The Little Swarmbuddies That Could: Robotics Course Emphasizes Creativity in Engineering

Nancy Ouyang
July 22, 2014

(Photo) A photo of three small, glowing objects in a dark environment.  They appear to be small lights or LEDs, each emitting a different color. object | indoor | glowing objects, multiple lights | close-up Note: This is a photograph capturing a real-world scene of illuminated objects.  It's not a logo, illustration, or any other listed type.

Last year we covered a drawing robot arm by NarwhalEdu, and they’re back with a new robot that dances to music.

Today, NarwhalEdu is launching a second class that uses a Khan-Academy-meets-robots approach to teaching engineering at the high school level and up, with some programming experience required. The robots this time are called Swarmbuddies and fit in the palm of your hand. They are controlled wirelessly over bluetooth low energy and an Android and iPhone application is provided so that out of the box they can blink and move along to music or more directly with a graphical interface.

(Photo) A finger interacts with a color spectrum on a smartphone screen, seemingly controlling the color of a nearby illuminated object. Text: Smartphone Control Demo objects | indoor | smartphone, illuminated object, hand interaction | demonstration Note: The image is a real-world photograph capturing a demonstration of smartphone-controlled lighting.

The team of two MIT graduates came up with this latest idea while watching Kmel robotics‘ quadcopter formations. The wanted to make a lower-cost ground-based robot that could do similar things — create cool formations when you have more than one of them. To create the formations, they use the open-source Swistrack software and an inexpensive generic external USB webcam. They hope that creative and exciting engineering projects will encourage diverse students to pursue an interest in STEM (science, technology, and engineering) fields.

They released their last design files as open source on github and say they will do so this time as well when they ship.

(Photo) Several small, white, decorated robot-like figures sit in an egg carton. Some are plain white, while others have black and white designs, including a tree branch and leaves. objects | indoor | multiple small figures, egg carton | close-up Note: This image is a real-world photograph of physical objects. It captures a scene of small figures arranged in an egg carton.

“The course has less mechanical tearing apart this time, the programming approach allow for cool results quite fast. You send it rgb and servo values and the processing is all on the computer side, so it can be programmed to work with almost anything (Scratch? Logo? all possible!).”

Their last course reached nearly 100 students, the results of which can be seen in this public kickstarter update, and they are excited to work with even more students this time around.

Check out the cool gif demos at The Little Swarmbuddies that Could by NarwhalEdu on Kickstarter, or, for more on their project, see NarwhalEdu.com, their website.

(Photo) A small, white, narwhal-shaped robot sits on a brick surface next to a vibrant blue hydrangea. object | outdoor | robot, flower | #FFFFFF | #2828FF | #006400 | close-up | Colors: #FFFFFF, #2828FF, #006400 Note: The image is a real-world photograph capturing a crafted object and a flower in a natural setting.

(Photo) A screenshot of a video showing small robots forming a triangle on a wooden floor. Text: Shape Formation (Triangle) Demo robots | indoor | robots forming a triangle | demonstration Note: The image is a photograph of a real-world scene captured from a screen displaying a video.

(Photo) A photo of a guinea pig looking at a small, white, whale-shaped robot toy on a patterned blanket. animal, toy | indoor | guinea pig, robot toy | #ffffff | #a0a0a0 | #008080 | candid | Colors: #ffffff, #a0a0a0, #008080 Note: The image is a real-life captured image of a guinea pig and a toy, making it a photograph.

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