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While L. Young has four albums out and a host of TV music credits, the Kentucky-based R&B singer has been toiling in relative obscurity for years. But 10 months ago he began playing around with an iPhone app (we've not been able to find out which) that records multiple takes of him singing different parts of the same song, then strings them all together into a single split-screen video for upload to social media. Though he's the only member of this "band," he attributed the subsequent videos—primarily covers of R&B classics—to "L. Young & Da Youngstaz" in a nod to his on-screen clones.

The videos were modest hits, with the least-viewed barely cracking 15,000 views and one just squeaking past 100,000. But last week he quietly posted this one, covering "Uptown Funk," Mark Ronson's collaboration with Bruno Mars:

At press time the YouTube version only had 166,000 hits. But uploading the same video to his Facebook account racked up 1.8 million in less than a week.

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A 3D printed umbilical cord clamp, co-created with medical workers in Haiti

By Danielle Perretty

Haiti is both a land of beauty and a land of suffering. Among the awe-inspiring mountain views and coastal areas, eroded lands and deforestation are abundant. Five years after the devastating earthquake, a slow reconstruction continues. The capital, Port-au-Prince, is a city pulsing with a lively energy but the citizens there also face difficult barriers for improvement. The World Bank estimates that 59% live under the national poverty line of just $2.44 per day and 24% under $1.24 dollar per day. The majority of people lack adequate shelter, clean water and access to health care.

Recently, I witnessed some of these contrasts while collaborating with the nonprofit, Field Ready. They provide humanitarian aid by using technology and education as a vehicle to transform logistical supply chains. The team of aid workers, designers and technologists are bringing 3D printing to the healthcare space for developing countries. Eric James, a co-founder of Field Ready, explains "3D printing offers a lot of flexibility and this will only improve in the future. And the future is what we're working on now."

As the cost of 3D printing continues to go down and usage goes up, collaborative design initiatives are empowering people to overcome low socio-economic environments and also enabling new ways to provide humanitarian aid. The growth in 3D printing has also encouraged an exploration of new materials and applications. This inspired Field Ready to begin recycling ABS and to investigate how to recycle other polymers with the goal of turning plastic waste into filament.

Mark Mellors shows a UPMini Printer to Johnson and Willio of iLab Haiti in Port-Au-Prince

By co-creating with medical workers in Haiti, Field Ready identified medical tools and parts that could be 3D printed to meet localized demand. One example is the umbilical cord clamp. Many traditional birthing attendants are women living in villages without easy access to healthcare and medical supplies. Given the lack of sterile tools and training, newborns may suffer from a high rate of infections or postnatal umbilical sepsis. Typically, birthing attendants will use what is available to them—ranging from shoelaces to the improper use of a sterile string. Even when using a hygienic cord, the risks are high from improper use—either tying too tight and severing the cord, or tying too loose and causing hemorrhaging. Clamps, on the other hand, have a precision grip and clamp, leaving no guesswork for birthing attendants.

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OXO was founded in 1990 with the introduction of 15 OXO Good Grips kitchen tools. It has since grown to over 850 products, including cooking, storage, cleaning, office and organization tools. A philosophy of making products that are usable by as many people as possible is what drives OXO, and they're seeking the same passion in their next Product Engineer.

As a Product Engineer, it is your job to be the owner of all technical aspects of a project from conception through mass production. This means you will perform a variety of tasks that are necessary to bring an idea that starts as a sketch to life, so every day is different. You will have the opportunity to work with several top industrial designers as well as cutting edge manufacturing partners in Asia. Don't let this opportunity pass you by - Apply Now.

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Our entries on the types of wood used for boardwalks might have you wondering: What types of wood are more durable than others?

You may recall that in our wood series, we went over the Janka hardness ratings of wood. But when it comes to durability, Janka numbers only tell part of the tale; the hardness rating of a wood has to do with its ability to resist nicks and scratches, and gives you a heads-up on what types of blades you'll need to machine it.

Outdoor durability, on the other hand, has a slightly different scope. Even though wood used in building boardwalks or houses is almost always elevated off of wet soil on concrete pilings, there are other environmental factors the material has to deal with. For one thing, moisture—whether from rain or in the case of boardwalks, sea spray—and the fungi this can bring. On top of that you've got UV rays, temperature changes and pesky insects. Working in concert, this group of difficulties can impact how long a piece of wood can last and continue to serve its function.

While you can find tons of Janka breakdowns online, we couldn't find many charts that specifically linked wood types with durability. So here's one from Woodworkers UK, a Welsh outfit that makes wooden gates and garage doors—items that are meant to withstand the elements for as long as possible. (Graphically speaking, the layout of the chart is a bit confusing, particularly since we had to edit the image to fit our format, but at least all of the info's there.)

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When Microsoft approached Azusa Murakami and Alexander Groves last November, offering to partner with them to realize a project of their dreams, it probably goes without saying that the duo jumped at the opportunity. Murakami, an architect, and Groves, an artist, make up the London-based studio SWINE (short for Super Wide Interdisciplinary New Explorers), and they were given only one requirement by Microsoft: to use its Surface Pro 3, a 12-inch, all-in-one tablet meant to compete with laptops currently on the market.

SWINE typically focuses on what Murakami and Groves describe as "luxury artisanship," with projects that are often handcrafted using a range of production techniques and innovative material applications. (You may have seen SWINE's Hair Highway, which uses hair to create a series of vessels, when it made the rounds of the design blogs a few months back.) With the Microsoft-sponsored project, the duo wanted to push things in a new direction. "We aren't a very tech studio," Groves says. "So we embraced the opportunity to do a lot of tech things, such as 3D scanning, modeling and CNC milling."

