If you’ve been checking out our Facebook page, you know that our Big-Brained Superheroes helped Yesler Community Center’s Back-to-School event attendees learn about logic gates and create illuminated notebooks. And if you were at The Museum of Flight’s STEM Back-to-School weekend, you probably saw BBSC volunteers there doing same. In short, we’ve had an insanely nerdy week, and our schedules just keep getting nerdier. None of which would be possible without these exceptional sponsors:
guided: Generous donors of such amazing recycled notebooks!
Big-Brained Superheroes vs. Code.org’s #HourOfCode
Around this time last year, our young BBSes spent some time developing Codecademy’s web holiday cards. How did it go? Well…it could have gone better. This year, we spent time with Code.org’s Hour of Code. How did it go? Well…aside from a lack of headphones for every BBS coder, it couldn’t have gone better. It went so well that several of our young Big-Brained Superheroes are choosing to go Beyond One Hour. Even without BBS sidekicks around to help them!
And now, for the breakdown. Our BBS population for this exercise was fairly similar to that of last year’s Codecademy exercise, so we’ll skip that explanation and go straight into the review.
Like last year’s Codecademy exercise, this year’s Code.org Hour of Code is freely available to anyone with a computer and internet access.
Unlike last year’s Codecademy project-based exercise, this year’s Hour of Code was game-based. This particular game-based approach provided much more method to the madness and enabled a leveling up process that was significantly more logical and predictable than Codecademy’s project-based approach. Coders were more motivated to think problems through, and they seemed to grasp much more programming logic as a result of Hour of Code’s game-based approach.
The Angry Birds character set is a great example of how broadly inclusive design doesn’t have to be banal or vapid, and the use of Angry Birds in Hour of Code was an obvious draw for our young BBSes.
The instructional videos were exceptional in that they were explanatory but didn’t give too much away. They were timed well, and the diversity of the instructors was inspiringly inclusive. Apparently, when Chris Bosh speaks, our Big-Brained Superheroes listen. (When they have the technical capability to do so, that is.) And the written instructions that were provided for those without sound capability eliminated a big obstacle for us.
The completion certificate at the end of the game was a nice reward and motivator for some BBSes.
Once our BBSes got the auditory reward for completing a level, they tended to skim through the text that told them they might have completed the level using fewer lines of code. Making that information more prominent (at least the first time around) would have given them stronger cues that there was more learning to get from the level they just completed.
Also, it would help if the link to “Show Code” were more obvious or if the lines of code came up automatically in at least one level so coders wouldn’t unintentionally skip over it.
All in all, we are thrilled with how our coding exercise went this year, and we’re continuing to use Code.org in our BBSC meetings. For us, it was not just a method of learning some basic programming logic, but it also served as a welcoming, inclusive invitation to explore the world of computer programming. After completing their Hour of Code, several of our coders went on to build web pages using W3schools:
Or played with Tynker and other code-learning platforms directly available through the Code.org website:
In short, even though our coding exercise this year was not holiday-centric, Code.org’s Hour of Code provided us with some fine holiday (and beyond) fun!
DISCLAIMER: The BBSC is not affiliated with any of the code learning platforms or sites discussed in this post. However, one of our volunteer brain-hackers (Launchpad McD) does work for Facebook, which is somehow involved with Code.org (though we don’t know how, and we didn’t know this before we began exploring Code.org).
Saturday may have been the rainiest day of the year so far, but that didn’t stop Yesler Terrace from engaging in its bi-annual neighborhood clean-up. From there, ten Big-Brained Superheroes braved even more rain on our walk to our favorite maker space—Jigsaw Renaissance—in Seattle’s International District.
This trip was a reward for a brave young BBS who received the first ever Big-Brained Harry Potter leadership award for defending others against bullying.
Here’s our exceptional BBS Harry Potter Leader working on an electronics project at Jigsaw Renaissance:
Other young Big-Brained Superheroes were fortunate enough to share in the adventure. Happily, Jigsaw Renaissance is more fun than Disneyland.
Here are a few of us working on a robotic arm and a salt water conductivity experiment:
A few young BBSes then expressed their appreciation for BBS Volunteer Mr. Measurement Man via whiteboard:
And also learned a bit of guitar and keyboard:
Much Persistence was exercised in the process of analyzing and deconstructing a broken cell phone:
What you see here is the screen one of our 4th-grade Big-Brained Superheroes saw after beating DragonBox, the game we began playing during Washington State’s algebra challenge week. One of our favorite aspects of this success is how much exercise our young Big-Brained Superhero’s Persistence superpower got in the process. He faced no small number of challenges and frustrations during the game, but he just kept going. Even though the algebra challenge week had ended, he was determined to keep going until the end. And so he did.
Needless to say, we’re incredibly excited to see him so diligent in his Persistence superpower exercise. He set a goal, and he stuck to it until it was achieved. So, unalloyed success, right? Fourth-grade BBS FTW!
Well, there’s a catch. When our young hero hit the above screen and realized what “endless” meant, he wanted absolutely no part of this game anymore. He was done. Finis. No way was he going to participate in an “endless” journey. No goal—no game. End of story.
And this got us thinking about some of the problems associated with focusing so directly on outcomes. Outcomes are, by nature, limited. And once you reach them, why keep striving? Of what value is process? And can all successes be planned and measured? Not to mention…Sense of Adventure, anyone?
It goes without saying that Persistence is good. Winning is good. Mastering algebra is good. But, as every good superhero adventure series teaches us, the challenges most worthy of our superpowers are those that aren’t, by nature, limited. And those in which our mastery is endlessly questioned.
You’re reading the world’s first Big-Brained Superheroes Club guest blog post! What a pleasure blogging is for me since I started volunteering for this wonderful program over a year ago. Enough about me, and on with the blog posting!
What’s the deal with those darned Babylonians? You see, algebra traces its history to the Babylonians, and the Big Brains have recently been tearing up the Algebra scene at Yesler Community Center.
Yes, Big-Brained Superheroes are learning algebra as early as age 5 thanks, in part, to the Washington State Algebra Challenge. It relies on an online game called DragonBox, which is designed to intuitively teach the mechanics of solving equations algebraic style via game levels involving icons and exploration.
In all seriousness, it took me just as long to figure out the mechanics of the Algebra Challenge games as it did for the young Big Brains. Even longer, in fact, since they taught me how to play. At first, I was a bit perplexed by how it taught Algebra at all, but after playing for a while, the genius behind it became clear. It works by teaching the mechanics in game form and then gradually begins to use the algebra equations we’re accustomed to seeing. By the time you get to the levels containing traditional equations, you’re well-versed in the process of applying the same treatments to both sides of an equation in order to isolate your variables.
Watch an amazing 2nd-grade big-brained superhero work hard to explain how electricity flows through the circuit she created. Not shown here is the moment she exclaimed, “I want to make one on my own!”, before she then proceeded to, essentially, make one on her own. Empowerment superpower is in effect!