comes in, as a tool, once children are ready for it. They measure, test and change one thing at a time.

  4. Own projects

    Ages 12 to 18

    Teenagers design, build and program their own devices with sensors, electronics and 3D printing. They plan a project, split it into parts, work as a team and present what they made, including what failed along the way.

Today I run the first stage in kindergartens. Lessons for older children are in preparation.

Techniques I use and what they build

The same habits run through every stage. Each one trains a soft skill and lays the groundwork for a hard one.

Safety, privacy and AI as children grow

The youngest children learn that a photo belongs to the person in it, that their name, address and body are private, and that I ask before every picture. They also learn that machines follow the rules people give them: people make the decisions and machines help.

In the middle years children find out that a machine learns from examples and can be wrong. They practise telling real pictures from made-up ones and keep their passwords to themselves.

Teenagers use AI as a tool and check what it tells them. They learn where data goes and what happens to the things they share, and they pick up basic security habits.

Why hands first

Young children understand an idea best when they can touch it. They pick up a block, walk a step on the floor and watch the robot bump into the wall, so the logic stops being abstract. A study with kindergarten children found that they understand programming as well with physical blocks as on a screen. When the screen arrives later, children already know what they want the machine to do.

For kindergartens and schools

I come to you and bring all the equipment. Lessons run once a week in small groups, in kindergartens usually after the afternoon rest, in Slovak, English or both. In kindergartens the content follows the Slovak national curriculum (ŠVP), which expects children to guide a digital toy along a route with obstacles and plan up to four steps at once.

I collect no data about the children and photograph only hands and creations, with consent. The robots for younger children work offline, and children under 10 have no accounts and don’t use chatbots. I can show a criminal-record extract and my liability insurance on request. I’m also preparing training for teachers who want to run the lessons themselves.

Would you like lessons at your kindergarten or school? Email me.