We all know the Mona Lisa. We’ve probably seen that guy-in-the-circle sketch (I just looked it up, the Vitruvian Man, apparently).
But did you know Leonardo da Vinci also sketched blueprints for helicopters, tanks, and even mechanical knights—centuries before any of those existed?
He was an artist, sure. But he was also an engineer.
In fact, he didn’t really distinguish between the two.
To da Vinci, understanding how things worked made him better at capturing how they looked. He studied anatomy to draw muscles and movement more accurately—and used those same insights to design machines that mimicked the human body. But it went both ways: his artistic eye helped him visualize mechanical ideas with stunning precision, long before they could be built. In his world, art sharpened science, and science enriched art. They weren’t separate skills—they were two halves of the same genius.
And this isn’t just some Renaissance magic trick—research backs it up.
Studies show that kids who train consistently in arts and crafts (from sketching to sculpture to music) are more likely to succeed in STEM fields later. Why? Because visual arts build key engineering skills: spatial reasoning, observation, pattern recognition, and creative problem-solving. In other words, da Vinci was onto something.
So how do we nurture this “da Vinci mindset” in our kids?
1. Practice observation.
As parents, we’re eager for our kids to make stuff. That’s why STEM projects feel so satisfying—bridges out of popsicle sticks are easy to spot on the fridge. But da Vinci spent just as much time observing: how light hits a leaf, how muscles shift under skin, how birds fly. Slow down and help your child sketch what they see. Notice symmetry in nature. Trace shadows. Learning how to see is part of learning how to build.
2. Blend subjects.
Let your kids draw graphs, paint patterns, or build machines with flair. Mix logic and creativity. Art isn’t just decoration—it’s part of the design process.
3. Make space for rabbit holes.
If your child is obsessively drawing mazes, folding origami, or building catapults out of LEGOs, lean in. Sometimes it’s in those “impractical” moments that the best learning happens.
Want a resource that brings it all together—art, engineering, and history?
Check out Color by Code: Great Inventions. It’s a printable activity that teaches basic coding logic through color-by-number art—while exploring some of history’s coolest innovations.