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Instructables - Project Based Engineering for Kids - Autodesk, Inc.

Grades
K to 8
4 Favorites 0  Comments
  
Discover a collection of problem-based learning engineering lessons for building models in the areas of physics and structural and mechanical engineering. For each topic, a video with...more
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Discover a collection of problem-based learning engineering lessons for building models in the areas of physics and structural and mechanical engineering. For each topic, a video with step by step construction directions accompanies a necessary list of materials. Create your project, and let the explorations begin. Explore ideas given for basic explanations or ideas to test for some of the buildable models. Create a collection, share, or add some ideas for activities. Topic ideas include slingshot rockets, rubber band helicopters, extending grabber, simple pneumatic machine, cork shooter, catapults, slingshot cars, truss bridges, simple sail car, marble roller coaster, gliding car, tower tornado, and crash test cars, among others. Share this awesome find on Facebook, Twitter, Google+, Tumblr, or email. If your district blocks YouTube, the videos may not be viewable.
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In the Classroom

Bring out the "inner engineer" in each of your students! During physical science units, visit this collection to get directions for students to build simple models to supplement content. You might want to visit the accompanying site How to Teach Project Based Engineering to Kids before getting started. Students can work in small groups to create a project. Different groups can demonstrate different laws of physics. Add this to your class website as a do-at-home project to encourage exploration at home. During language arts when focusing on using concise, clear, language, listen to the directions and use as a model. Enhance learning by having students write the scripts for creating other models using Google Docs or Microsoft Word. Using these online documents affords many benefits, including the ability to add comments, highlight information, and add links to online information. Extend learning by having students create a multimedia presentation featuring the directions and construction of the student model using Thinglink, reviewed here. With Thinglink students can annotate, narrate, and add related links to an image. In gifted and talented classes or pull out programs, consider for a beginning of a deeper understanding of the concepts. Move forward with virtual field trips to see the "real" machines at work. Find ideas for after school clubs, camps, and more.

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