Final Playground Designs

Hopscotch Challenges

Cargo-Bot and Hopscotch are a couple of apps that will help us get into the "coding mindset". Yesterday, we worked at passing the tutorials on Cargo-Bot with three stars each. It's tough, but you can do it.
Today (and probably tomorrow), there are some Hopscotch Challenges to complete. They are detailed on this Hopscotch Challenges Google Doc. The last challenge to master is to "Create a Game". This can be simple, but I can't wait to see what you come up with. Once you've completed your game, share it with me by email.

Playground Progress Form for Early Out

Playground Design Problem

In this last project of our Design & Modeling unit, your class will be designing a complete playground for Byron Elementary Students (in Kindergarten - 2nd Grade to be specific). This will take teamwork and all that you've learned about the Design process, sketching, dimensioning, and 3D modeling.

Here is the scenario and general look at what you'll be doing.

I'll also embed the presentation with some of the criteria and constraints of the project.

You'll also keep a writing log for this project. Make a copy of this document, and that will be yours to write in.

Pegboard Presentation

Let's try to make cool stuff today!

First, I'd like you to get a little bit familiar with Inventor Presentation (.ipn) files. You will use these instructions to build a pretty simple animation using this software. Here's what your first product might look like:

As the instructions on the Google Doc state, there are some really cool "tweaks" you can make to your Pegboard animation. Try some of them out. Using terms that you use, give it some "swag". After recording your animation, be sure to save the file. Then upload that video file to your shared STEM folder on Google Drive. I'd love to include your work on this Byron STEM blog!
Another thing you could do is make a presentation file for your Furniture Project. If you and your partner get the video to your Google Drive, it would be quite easy to share it directly or on a Google Presentation.

Engineering TED Talks

First of all, we had our little baby! Her name is Greta. She's awesome, and we're proud of her. Here are a couple of pictures.

I plan on coming back to school this Wednesday if things continue to go well. 
For today, you will watch and profile a couple of TED Talks that have to do with Engineering and/or Design. There are a lot of good ones out there, so you should find a couple that interest you the most. FOR TWO TED talks, you will answer some questions in a portfolio entry.

Here are some of the TED talks you might choose to watch and summarize.

A Self Healing Asphalt

Tissue Engineering and Personalized Medicine

The Cheap All Terrain Wheelchair

The Greatest Machine that Never Was

The Rise of Human Computer Cooperation

How to Sketch with Electronics

The Technology of Touch

How I Repaired My Own Heart

The World's Smallest 3D Printer

Meet ReZero: The Dancing Robot

Engineering a Viral Music Video

A Prosthetic Arm That Feels

A Solar Powered Adventure

My Seven Species of Robot

Write an entry in your STEM Portfolio. These questions are also on our STEM Portfolio Example.

In your entry, answer these questions for at least 2 videos: 

• Which TED talk did you watch? 
• How long was it? 
• What was it about? 
• What did it have to do with engineering? 
• What did you learn from watching the video?
• Is this an “idea worth spreading”? Why or why not?

Furniture Design/Storage Organizer Project

With your partner, you will create an innovative piece of furniture or storage organizer on our 3D Modeling program. This is the continuation of a project that we started during Hex 1. Here are some things you might want to complete in order to make your product awesome.

• Find your "Best Design" from this project in your engineering notebooks. You can make things as simple or complex as you'd like them to be!
• Make the parts of your design on Inventor. Use the skills you have on Inventor to shape, extrude, chamfer, and fillet each part to your liking.
• Assemble those parts. Constraining the parts of your assembly the right way is tricky, but it's so cool when it works out. You can make doors that open, shelves that slide, objects that rotate, and more.
• Make a Working Drawing (optional). This option would be great to show others your design and it's dimensions.
• Create an Inventor Presentation (optional). If you'd like to, you can make a presentation within Inventor. There are lots of ways you can show your design moving the way it's supposed to. It will also allow you to "explode" the different parts of your assembled design.
• Make a Google Presentation or Haiku Deck. You should put some pictures of your project on this. Also, explain what your "problem" was, what you designed to solve the problem, and what some of the features of your design are. How did you make it on Inventor?  

At some point during this project, take a break from what you're working on to look at another group's design. See if you can give them some feedback. Offer an additional idea that might make their product better. Ask another group to do the same for you, and then make your changes using "browser editing".
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