The Play-i Robots Aims To Teach Children How To Program

The Play i Robots Aims To Teach Children How To ProgramWhile software development has been around for a while now, it usually felt like a pretty specialized field as opposed to a topic that educational institutions felt should be taught to everyone. However times have changed and with technology becoming more integrated in our lives these days, perhaps teaching children programming as a skillset that can be used to earn money in the future does make sense. In fact we’ve seen several initiatives that aim to teach children how to program, and Play-i, a startup between former Google and Apple employees, is another educational tool that can be added to that ever-growing list.

Play-i is essentially a robot that will teach children how to program, and interestingly enough unlike some toys where children will eventually outgrow, the robot will scale its difficulty as the child gets older, or as they complete the different levels, so to speak. According to the company’s founder and CEO, Vikas Gupta, “The focus is on getting very young children to learn programming, and do it in a way that’s a lot of fun, and doesn’t feel challenging or intimidating to the point where they don’t meet their goals.” As to why they chose to use robots instead of an app or some other method, Gupta said, “All the research we’ve read shows that tangible products make those concepts of programming accessible to children in a very concrete way.”

It sounds like a great idea and Play-i has currently exceeded its funding goals by over 70%, so for more information on the device, hit up its website for the details. Play-i is expected to begin shipping in the summer of 2014.

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  • The Play-i Robots Aims To Teach Children How To Program original content from Ubergizmo.

        



    Trainable Robotic Arm Comprises Of 3D Printed Parts

    Do you remember the robotic arm that Tony Stark has in the Iron Man movies? Sure, it is unable to talk back, but in its silent movement, it was still capable of conveying a certain sense of “emotion”, so to speak. Don’t you wish that you too, had some sort of robotic arm at your disposal to be able to help you out in some household chores? What you see above would be a video of such an arm, where it remains in the prototype stage while being made out from 3D printed parts, with the help of an Arduino chipset as well as Adafruit analog feedback servos.

    This prototype trainable robotic arm gained its inspiration from the Baxter robot, where it can be specially trained to move with your own hands. The moment the train button is pressed, you will be able to move the arm and gripper as required, while the Arduino will store the positions in the EEPROM. Once that is done, the arm will replay the motion as required. Not exactly the kind of self-aware robotic arm that we would have liked to own, but at least it is a start in the right direction for the average home user, no?

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  • Trainable Robotic Arm Comprises Of 3D Printed Parts original content from Ubergizmo.

        



    iRobot Roomba 800 Series vacuum introduced with AeroForce

    iRobot has introduced its latest Roomba vacuum, the Roomba 800 Series. With this latest iteration of the cordless, self-operating vacuum, the company has elected to get rid of bristles in favor of AeroForce technology, which is said to pick up 50-percent more dirt and other trappings than previous Roomba models. There are two rotors in […]

    Play-i robots teach kids to code, available summer 2014

    The Google-backed venture Play-i will start shipping robots to future programming geniuses in the summer of 2014, the company has announced. The colorful, round little robots–dubbed Bo and Yana–receive commands from a smartphone or tablet through a programming interface app designed for children ages 5 and up. The capabilities of Bo and Yana are pretty […]

    Bero Bluetooth Controlled Robot Now Available

    Back in August of 2012, we talked about a cool little Bluetooth controlled robot known as Bero. Bero stands for Be The Robot and the little guy is pretty cool. The robot is open source and is designed to be controlled using a Bluetooth device such as the iPhone or Android smartphones. Bero originally turned up on Kickstarter where early backers could get a basic Bluetooth controlled ‘bot for as little as $79.

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    ThinkGeek is now offering the robot, though its price has gone up significantly since the Kickstarter campaign. The Bluetooth robot will cost you $149.99(USD). You don’t get to choose the color, ThinkGeek will either send you a black version or white version depending on what the monkeys grab off the shelf.

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    The robot is four inches-tall and has micro gear boxes allowing its tank tread tracks to move independently, its head to turn, and its arms to move. It’s also got a built-in speaker and LED eyes and light up headphones.  Bero also has an integrated infrared optical system for autonomous navigation with a pair of IR transmitters and a single IR receiver. It has a detection range of three to five inches. Power comes from a small lithium polymer rechargeable battery good for three to five hours of use.

    The ‘bot can be controlled by any Bluetooth 2.0 device, but applications for programming already exist for Android and iOS devices. It’s also pre-programmed to dance and move around if you’re too lazy to program it yourself.

