Why crayons are better than drawing apps for children

In homes across India today, toddlers are learning to swipe before they can fully articulate their thoughts. Screens have quietly become default companions for learning and play, from drawing apps to interactive games that promise cognitive advancement. As a pediatrician, I discuss screen exposure in almost every well-child visit. I often ask parents a simple question: Are our children truly creating, or are they primarily operating systems designed for them?

From a developmental perspective, the difference matters.

A child using a drawing app appears to be engaging creatively. There are colour palettes, symmetry tools, auto-fill options and the familiar “undo” button. The results are polished and immediate. Yet neurologically, much of the complex work error correction, spatial planning and fine adjustments is performed by the software. The child makes choices while the device refines the outcome.

Now contrast this with a blank sheet of paper and a box of crayons. There are no prompts or digital corrections. If a child wants to draw a tree, they must decide its size, shape and colour. If a line goes off course, they adapt. If a crayon snaps, they adjust their grip and pressure. There is no undo button only experimentation, problem-solving and persistence.

These moments matter because the early years are among the most dynamic periods of brain development. During this time, children build the foundations of executive function: planning, working memory, impulse control, flexible thinking and sustained attention. Open-ended, hands-on activities activate these neural pathways in ways structured digital interfaces often cannot.

The sensory and motor experience of physical creation is equally important. Holding a crayon strengthens the small muscles of the hand and builds fine motor control. Paint provides texture; paper offers resistance. These experiences support neural development, strengthen hand–eye coordination and help prepare children for writing. A fingertip gliding across glass simply does not provide the same tactile feedback.

None of this suggests that technology should be eliminated from childhood. Digital literacy is part of modern life. However, balance is essential, particularly in the early years when sensory exploration shapes brain architecture. The World Health Organization recommends no screen time for children under two years of age and no more than one hour per day of sedentary screen time for children aged two to four. Beyond the age of five as well, the WHO recommends that children’s screen time be restricted to a maximum of two hours per day, as pediatricians worldwide are increasingly reporting cases of dry eyes and sleep disruptions linked to excessive student-screen interface.

In clinical practice, I often see something fascinating when children receive open-ended art materials without instructions. At first, there is hesitation: “What should I draw?” That pause is not a problem it signals the shift from passive consumption to active imagination.

Soon ideas begin to emerge. A line becomes a road, a circle becomes a sun, a smudge becomes a bird. When the child finally holds up the drawing, the pride is unmistakable: “I made this.”

That sense of stability built through effort, and not automation, helps develop confidence, resilience and intrinsic motivation.

As pediatricians, our goal is not only to raise academically capable children, but individuals who can think independently, adapt to challenges and generate original ideas. In a world that often equates intelligence with digital fluency, it is worth remembering that creativity and deep thinking grow from slower, hands-on experiences.

Sometimes the smartest device in the room is also the simplest. A box of crayons does not flash or buzz. It does not correct mistakes or provide instant rewards. It simply waits, inviting the child’s brain and body to do the work they are meant to do.

If we want children with original ideas, who focus deeply and navigate frustration, we must protect space for analogue creativity. Because long before children learn to code the future, their brains must first be wired to imagine it.

Dr Rachana Shetty is a pediatrician from Bengaluru, and is currently serving as a consultant at Shishuka Children’s Hospital at RT Nagar.