The BBSC recently rolled out a prototype field trip request form, which asks our young BBSes what they want to learn on their desired field trip. Our very first question comes from a 10 year-old BBS: “How does science work?”. The very second question from a 12 year-old BBS: “How do science and math work together?”.

This is what the kids these days are asking. And sadly, while the places we go may be equipped to effectively communicate some science facts, science processes are another matter entirely. Making our field trips yet another way in which we’re reminded that focusing on process (a true Big-Brained Superhero imperative and moving up our priority list almost daily) is still a fringe ideal. Hopefully, Neil deGrasse Tyson’s Cosmos reboot will help us out:

In the meantime, Hank Green can lay down some scientific method on us:

Like many before us, The Big-Brained Superheroes Club has finally succumbed to the siren song of the popsicle stick. While stick bombs and chains are not entirely new to us, the more we work with them, the more we value their potential. Spatial reasoning, mechanical energy awareness, eye-hand coordination are all there. However, it wasn’t until this week that we’ve tried using the lowly popsicle stick to teach us such lofty skills as reverse-engineering and problem-solving. Unfortunately, those sticks didn’t fly. Yet.

We set out a short cobra-woven stick chain onto the table along with a bunch of loose sticks, and asked one of our most self-aware Big-Brained Superheroes to “make that”. And oh, did he seem to want to make that. But as for those reverse-engineering and problem-solving skills we were hoping he would show us…well…protesting is a problem-solving skill of sorts. He was not having it. Not even trying. “I just want you to teach me,” was the one recurring refrain.

The thing is, this big-brained superhero already possessed all the technical skills he needed to solve this problem and then some. As we mentioned, stick bombs and chains weren’t a wholly new activity for us.  This wasn’t a “how many golf balls can fit in a 747”-type question to a kid who has likely never seen a golf ball or been inside of a 747. He had this. And yet he didn’t. Without even trying, he ran away.

No doubt that, in other areas and in other contexts, our young hero has solved all kinds of problems more complex than this one. He did, at one point, learn to walk, after all. And he’s played video games and solved math problems. But if he’s not transferring those skills and that Empowerment to other, simpler problems, then he’s not going to go running after the big problems that desperately need his big brain and superpowers. Instead, he’s going to be waiting around for someone to teach him the steps. Which means, he’s going to be spending his life solving problems that have already been solved.

Needless to say, we’re going to have to solve this.