    Robonaut To Get New Legs Early Next Year

    Robonaut To Get New Legs Early Next YearRobots certainly come in handy when it comes to helping us humans out in difficult situations, such as doing repetitive work without getting tired at all, ferrying heavy items from one point to another without breaking a sweat, and best of all, not complaining about long working hours as well as organizing a strike as a union. They are good workers, and it remains to be seen whether an apocalyptic vision will pan out when robots become self-aware and want to eliminate humans. NASA’s Robonaut assistant is touted to be on the receiving end of its most major upgrade to date, which would be a new pair of legs.

    The long of it all is this (pun intended), the Robonaut would end up at a massive 8 feet in height, tipping the scales at 500 pounds. This mobilized machine will definitely be a whole lot larger compared to the rest of its human teammates, and there is a very good reason for its extra large set of limbs. According to astronaut Cady Coleman, the new pair of legs will enable the Robonaut to be able to climb swiftly through hatches on the International Space Station, where it would gain the stride of an “antelope” instead of taking smaller steps. First things first though, the improved automaton will need to know how to move before it’s ready so that it can help out us humans.

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  • Robonaut To Get New Legs Early Next Year original content from Ubergizmo.

        



    Indego Exoskeleton Helps Paralyzed Man Walk Again

    Indego Exoskeleton Helps Paralyzed Man Walk AgainI still remember how Professor X had the help of Shi’ar technology to allow him to walk when he brought his X-Men to confront Magneto, but it did take plenty of effort from him to use his vast mental powers to run the thing. Such a fictional setting has become reality this time around, thanks to the introduction of the Indego exoskeleton. The person wearing it as you can see above to walk around happens to be Michael Gore, who fell 12 feet to the ground at his work site near Atlanta, breaking his back in the process. Gore himself was consigned to remain in a wheelchair for the rest of his life, or at least he was informed as such. Gore, however, has had a reversal in fortune not through a miraculous healing, but because of the powered Indego exoskeleton, allowing him to stand up, walk, turn corners, and even climb a few sets of stairs.

    The Indego exoskeleton was built by researchers at Vanderbilt University, alongside engineers at automation giant Parker Hannifin. This is a portable system that can be snapped apart for easy portability, and it tips the scales at a mere 27 pounds, now how about that? Once taken apart, you can always place it in a tiny bag, or on the back of a wheelchair. There is currently a thinner and lighter version that is about to go through the rigors of FDA testing, where it is tipped to hit the market sometime in the middle of 2014. Should the Indego exoskeleton catch on, it will definitely bring a smile to the faces of the disabled, although we do hope that it will be priced at an affordable manner for the masses to be able to give it a go.

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  • Indego Exoskeleton Helps Paralyzed Man Walk Again original content from Ubergizmo.

        



    Titan Arm Assistive Exoskeleton Wins James Dyson Award

    Exoskeletons are definitely the way to go to boost and assist people’s natural strength. There have been numerous exoskeleton prototypes created, but most of them cost an arm and a leg to make. That’s not the case of the Titan Arm, winner of the 2013 James Dyson Award.

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    The Titan Arm was designed by four mechanical engineering students at the University of Pennsylvania, and it’s a low-cost upper body exoskeleton that was developed for use to lift heavy objects and health care. The exoskeleton increases the user’s arm strength by up to 40 pounds to reduce fatigue, and braces the back.

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    Those with injuries can also use the exoskeleton to help rebuild muscles and relearn fine motor control. The working prototype was created for less than $2,000(USD), using 3D printing and CNC machining technologies.

    [via designboom]

    The 1930s Mechanical Man Who Tried To Start A Robot Uprising

    The 1930s Mechanical Man Who Tried To Start A Robot Uprising

    Back in 1932, the world was awash in newspaper stories about a robot that had done the unthinkable: a mechanical man had shot its inventor.

    Read more…


        

    Urine-Powered Robot May Become A Reality In The Future

    Urine Powered Robot May Become A Reality In The Future

    Urine is something we think we can all agree should be considered nothing more than waste material, that is, unless you’re Bear Grylls. If you’re not Bear Grylls, then flushing urine down your toilet is probably the most anyone should interact with it. But if you own a robot in the future, you might want to hold onto your urine as some of them may be powered by it. (more…)

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  • Urine-Powered Robot May Become A Reality In The Future original content from Ubergizmo.