Murakami and Groves had been closely following the recent NASA mission to place the Philae lander on comet 67P. "It was such a plucky and inspiring mission," Grove says. "We really wanted to celebrate that incredible feat in some way." In addition, he notes, the studio had "always wanted to make heels." Those two desires came together with the Meteorite Shoes, a pair of high heels that, as Groves describes them, "capture the look and sensation of large rocks suspended in zero gravity."

Top and above photos by Petr Krejci

Groves first called up a geologist he knew at London's Natural History Museum, pumping him for everything he knew about meteorites. The designer then made a trip to the vaults deep beneath the museum to see what is widely considered the best meteorite collection in the world. "We put together a proposal and had just three weeks to do the research, design, find the fabricators and make the project," Groves says. "It was like D-Day. There was no time for a prototype." For the material, they settled on aluminum foam, typically reserved for industrial processes such as energy absorption and compression beams in luxury cars—but perfect for its ability, Groves says, to form "bulky, rock-like irregular forms and be incredibly light and strong."

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You've seen John Edmark's trippy Fibonacci Zoetrope Sculptures, which bring animation to 3D-printed pieces via a turntable. For those of you who've read up on multicreative, multi-hyphenate Edmark's background, it'll come as no surprise that he's got more tricks up his sleeve than those. Check out other examples of his "playable art," this time made with a laser cutter:

That's the Helicone, which is now carried by the MoMA Store and the Guggenheim.

Maybe one day, someone will make a spiral staircase that unfurls on-site like Edmark's Nautilus Column:

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We all know that your average, workaday industrial designer's work often goes unsung. The same could be said of the guys who design UI for videogames. And when those games are designed with an efficient UI, literally millions of players work through those games in smooth immersion, never considering the pains a designer took to make it so.

Dino Ignacio is one such designer. He's the lead for UI Design over at Visceral Games, and a Kill Screen article called "How Dead Space 3 Pulled from Dieter Rams and Instagram" highlights what Ignacio does, like ensuring that game interfaces are designed properly for the hardware they're running on:

"The problem is that most games design thinking they'll have dropdown menus," he says. It reflects a fundamental disconnect between what game designers want and what the players need. Designers suddenly realize the freedom of motion on the PC isn't available on game consoles. "A lot of UI is designed with the mouse in mind. It never translates."

These types of decisions unwittingly doom many games before they've even started. It's Ignacio's job to make sure that doesn't happen. As the user interface design lead for the survival horror game Dead Space 3, he's tasked with designing all the elements that a player might need to navigate and manipulate this virtual world. His fingerprints are all over what you see on screen. To be more specific, it's what you don't see.

In the video below, Ignacio walks you through the weapons crafting interface he designed for the Dead Space series, and shows you how it evolved through the games. (Warning: Potentially NSFW, contains gory action footage.)

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New American-made Hand-Eye Brand aprons are here! We've been using and curating work aprons long enough to know what really works (and what really looks great), and this new mini collection features our favorite designs and fabrics.

Whether you're in the workshop all day or just lucky Saturdays, and whether your messes are made of paint, metal, ink or flour, these do their job so you can focus on yours. Our thicker fabric keeps you better protected, and the cut comfortably fits a wide range of sizes and uses. They're double stitched for durability, reinforced at all stress points, and ethically produced in small batches in Los Angeles.

To test them out we visited the coffee techs at Portland's Barista cafe. While the guys went through the meticulous rigors of a cupping, we got to watch our new favorite aprons in action. Check out the photo essay and the fly new American-Made Hand-Eye Aprons!

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If you haven't seen it already, BeMyEyes is a wonderfully promising and impeccably presented app allowing fully sighted individuals to 'lend their eyes' to someone with a visual impairment to help them through their day. As the slick promo video above introduces beautifully, the app connects those in need of some eyes (a blind person needing to read a sign or label for example) with a community of people willing to help—who can use the blind person's smartphone camera to help with the needed task. I can hear the 'CEO's pitch already—'Like Uber for eyes!'.

As if that wasn't enough triumph for the overcoming of sensory impairment, researchers at Colorado State University have been in the headlines this week with news of a new device that could help the auditory impaired by allowing them to listen with their tongues—thus avoiding expensive and invasive cochlear implants.

To be clear, the device won't magically transform the tongue into a hearing organ, instead it transforms sounds waves into electrical stimulation applied to the tongue (apparently with a sensation similar to sampling sparkling wine). In time, the sensation can be interpreted by the brain—a bit like braille in your mouth.

These developments are of course very exciting (we're wondering what implications these ideas could have for the impaired and unimpaired alike) but if you've been listening to This American Life's podcast recently you might already be questioning if these developments are as beneficial as they seem.

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Winter Walking is North America's leading manufacturer of industrial ice cleats and winter traction gear. They've been helping the world's largest organizations to reduce their employee slips and falls for over 40 years. These cleats are built to be industrial strength because they are used in industrial settings. How would you like to make walking on icy surfaces much safer through your designs?

With your 5-7 years of Footwear Design experience (with an emphasis on industrial footwear and work boots) you'll be a great fit for this role. You will be responsible for helping Winter Walking perpetually improve and evolve their line with a constant eye on the market demands, so knowledge and experience with industrial footwear is key. Don't let this opportunity slip by. Apply Now.

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