Showing posts with label Geometry Robots. Show all posts

Handouts for Robot Lesson

When I teach the 3D Printing robots lesson to elementary age students, I start with a discussion about geometric shapes and provide them with a booklet that guides them through the unit.  The start by identifying common shapes and we talk about the difference between 2D and 3D.  They then begin to envision how they would construct their robot using geometric shapes.  We spend a lot of time looking at related works of art and talking about creative ways to use the shapes.  We also look at some animation for ideas and inspiration.



Finally, when students have finished designing their robots, they are invited to write an imaginative story about their robot creation.


If you are interested in doing a similar project with your students, I am sharing my file for the booklet:  click here to download.

Inspiration for Building Creative Robots

When I present the Geometry Robots lesson to my students, I start off by encouraging them to think creatively about the type of robot they want to create.  What will its character be like?  What is its personality?  And, most importantly, how will you convey that personality?  On that thread, we take some time to look at expressions in works of art and animation, including, but not limited to robots.  Here are just a few of the images I share with my students as I ask them to think about how they will use shapes to create facial expressions and personality in their projects.




3D Modeling with 5th Graders: Geometry Robots


I worked with teachers at a local elementary school to help implement 3D printing into their Art curriculum.  We worked with four 5th grade classes on this "Geometry Robots" project.  The Art teacher introduced the project in Art class and students sketched plans for constructing a robot out of geometric shapes.  Students were tasked to think about the logistics of construction in 3D.

I then visited the students in their Technology class and taught them how to use the program TinkerCad.  Using their sketches as a guide, they build their robots from geometric shapes and other components.  Students learned how to move, rotate, resize, and combine their shapes.  They were encouraged to use the shapes creatively in their designs.  Students worked on these projects over two class periods in the computer lab.

Once student projects were complete, I worked with the teachers to show them how to print the files on their 3D printer.  However, this project could easily be implement in a school that does not have a 3D printer by simply skipping this step. The teacher can even take screen shots of all the students designs and print them as photos for display in the school.

For the culmination of this project, the Art teacher worked with the students to construct recycled material sculptures based on their robots.  Students can compare and contrast the initial sketch, 3D print, and sculpture.


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