In February, a 5, 4, 3, 2, 1 Things interview with Joe Hudy was posted on the Make blog where he shares projects, experiences, tools and people that inspire him. In response to the tools he can’t live without question, Joey says “my calculator watch because I don’t know my multiplication and division tables.” This is a 16 year old who doesn’t know his math facts.

How does a kid who admittedly does not know multiplication and division tables get named one of the top ten smartest kids in the world?

My hunch lies in how he applies math as opposed to how school teaches math. Nearly all math is taught and problems are presented in abstract forms. Typically, math is taught in sequential and increasingly difficult series of skills and courses. Always preparing for the next level or concept with nary a meaningful use in sight. “You’ll need it in middle school” is not good enough. What Joey has done is make the math he uses concrete, applied to the projects he designs and makes. I’m quite sure he has collaborators and teachers who help him figure out what he needs to know and do. When the time comes for using math, he uses the tool he finds best, his calculator watch. It’s not hard to imagine Joey coming to a problem, lifting his wrist, punching a few keys, finding an answers and moving on to the next step in a real project.

So why do we fret over math tables? What’s the real purpose of memorizing math facts? Do the benefits truly outweigh the consequences of emphasizing math facts to young children?

I’d like to ask Joey if the lack of memorised facts ever slows him down. Is he good at explaining how he does what he does? I’d like to know how his brain works. Really.

I write from time to time when something compelling or contradictive strikes me. Actually that happens a lot. I should write more. 🙂

I hope to meet Joey and a few other maker kids in a couple of weeks, so I may have the opportunity to ask him. My guess is that he will say he doesn’t notice a difference in speed given he has a calculator. I want to know why speed is so important in math. There are mathematicians that spend days, weeks, months, years and lifetimes trying to solve one problem. They are incredibly deep thinkers, and I’m sure many use(d) an abacus and calculators along the way.

As for explaining what he does, I’m quite sure he’s better than most. He has been presenting his projects at Maker Faires for years now and in 2011 shared his marshmallow cannon to President Obama at The White House.

Dude! It’s great to see you writing :).

I’d like to ask Joey if the lack of memorised facts ever slows him down. Is he good at explaining how he does what he does? I’d like to know how his brain works. Really.

I write from time to time when something compelling or contradictive strikes me. Actually that happens a lot. I should write more. 🙂

I hope to meet Joey and a few other maker kids in a couple of weeks, so I may have the opportunity to ask him. My guess is that he will say he doesn’t notice a difference in speed given he has a calculator. I want to know why speed is so important in math. There are mathematicians that spend days, weeks, months, years and lifetimes trying to solve one problem. They are incredibly deep thinkers, and I’m sure many use(d) an abacus and calculators along the way.

As for explaining what he does, I’m quite sure he’s better than most. He has been presenting his projects at Maker Faires for years now and in 2011 shared his marshmallow cannon to President Obama at The White House.