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  • My name is Paul Rogers and I'm teaching here at Collingwood School. Going on to year number

  • 15 which is a long time it seems. I teach all of the design and tech classes from Grade

  • 8 up through grade 12 and we've been using the 3D printers in all of our Grade 8, 9 and

  • 11 classes. The up side for me with the 3D printer is that there's a difference in a

  • student being able to see their work on screen and being able to see that work printed off

  • and put into their hand. There's a different level of engagement, of excitement, and of

  • interest of doing their best in their project. It is really exciting to see their eyes light

  • up when their projects is on the printer being printed off and that from a teaching perspective,

  • you can't buy that. It's just fantastic. Probably our favourite project this year was with our

  • grade 9 class and we had them, we gave them a challenge to design and print a rubber band

  • powered race car and so that gave them a series of questions, series of problems that they needed

  • to come up with; was a bigger car better than a smaller one, what about wheel size, does

  • the width of the wheel matter, how are they going to get traction from the wheel into

  • the ground, how are they going to attach the wheel to the axel. It was lots of different

  • questions that were brought up that they were faced with that forced them to think and design,

  • and test and redesign, and that process was fantastic. When it came right down to

  • it, it lead to a really good conversation with the students about the learning is the process

  • not the end product. You know we had a conversation about the car that looks the best or goes the farthest,

  • isn't necessary the one you learn the most from, but rather the challenges that they were able

  • to overcome and the issues that they solved. That's where the learning happens and that was a

  • really positive and meaningful conversation to have with my students. I think it actually

  • made a difference for them in some respects. So this project by enlarge was probably my

  • favourite out of the year for our 3D printing work.

  • Hi, I'm Henry from Collingwood School. I teach Design and Tech, and Science, and Physics.

  • So this year we started a new project on 3D printing and it's been going well. Students

  • love it, I love it because they love it. So it's one of my favorite ones because I mean

  • I have a whole class of boys and which boy doesn't like flinging stuff across the rooms.

  • Basically the idea was to have them build these catapults that will swing erasers across

  • the room. So as they are making these, they are also learning about stuff about the printing

  • as well; how can they minimize print time, how to reduce the amount of plastic, whether

  • or not to print with support and if that's a good idea or not. So one thing they do learn

  • is also the angles and stuff like that. That's a great part about this project because I

  • have never done this and students know. So they, a lot of times they look from online

  • resources to see the best arm or the best length or how to put the best rubber band

  • for the catapult and that's where a lot of learning comes. So in terms of my favourite

  • project, I would say this is my favourite one by far and it's been great.

  • In science we use to have this unit on pressure and fluid velocity and said okay maybe we can incorporate

  • that with 3D printing and have them print their own car's with balloons so we started

  • with that. And as things grew on, we looked at everyday things that they can use to build

  • their projects. Some it was the rubber band power cars, recently the catapults with rubber

  • bands. So in terms of design, it's mainly giving them saying "oh hey we are building

  • this, building a car that's powered by rubber band." Initial reactions are like "oh what,

  • how do we build this?"Basically that's when thinking becomes. That's when they start thinking

  • about their designs so in that sense we usually let students build whatever they want. Great

  • thing is that they, the first one never works, and they find that out pretty quickly so that.

  • Then they go through iterations and that's where the design and learning really comes

  • in, is when they see what they need to learn in order to make it succeed. In terms of design

  • process, it's quite natural to give them a problem and have them think about it and then

  • having them create a solution for it. So that's how I approach it in terms of the way things work.

  • So far it's been a great experience.

My name is Paul Rogers and I'm teaching here at Collingwood School. Going on to year number

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