Home > Play > 2013 > 5 > 22
Parenting Education Special Needs Video   Online Games Way More Than A Box Activities

How $10 Robots Will Change Robotics Education

TOPICS | Education Posted Wednesday, May 22, 2013 (506 views)

The future of robotics in terms of technology is already here. With open source systems in place with technology like Anduino, the next phase is  putting these opportunities intro children's hands.   In this article from Wired, experts in robotics from around the world were given the task of creating a $10 robot.  From the results, you will see that all this is possible. Most of the submissions were repurposed from old or discarded technologies. This logical step in the development in the  mindset that every child can create robots is just the beginning of the robotics revolution. We can take old discarded technology and with some simple additions and some small reprogramming we can create functional robotics. Now is the time to teach this generation about the skills and creativity available through programming and robotics. 


And the future of robotics education in Africa is ... Chupa Chups?
When the African Robotics Network announced their $10 robot design challenge this summer, co-founder Ken Goldberg was careful not to share too many expectations, lest he influence contestants' designs. But he never imagined one of the winning entries would prominently feature a pair of Spanish lollipops.

The challenge, hosted by AFRON co-founders Goldberg and Ayorkor Korsah, emphasized inexpensive designs to help bring robotics education to African classrooms. Goldberg announced AFRON's 10 winners in three categories today at Maker Faire, including the lollipop-laden Suckerbot and traditional (roaming) category first prize winner Kilobot, a Harvard-spawned three-legged, vibrating, swarming robot.

"The ingenuity that has come from all over the world to address this problem is just astounding," Goldberg said in an interview with Wired Design. "And we're very excited about the next step, which is that once they're awarded, some of them will become available products."

The contest had a few simple restrictions, including the loose $10 target; entrants from around the world had to build a prototype, offer instructions on a website, and make the whole plan open-source, software included. The winners were little, an inch or two in size and up, never more than a foot long. They were sourced from cardboard, old cell phones, and circuit boards. They performed simple tasks: navigating, following lines, even communicating with each other.

"It's a mix of people who really ... want to make this happen," said Goldberg. "No one here did this just to say 'here's something, a thought experiment'."

Designs were judged by a 6-member jury of robotics industry professionals, and compiled by Goldberg and Korsah, who are professors at the University of California in Berkeley and Ashesi University College in Ghana, respectively.

Suckerbot, designed by Thomas Tilley, a computer scientist living in Thailand, started with a hacked PlayStation controller, and wound up winning first prize in the tethered robot category. In this case, the tether is the controller's USB cable, and Tilley attached the rumble motors to a pair of wheels. Suckerbot's list of parts comes to $8.96, but the real genius is the Chupa Chups. Tilley needed a way for the robot to sense if it ran into something, so he stuck a lollipop in each joystick. Whenever the Suckerbot bumps something, the weight of the sucker tips the joystick forward, and a signal is sent to the processor.

Many of the robots were created specifically for the challenge. Kilobot, however, was years in the making. Created by a Harvard robotics team, including Michael Rubenstein, Radhika Nagpal, and Christian Ahler, it was meant to be a multi-unit swarming robot. Having to build 1024 pieces made the project well suited for the event.

"If you're going to build a lot of robots, you need to have them be cheap and easy to make and easy to use," said Rubenstein. "So all of those things also aided in the AFRON challenge."

"I think there is a great need for — not only in Africa, but even in the U.S. — low-cost robots that you could use for education," Rubenstein went on. "There are people who try to make that now, but they're only in the hundreds of dollars for an educational robot."

Contributed by
Fat Brain Toys

Fat Brain Toys is a leading retailer and developer of specialty toys & games.


Visit Fat Brain Toys On...

Content courtesy of Nathan Hurst

The PLAY blog is a platform dedicated to honest, engaged, informed, intelligent and open conversation about parenting. However, the opinions expressed on this site are those of individual parents/writers and do not necessarily reflect the views of Fat Brain Toys. In addition, content provided on this site is for entertainment or informational purposes only and should not be construed as medical advice, diagnosis, treatment, or safety advice.

McAfee SECURE sites help keep you safe from identity theft, credit card fraud, spyware, spam, viruses and online scams
Home | Shopping Cart | Help | Privacy Policy | Return Authorizations | Toy Blog | Coming Soon | Christmas Toys
Best Toys by Age | Birthday Gifts | Top Kids Toys | Toys on Sale | New Toys | Popular Toy Searches

Copyright © 2003-2014 Fat Brain Toys LLC. All rights reserved. Fat Brain Toys® is a registered service mark of Fat Brain Toys, LLC
Fat Brain Toys Offices
1405 N 205th Street, Suite 120
Elkhorn, Nebraska 68022
Phone 1-800-590-5987
Omaha Toy Store
16909 Burke Street, Suite 131
Omaha, Nebraska 68118
Phone 402-504-6218
Overland Park/Kansas City Toy Store
5601 West 135th Street, Suite 2230
Overland Park, Kansas 66223
Phone 913-305-4894