Empathy v. Respect?

techedblog:

According to a study conducted at Yale University and published online in the Journal of Educational Psychology earlier this year, emotional connection in the classroom can have a major impact on students’ success in school. Students tend to thrive in classroom environments in which teachers are sensitive to students’ needs; teacher-student relationships are warm, caring, nurturing, and congenial; teachers take students’ perspectives into account; teachers refrain from using sarcasm and harsh disciplinary practices; teachers express warmth towards, respect for, and interest in students; teachers encourage student cooperation; and teachers are aware of the students’ emotional and academic needs.

This phenomenon has been very apparent here at The Big-Brained Superheroes Club when our Empathy superpowers are in full effect.  For instance, when one of our Big-Brained Superheroes was briefly engaged in an unproductive interaction with another one, rather than immediately criticize his behavior (it’s not as if he didn’t already know it was wrong), we expressed some understanding.  We told him that we understood where he was coming from and that it was ok for him to “hang out in his limbic system for a bit” before reciting The Big-Brained Superheroes Club Oath, which he did.  And instead of having the incident devolve into a power struggle (as these things so often do) with hurt feelings and moping all around, our young Big-Brained Superhero came back to us ready to re-engage in the activities we were all enjoying.  Everybody learned.

However, the big challenge we’ve had is finding the right balance between the more prescriptive style of authority that a lot of our Big-Brained Superheroes are far more versed in and the more cooperative approach outlined in the study described above.  One of the benefits of being an after-school program is that we have an even greater opportunity to make these emotional connections than we might have as conventional school teachers.  But one of the drawbacks is that we lack the institutional authority that conventional school teachers can typically assert, and this lack of institutional authority does present its own set of challenges.

Respect is one of the superpowers we’re working to build and exercise.  The need to demonstrate Respect to generally recognized authority figures has a certain—somewhat obvious—logic inherent in it; the need to demonstrate Respect to everyone and everything else may require a bit more abstract reasoning.  One method of getting our young Big-Brained Superheroes to consistently demonstrate respect to us might be to assume an air of authority even without the institutional backing.  But even if that suffices for us, we still aren’t addressing the deeper, more abstract, problem of Respect for all things that we all need to build.  And this is where we come full circle…can we eventually get to Respect through Empathy?  If so, is that the better (if not the most direct) path?

More and Better Science Centers

…would be nice:

[I]t has become increasingly clear that schools can’t tackle the challenge alone. … Opportunities abound outside the classroom to learn about science, and to inspire a passion for it. Zoos and science museums, robotics clubs, science competitions, and online games are just a few of the options to engage American youths.

And makerspaces. Have we mentioned makerspaces?

Some of us at The BBSC have actually observed there to be a dearth of accessible and inspiring intellectual gathering places for both kids and adults alike.  Our own Pacific Science Center means well, but it’s dated and non-immersive.  Our Woodland Park Zoo is a nice place to visit, but the various exhibits are desperately lacking in contextual depth, causing them to rely far too much on novelty for exciting interest.  The Seattle Aquarium, while markedly more inspiring, suffers from a few of these same limitations. In our more cynical moments, we wonder whether the main difference between these places and the local shopping mall is that the mall’s hours are at least long enough that kids can actually go there after school.  And while not hour-restricted, the Google Science Fair is open only to 13-18 year-olds.  Science waits for no age!

What to do? What to do?

Meredith Wengernerdy, steam, stem
A Novel Concept

There’s no shortage of evidence that stress inhibits learning.

Maybe we should do something about that.

Listen to On Point’s discussion of Social and Emotional Learning and how (as the science suggests) it may help solve the problem of stress and improve learning:

Or read about it in Scientific American:

“Even more important than your achievement test score is this idea that if you fail, you’ll try again, that you don’t need people to bail you out, that you’ll persevere in the face of difficulty,” says developmental psychologist Dale Farran of Vanderbilt University. “These are the key to the grades you get in school.”

Adaptability v. Persistence

Adaptability and Persistence Superpowers

As anyone familiar with The Big-Brained Superheroes Club knows, we’re big on exercising our superpowers.  And yesterday, our primary focus during our juggling lesson was supposed to be on employing our Persistence superpower.  If at first you don’t succeed, try try again?

We started out yesterday morning with juggling pins in our hands and Persistence on our brains. We ended yesterday morning with those same juggling pins used as tennis ball bats and as microphones for impromptu interviews.  Apparently, Adaptability was going to be the order of the day.  But why?  How?  Were we not persistent enough in our struggle to deploy our Persistence superpowers?  Well, without a parallel universe in which to run simultaneous experiments and observe relative outcomes, it’s hard to say.  But here are some of the results we got out of adapting:

One of our little Big-Brained Superheroes wanted a giant sheet of drawing paper (the reverse side of construction plans that we had found in a recycle bin in an alley), but we were out. The only paper we were able to scrounge up was a partial sheet that had already been turned into what we might simply title “Meditation on a Single Circle”. We then discussed deploying our Adaptability superpower to make do with the materials we had available. Without so much as a grimace, our little Big-Brained Superhero took that Meditation in hand and went to work on it.

Several minutes later, a few other Big-Brained Superheroes were arguing over the use of a toy.  Adaptability superpowers engage!  "What’s ‘adaptability’?“  "Adaptability is the ability to adjust new situations,” etcetera, etcetera.  Almost as if on cue, our little creative Big-Brained Superhero with the partial sheet of paper came over to show off her work.  It was amazing!  Not only did our little Big-Brained Superhero make use of leftover materials, she incorporated the art that was already on it into her own creation.  She remixed it, if you will.  We held up her work as a brilliant example of Adaptability, and within minutes, our obstinate group of squabblers had adapted to their constraints and resolved their argument–even engaging their Teamwork superpower in the process.

