Digital & AI literacy · 2026-05-30

Two Steps Forward, Turn Right

Fostering digital literacy and logical thinking doesn't require screens. Through simple unplugged games, we can introduce coding right in the living room.

When we hear terms like "digital literacy" or "coding for kids," our minds often jump to images of children staring at tablets, dragging colorful blocks across a screen. For parents of young children, this brings mixed feelings. We want our children to be prepared for a digital future, but we worry that introducing screens too early might negatively affect their eyesight, sleep, or attention spans.

The good news is that for children aged three to eight, the best way to understand how computers and artificial intelligence work is completely unplugged. Long before they write a single line of real code, the most important foundation is cultivating something known as "computational thinking."

Turning big problems into small steps

"Computational thinking" sounds intimidating, but it is simply a logical way of solving problems. It involves breaking a large, complex problem down into smaller, manageable tasks, looking for patterns, and creating a step-by-step plan.

Research from Harvard University’s Center on the Developing Child highlights that early childhood is a crucial period for the development of executive function. Executive function allows children to hold instructions in their working memory, control their impulses, and follow through on a plan. Whether they are building with blocks or engaging in pretend play, children are constantly practicing these skills. At its core, coding is just giving a machine a clear, logical sequence of instructions. If we can help children practice this logical communication in the physical world, they will be much more adaptable when they eventually use digital tools.

Everyday algorithms and debugging

In the world of computers, an "algorithm" is just a step-by-step guide to completing a task. In our kitchens and bedrooms, algorithms are everywhere.

Making a sandwich is a perfect algorithmic exercise: first, take two slices of bread, then spread the butter, add the cheese, and put them together. If the sequence is wrong—like putting the cheese on the plate and trying to spread butter on top of it—the sandwich doesn’t work. Sorting out the sequence of a morning routine with your child is essentially writing a life algorithm.

When a computer program goes wrong, programmers have to "debug" it. When a child’s tall block tower keeps falling over, they are also debugging. Is the base too narrow? Is the top block too heavy? Guiding them to look for the cause without getting discouraged nurtures one of the most valuable traits in digital literacy: resilience in the face of mistakes.

Pretending to be a robot

When giving instructions to a computer or an artificial intelligence, the biggest challenge is that machines do not understand human nuance; they only understand explicit, precise language. We can practice this kind of communication right in our living rooms through pretend play.

Just as children discover when interacting with AI learning companions like Sparkie, asking a specific, clear "why" often leads to a much more fascinating answer. As they practice using precise language and steps to describe what they want, their logical thinking naturally grows.

Things to try this week

• The Human Robot: Let your child be the "programmer" while you play the "robot." Tell them the robot knows nothing and can only follow specific commands like "take one step forward," "turn left," or "crouch." Have them guide you from one side of the room to the other. If they just say "come here," stand perfectly still until they give you step-by-step directions.
• The "If-Then" Dance: Computer programs are full of conditional statements. Play a movement game based on rules: "If I clap once, you jump; if I clap twice, you spin around." Once they understand the pattern, swap roles and let them be the rule-maker.
• Map the Morning: Draw simple cards together showing morning activities like getting dressed, brushing teeth, and eating breakfast. Ask your child to arrange them in the correct sequence. Have a laugh discussing what would happen if we tried to put our shoes on before our socks.