Go Ahead, Figure It Out

“I am learning how to deal with frustration, time management, and learning to work without pressure.”

“I am learning to be really creative, and to problem solve.”

“I have learned that being independent is more responsibility than I thought it would be.”

One student spent our last period launching and adjusting his prototype rocket on the school yard, to the delight of those watching from inside. Another retreated behind a tree, where the wind conditions were just right, to spray paint the sneakers that she was turning into roller skates. Writing books, assembling robots, creating works of art, and building a wind-powered, name-bearing wagon round out the array of projects underway in the new Go Ahead elective. These were the projects chosen by the students who selected this elective, and this is the responsible risk that Mrs. Drummond and I chose to take this year. While neither she nor I have experience in any of these things, we do have experience in learning from scratch. We vowed to figure it out.

About half of our students were ready to go before the elective even started. For the other half, dreaming hit reality. The student wishing to build a rocket had his heart set for three weeks on using chemicals that were too dangerous. Another student spent multiple weeks hoping to build a metal-framed, motor-powered go-kart, only to be disappointed at the cost and complication of it all. These students had taken the biggest leaps, and had the farthest to fall to reach a project they could make. Did they regret their choice of elective? Were they wasting their time? We didn’t think so, but it’s what they think that matters. So we asked.

We started the reflection by stating the obvious – school is about learning. Then we asked what they usually learn (as they should) in their regular classes. The essentials, foundational knowledge and skills, learning skills, subjects you need for the future, and new things you otherwise wouldn’t choose to learn were among their responses. Then we admitted that they likely weren’t learning many of those things in our elective. So what did they think they were learning? Hands shot up. Here’s what they shared:

  • Trying to figure out a problem on your own
  • Wide-open creativity
  • Learning to deal with choice and freedom
  • Experience with personalised learning
  • Learning to work without pressure (this is my favourite)
  • Learning to deal with frustration
  • Time management
  • Independent work
  • Doing everything yourself

They also shared that it’s exciting and interesting. Choice and freedom made the frustration worthwhile. Because the projects are entirely their own, the lessons learned, however difficult, are theirs to own as well.

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There is a lot else they’re learning. They’re learning to ask for help. They are learning to find what they need. Some are learning to figure out exceptionally complicated diagrams; some are learning about character development in writing fiction; one is learning woodworking and two are learning to solder resistors onto printed circuit boards. They’re all learning to turn ideas into reality, and they’re learning that this includes the sometimes tedious effort of figuring out the details and communicating them clearly and convincingly to others (especially if THIS other needs to go buy resources).

There’s a lot that students should learn at school, and certainly much of that must cover the essentials. But developing students to be lifelong learners requires more. At times, it can be frustrating. It’s also deeply exciting and interesting for all involved. You just need to go ahead and figure it out.

Sometimes you have to just believe in yourself and go for it. For example, I didn’t think this project would work out at first, but it’s going very well.”

*All quotes are from grade 6 students in the Go Ahead elective.

Andrea Fanjoy,
Assistant Head, Academics
You can follow Andrea on Twitter @afanjoy.

 

5-4-3-2-1… Senior Kindergarten Students Blast Off!

Whether we call it tinkering, primal makerspace, or STEAM (Science, Technology, Engineering, Art, and Mathematics), the Senior Kindergarten classes recently had a ‘blast’ creating vehicles and tools for outer space. The SK teachers followed up on a growing interest in outer space with our students, provided and read space-related books to them, visited the Ontario Science Centre to learn about the Hubble Telescope, and supplied the beautiful junk needed to problem-solve and create.

Probably the most memorable and realistic resources were the YouTube videos of our very own Canadian astronaut, Chris Hadfield, while living aboard the International Space Station. Both the students and teachers were stricken with awe while viewing the feats of daily living while operating in a zero-gravity environment. The curiosity of our students seemed focused on the challenges of personal hygiene, accompanied by frequent giggles and pleas to see more. They learned how to trim a moustache, shave a head, brush one’s teeth, use the bathroom, and take a bath in space. These necessary activities had to be done without contaminating the environment and instruments with escaping hairs, bubbles of water, body fluids and waste, and runaway accessories. Thank you Chris Hadfield for sharing your humorous and enlightening experiences.

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It was very rewarding to watch as the students worked diligently and with persistence on personal objects or cooperatively with their peers as they created amazing 3-dimensional structures: rocket ships, launch pads, rovers, little astronauts, spaceships to shuttle supplies, and even a space jail to hold aliens. The space stations featured health and hygiene solutions, of course, including bathrooms, sleep stations, storage tanks, an exercise room, and supplies in snack baggies adhered to the walls with Velcro dots. One student created a Canadarm and a team worked collaboratively to apply thermal tiles.

Overheard in class, “The best part is, the teachers aren’t even helping us!”

Students proudly shared their stories, and Senior Kindergarten teachers smiled with delight as they reflected on the priceless value of this inspiring adventure into space.

Sharon Freeman, RECE
Senior Kindergarten Teacher

“Make Something that Does Something” with littleBits

littleBits at Kingsway College SchoolParents at Curriculum Night could probably sense my excitement at bringing the Maker Movement to KCS. Now that the students are back, it’s time to get making.

This will be a marathon, not a sprint, but tinkering with electronics has already started for students visiting the library’s new Imagination Station. Students can borrow the littleBits Workshop set and readily start creating things that “do something”.

What might they want to make? These videos help tell the story of what others are making with littleBits, from the young and novice, to the older, more serious, make-it-yourselfers:

littleBits is an amazing new tool helping to bring electronics to the masses. I’m excited to see how this innovation in turn will inspire our students.

Andrea Fanjoy,
Assistant Head, Academics
You can follow Andrea on Twitter @afanjoy.

Toy Hacking, Tinkering and Other Great Pastimes

GirlBuildsPCSmallRemember the nasty kid next door in the movie, Toy Story? It turns out he was on to something.

There’s something wonderful gaining steam throughout the world. It’s a marriage of the old and new, the practical and whimsical, small-scale pleasure and make-the-world-better possibility. It includes programmable clothing, ‘reconfigured’ toys, books that conduct electricity, and an experience in creation that truly has no bounds. It’s called the Maker Movement, it’s for ordinary folk ages 3 to 103, and it’s an exercise in learning that’s worth learning about.

While adult examples can be pretty sophisticated, here’s an example of how it can work with children. Let’s say a 10-year-old has a stuffed dog. It’s a fine toy and much loved. But let’s say that child has had the chance to play with microcontrollers, LED lights, and sensors. Maybe she’s been introduced to electronics and simple programming languages designed for neophytes of all ages. Maybe she’s witnessed others inventing weird and wonderful contraptions using everything from computer programming, 3D printing, sewing, woodworking, electronics and any number of strategically-chosen odds and ends. That 10-year-old might decide to write some code, set up a microcontroller with LEDs and sensors, upload the code, open up the dog, embed the hardware, stitch him up, and enjoy a dog whose eyes now light up when it’s ‘owner’ picks him up. How’s that for learning?

Thanks to the Maker Movement, this is happening. And we’re taking steps to make it happen at KCS. Anyone wanting to see this in action with children and youth is encouraged to check out MakerKids in West Toronto. To see “big kids” in the Maker Movement, you might want to visit the Toronto Mini Maker Faire at the Toronto Reference Library November 22nd and 23rd.

The Mini Maker Faire is in my calendar. And unleashing the Maker Movement at KCS is on my to-do list. Let the tinkering begin.

Andrea Fanjoy,
Assistant Head, Academics
You can follow Andrea on Twitter @afanjoy.