Do you think programming is difficult? Ask a carpenter!
The story: Mr. Marco, from a small town near Florence, has been restoring old furniture for 40 years. When he receives a damaged Baroque armchair in his workshop, he doesn’t panic. His brain immediately switches to a mode that universities call Computational Thinking.
Decomposition: Marco doesn’t repair the “armchair.” He repairs the leg, replaces the springs, cleans the upholstery, and replenishes the polish. He sees the project as a collection of small tasks.
Pattern Recognition: He looks at the wood grain and knows: “This is oak, it will react to this varnish the same way as the dresser from a month ago.” Experience is his database.
Abstraction: When he designs the upholstery pattern, he doesn’t worry about the fact that one spring squeaks slightly—he’ll fix that later. Right now, all that matters is the symmetry of the material.
Algorithms: Marco has his own “code.” Always: sanding first, then staining, then waxing. Changing the order would ruin the whole effect.
The modern world wants to convince us that “computational thinking” is the domain of young programmers in glass office buildings. The truth is that seniors are masters at it. It takes years of practice, planning, and logical reasoning.
Why is it worth talking about? Understanding these mechanisms makes technology less like “black magic.” It’s the same patterns, only instead of a chisel, we use a mouse or touchscreen.
And what is the logic behind your passion? Is it knitting sweaters or planning the perfect garden? Share your thoughts in the comments!
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