Tag: programming

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Kids/Babies Robots/Drones

Behind its cute smile, the Plobot teaches tykes to program

The idea of teaching young children about the nuances of programming logic is quickly becoming more commonly accepted. Doing so benefits all types of skills, from visualization to problem solving, and help children confront the challenges of a rapidly developing world.

The Plobot is another in a long line of completely physical programming toys created to help children explore the world of progamming world in a very tactile way. Created by NYU robotics professor Rudi Cossovich and ex-Google engineer Sean Purser-Haskell, does away with syntax and computer screens while still educating children about algorithms, loops, conditionals, and more. Command cards are core to the Plobot experience, with each representing a block of code. Kids can tap or swipe them on Plobot’s head to string them together and create a program the robot follows, with the play card serving as an execute function.

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Kids/Babies Maker/Development

The SBrick Plus hides STEM education inside toy bricks

As a child, there’s not much better than having a full set of Legos to go to town on. As adults, there isn’t much out there as fondly remembered as the classic building blocks. Now, with the explosion of IoT technology, the SBrick Plus take clicking together plastic bricks up a notch.

The sequel to the successfully funded SBrick back in 2014, the SBrick Plus is a Bluetooth-enabled brick placed into Lego models to control them remotely using a smart device like a phone, tablet, gamepad or PC. What’s more, the SBrick Plus uses sensors from the WeDo 1.0 family that can be programmed in several languages and track variables like tilt and proximity for fun uses in model planes, for example. What the SBrick really allows for are dynamic educational experiences in the home and in the classroom, something the team behind the product facilitates with a series of lessons designed to teach the fundamentals of programming and robotics.

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Kids/Babies Maker/Development Robots/Drones

Codeybot drives a programmable wedge right into your adoring heart

The past ten years or so have seen a huge push towards STEM subjects in the United States to shore up the youth for a future society dominated by computer programming and robotics. But no matter how important the programming skills are, children w care about the future implications of learning them unless it’s fun to learn first.

Enter the Codeybot, another crowdfunded little robot designed to engage children in the fundamentals of coding from the creators of the Makeblock. What’s immediately noticeable is how its LED panel and extremely appealing, wedge-shaped single-wheel design serve to grasp the usually fleeting attention spans of children. To maintain it, children program Codeybot with an iPad app using the mBlocky language. (Sorry Android users.)

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Maker/Development

Your kids will fill the brain of the creepy Ohbot2 robot head

Introducing young learners to concepts of coding and robotics are noble efforts, increasingly becoming more necessary as time passes with society’s growing dependency on technology.

Ohbot’s Ohbot2 is a robotic face with seven different servo motors that control parts such as its eyeballs and mouth. The creators envision its use a personable interface kids will instantly attach to and then program using Ohbot2’s simple, graphical programming interface. It may not be C+ or Python, but that’s not important: Ohbot2’s use in classrooms with young learners gives kids the fun, engaging opportunity to see how code affects real objects rather than regulating it to abstract environments.

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Maker/Development

Eedu educational kit lets you roll your own drone

The military, commercial, and extreme sport applications of drone technology have dominated news headlines and drone feature sets for the past few years. As such, this versatile technology’s reputation has been reduced to either a war machine or a camera with wings.

Skyworks Aerial Systems gives people a chance to explore all sorts of drone possibilities with its Eedu drone assembly kit. Contained inside the Eedu kit are all the tools and parts necessary to put it together, so new users can assemble and start programming quickly while more intrepid users can opt to install their own hardware. While the drone is compatible with a wide array of open source hardware, it isn’t necessary to use them. The company’s Intel Edison-powered LUCI drone controller has all the hardware and sensors to act as its brains and still be open to expansion for more varied use.

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Kids/Babies Maker/Development

Codie steers its way to teaching kids simple programming concepts

There are many apps and Web sites that help teach young minds how to program. In addition to being a worthwhile pursuit in and of itself, it helps students learn lessons in logic and problem-solving. However, in this era of connected devices, it’s helpful to see the ways in which coding can affect objects in the real world.

