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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.

Categories
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 Technology

Pi Top is a chunky open source laptop to teach you about coding

The increasing proliferation of technology in every part of our lives has led to a similar increase in demand for those who understand it all. With hardware, electronics, and code all at the heart of today’s most used technology, it’s an incredible challenge for those interested to even start. Outside of teaching yourself or attending costly college-level courses, there aren’t too many resources for those starting from scratch.

The mission behind Pi-Top is simple: focus on teaching people how to create and code great hardware. Initially, the open source laptop is shipped in pieces: a 13.3″ HD LCD monitor, various PCBs, keyboard, trackpad, Wi-Fi adapter, wiring, battery, and a Raspberry Pi to control it all. Instructions are included to lead users in the Pi-Top’s construction, and serve as an introductory lesson to everything the Pi-Top does. Afterwards, it functions as a laptop dedicated to teaching the skills necessary to transform a pure novice into someone who can design printed circuit boards, 3D print, and code anything they’d want using free online lessons direct from the company. In addition, the Raspberry Pi’s HAT specification allows small add-on boards to add functionality, a consideration Pi-Top was built with. This allows users to program robots or have access to a variety of sensors for home automation, and with more HATs being released, there are a wealth of options for the curious tinkerer. All in all, the Pi-Top is truly an accessible product priced at $285 and many agree: the company’s $80,000 has been funded.

The Pi-Top does a great job in streamlining the process of learning a topic that has incredible depth. The free online courses demonstrate immediate, physical results and will be great at drawing users in and keeping them there, a leg up on what the Novena does. Even if it may contain beefier internals (and a similarly beefy price), the makers behind the Novena do nothing to at least expand your knowledge. The Pi-Top is very user friendly, and will prove to be a hit with those who take the plunge.