![]() As you can see, students can easily import their design into this program to smooth out edges or add additional effects and then export them out and back into Tinkercad again for adding finishing touches like a base. In watching the video, you will notice the teacher uses SculptGL, a free digital sculpting web app, to manipulate the design he creates in Tinkercad. This technique can also be applied to several other ideas referenced in this Instructable. For example, this video is a great tutorial made by an art teacher that illustrates how he guides students through the process of making a realistic-looking Japanese mythical beast by fusing together pre-existing models from Thingiverse in Tinkercad. Plenty of classroom teachers who use Tinkercad publish screencasts for their students online. Watch videos made by Tinkercad enthusiasts. While people can share anything there, there is also a NSFW option you can uncheck in your profile to ensure nothing inappropriate comes through. They have contests and other incentives to keep you coming back to share your designs and check out what others are sharing. Printables is another great resource for 3D designs. This is a great resource for Tinkercad beginners to use for analyzing designs, hacking together objects, or building upon creations that others have developed. ![]() This collection is easily searchable, and many of its files can be downloaded and then uploaded into Tinkercad for modification without any licensing issues. The Tinkercad gallery is a great place to start.Īnother awesome website to check out is Thingiverse, which is dedicated to the sharing of user-created digital design files. There have also been multiple updates to the SVG importer making it easier than ever to take your 2D designs and make them 3D. Making mazes is a really fun way to try out this technique. It is even possible for students to import their hand-drawn images or vectors they found online into Tinkercad. Have your students sketch out their ideas in multiple perspectives on paper before they start designing in Tinkercad. For example, check out this story about a girl who added a cool twist on the California Mission Project all 4th graders in the state are required to complete. Rather than creating new projects, rethink ones you already assign and offer your students the chance to show what they know through 3D design. However, you don't need to reinvent the wheel - leave that to your students! Here are some thoughts to get your gears in motion:ĭo what you already do. If you are here reading this, you are probably already thinking that 3D design might be a really powerful way for students to express their understanding. (Pro tip: Major craft stores after holidays are great places to find maker supplies on clearance.) A temporary makerspace stocked with items such as clay, popsicle sticks, glue, toothpicks, pipe cleaners, string, and blocks for brainstorming and prototyping design ideas before students get on their computers.Other materials that are not required but definitely useful are: Still not sure about 3D printing? Read this: 7 Benefits of Using 3D Printing Technology in Education. Two good reference guides to help you do so are Tom's Guide to the Best 3D Printers and PCMag's Best 3D Printers. There are endless options when it comes to selecting a 3D printer. The opportunity for students to learn how things work and test printed designs.Increased student engagement as they see their ideas brought to reality.3D printing is a great way to create quick, inexpensive, limited-run prototypes or one-of-a-kind objects and offers you and your students many tangible benefits, including: In addition to these resources, access to a 3D printer is certainly helpful, but not required. Fusion 360 is a more advanced professional tool, requires downloading, and is a great next step once you’ve mastered Tinkercad. Tinkercad is a very easy to learn, COPPA compliant, and a browser-based application - which makes it ideal for teaching students in K12. You can learn more about how educators and students can access Tinkercad and Fusion 360 for free here. The chart above will help you identify the necessary resources you will need. Most classes that incorporate 3D design will require a few basic materials.
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