Codie is a small robotic set tank tread that has various sensors in it. Unlike many kits that combine development and robot-building, it is ready to go right out of the box. A companion app allows beginning programmers to implement very simple instructions and logic to control the bot via Bluetooth. Codie includes a microphone, proximity sensor, light sensor, ultrasound sensor, accelerometer and gyroscope. Not everything Codie does depends on its wheels. It can even be used as an alarm clock.

Codie includes a rechargeable lithium ion battery that allows it to run for about four hours of continuous play.. Codie’s use of Bluetooth and simple companion app are part of what set it apart from Romo, another crowdfunded kid-friendly programmable tread-based robot.

The makers of Codie compare it to Lego Mindstorms, a far more expensive and elaborate — albeit expandable — early robotics kit that is used in introductory robotics. Codie is certainly better geared toward younger kids and has a lower price. The Budapest-based team seels $70,000 by May 15;  Codie costs $169 and should be delivered by November.

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Games Maker/Development

Hackaball ball will get your kids off the couch and outside

Time and time again, traditional video games have gotten a bad rap as enablers of a sedentary lifestyle. These days, with both console and mobile games increasing in popularity, many kids are spending much less time outdoors, their eyes instead glued to a screen.

Hackaball wants to lend a helping hand in getting them moving again. At its core, Hackaball is a computer kids can throw around. Inside the product’s tough, transparent case sits a plethora of motion sensors, 9 LEDs, an accelerometer, and a gyroscope, all of which can be programmed by using the companion iPad app to create games. With it, kids are limited only by their imagination as they can think up of many new ways to play with Hackaball. Additionally, the product comes with unlockable features that become available the more it’s used.

All of this fun is ultimately educational, with the companion app serving as a light introduction to programming — which makes sense given that there’s mention of future Arduino support for Hackaball. Hackaball’s ultimate enemy just happens to be the demographic they’re targeting: children’s attention spans. The $69 product is estimated to be delivered in December 2015, provided a successfully funded $100,000 campaign goal by April 3.

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Maker/Development

RoboCORE cloud-powered device and development platform opens the door to innovative robotics

Robotics as a hobby is becoming increasingly popular due to the the availability of development platforms such as Arduino and Raspberry Pi. These platforms are inexpensive and extremely customizable, making them especially suited to tinkerers everywhere. Their biggest problems are their lack of power underneath the hood, along with the offline-only limits that stifle all sorts of possibilities.

The RoboCORE is a cloud-powered device and development platform that combines hardware and software into one, streamlining the process for creating all sorts of inventions. It isn’t dependent on any particular mechanics system, so it can paired with anything from Legos to custom metal constructions—the only limitation being the skill and imagination of the person working with it. The RoboCORE’s Intel Edison CPU facilitates the control of both autonomous and remotely-controlled constructions, along with the attached modules, motors, sensors, Bluetooth, and Wi-Fi within them. In the right hands, powerful robots can be created, running the gamut from telepresence to connected lawnmowers.

The beauty of the platform is its wireless capability, allowing users to program and control their creations from anywhere using web, Android, or iOS apps that take advantage of Web IDE. The company’s C/C++ proprietary robotics framework, titled hFramework, does the heavy lifting—although users can opt to code in Python as well. None of the advanced knowledge is needed for basic creations, though, as programming templates are available to get those interested started right way.

RoboCORE is another product aiming to streamline the necessities that a maker demands, but that is something a product like Mono does as well. As engaging and helpful as the RoboCORE can be, it will have a tough time garnering attention among a sea of other, more established development platforms.

A RoboCORE with an Intel Edison is awarded for $159, but early birds can grab one for less. The $50,000 campaign is looking to raise the funding by March 13, and expects to get the product out in the summer of this year.