It’s easy to look back on yesterday and view it as a failure of Persistence.  Maybe we should have worked harder…been more disciplinarian…argued/cajoled/dominated our Big Brain Superheroes into sticking to our original goal.  Or maybe, in doing so, we ourselves would have been seen as obstinate.  If only we had that parallel universe…

Oh It's On!

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Open up the mailbox today, and what do we find? Not one but 2+ brand new squishy circuits kits! How much do we love the squishy circuits people!

Yet the question remains…Can big-brained superheroes take over the world with nothing but our superpowers, some homemade play dough, and not one but 2+ of the best electronics kits ever? Stay tuned…

Superheroes v. Zombies: It's all about BRAINS

Where experiential learning meets science:

If we want to empower students, we must show them how they can control their own cognitive and emotional health and their own learning. Teaching students how the brain operates is a huge step. Even young students can learn strategies for priming their brains to learn more efficiently; I know, because I’ve taught both 5th graders and 7th graders about how their brains learn.

More superheroes; fewer zombies.

Big-Brained Superheroes FTW! etc.

Big-Brain Squishy Circuit

Exciting news here at The Big-Brained Superheroes Club.  We entered our big electric play dough brain in the Squishy Circuits Store Photo Contest, and we won we won we won we won! The contest prize means that The BBSC will now have a squishy circuits kit of its very own to have and to hold and to burn out LEDs to its brain’s content.  Yay us!

Now that the bragging is over, let’s talk a bit about squishy circuits…Or rather, if you want to know about squishy circuits, how they work, how to use them, etc, go to the squishy circuits website…if you want to know how we got our grubby brains around them, stay here.

We learned about squishy circuits through the folks at Jigsaw Renaissance when a couple of us volunteered at their Mini Maker Faire soldering booth.  At that point, The Big-Brained Superheroes Club was little more than a gleam in our occipital lobes, but we quickly grasped the potential of the concept.  Nonetheless, we tarried.  Even the small cost of these kits is a big consideration for an organization of our size.  So, we finally conceded to purchasing one for personal use and to lend it to the club for special projects.

When we eventually got around to ordering the kit (after checking out competitive pricing and determining that the kit at the Squishy Circuits Store offered the best deal at the time), we thought for sure that the brain lesson for which we wanted to use it was going to have to wait until the next week in order to give the kit enough time to arrive.  But we were thrilled to find the kit at our door within a couple of days of purchasing it online.  Opening it up, we were even more thrilled with what we saw inside and quickly dubbed the squishy circuits kit, “The best electronics kit ever!” (we’re suckers for well-designed packaging and nice handwritten notes).  The contents were perfect for our needs; all the components were nicely labeled on the key; and our tests proved everything in good working order. Yay squishy circuits!

So, we sallied forth.  We made the conductive and insulating play doughs using the included recipes and both leftover and new ingredients (kindly donated to us by some incredibly generous folks, including our neighborhood PCC natural foods market).  The brain construction was a joint effort, and after a bit of minor brain surgery to address some conductivity challenges, we were aglow!  The lesson went forward as planned, and immediately after the brain discussion was over, the electronics discussion began.  The Big Brains enjoyed getting their hands on the doughy brain and pulling LEDs in and out.  And while this was The Big-Brained Superheroes Club’s first foray into these subjects, it certainly won’t be the last.  Of course, now that The BBSC has its own squishy circuits kit, our Creativity superpowers are going to be getting a lot of exercise!

One Way to Reduce the Achievement Gap in Science

Sounds promising:

Science, technology, engineering, and mathematics instructors have been charged with improving the performance and retention of students from diverse backgrounds. To date, programs that close the achievement gap between students from disadvantaged versus nondisadvantaged educational backgrounds have required extensive extramural funding. We show that a highly structured course design, based on daily and weekly practice with problem-solving, data analysis, and other higher-order cognitive skills, improved the performance of all students in a college-level introductory biology class and reduced the achievement gap between disadvantaged and nondisadvantaged students—without increased expenditures. These results support the Carnegie Hall hypothesis: Intensive practice, via active-learning exercises, has a disproportionate benefit for capable but poorly prepared students.

Our Shared Superpowers

One of the primary missions of The Big-Brained Superheroes Club this summer is to help our Big-Brained Superheroes clearly see themselves as positive actors in the world–to help them realize and build on the best parts of themselves. Along those lines, we’re going to focus on solidifying a language for and an awareness of our superpowers, such as leadership, teamwork, and critical thinking, while we draw, write, invent, and perform.

Our Official Dictionary of Superpowers:

  • Teamwork: joining together to accomplish our mission
  • Leadership: inspiring, encouraging, and being an example to those around us
  • Kindness: being thoughtful and considerate
  • Empathy: feeling/thinking what someone else is feeling/thinking
  • Sense of Adventure: desire to try new things and make mistakes
  • Critical Thinking: questioning our assumptions
  • Adaptability: ability to adjust to new situations
  • Persistence: sticking to a goal
  • Empowerment: feeling confident in ourselves
  • Respect: having regard for others
  • Willpower: being able to intentionally control ourselves with our brains
  • Creativity: giving our brains the freedom to connect things in a new way

UPDATE: Curious about where our particular concept of superpowers came from? Check out our Origins Story Part 1 of X.

I, Big-Brained Superhero, do passionately promise to try hard, be kind, and have fun!
— The Big-Brained Superheroes Club Oath