Two things to learn from this video: 1) No matter how fascinating the subject, nearly all videos benefit from a voiceover narrative and an appropriate soundtrack, both lacking here. 2) Although the term “industrial design” did not emerge until the 20th century, the design and engineering skills to produce incredible objects that utilized the principles of applied science and engineering existed long before then. Centuries before CAD systems and 3-D modeling devices, Abraham Roentgen (1711-1793) and his son, David (1743-1807), made ingeniously engineered and mechanically complex cabinetry that incorporated drawers that opened automatically at the touch of a button, hidden compartments, and drop-down writing surfaces – all behind elegantly decorated panels. This walnut-veneered masterpiece was commissioned by King Frederick William II of Prussia in the late 18th century and is housed today in the Kunstgewerbe museum in Berlin.
The village of Catuera in Paraguay is literally built on a garbage dump that grows by more than 1,500 tons of solid waste each day. The people, including children, who live around this trash heap survive by sorting and recycling the garbage.
Several years ago, Favio Chavez, an ecological technician who worked at the landfill, befriended the poor scavenger families and became acutely aware that the children who worked on the trash pile yearned for something uplifting in their lives. He decided to share his love of playing music by teaching the children to play instruments. At first, Chavez used his own musical instruments to teach them, but so many children wanted to learn that he tried cobbling violins and cellos out of oil cans, jars, scrap wood, forks and other junk to give them something to play, After about four years of experimenting, Chavez and his team began discovering which materials created the best sound. The result is a youth orchestra, now 30 members strong, that produces the sweetest sounds from their recycled instruments. Recently their story has been turned into a documentary, directed by Graham Townsley. It’s an inspiration on many levels.
From the bestselling author Jonah Lehrer comes “Imagine: How Creativity Works” (Houghton Mifflin Harcourt). Lehrer explains that his latest book “is about our most important mental talent: the ability to imagine what has never existed. We take this talent for granted, but our lives are defined by it. There is the pop song on the radio and the gadget in your pocket, the art on the wall and the air conditioner in the window. There is the medicine in the bathroom and the chair you are sitting in…” He gives real world examples from Pixar and Second City to Bob Dylan and Yo-Yo Ma. He goes on to say that “creativity is not a gift possessed by a lucky few; it’s a variety of distinct thought processes that we can all learn to use more effectively.” Here he offers five tips from his book on how to increase your creative potential.
If this thermostat looks like something that Apple would have designed had it been interested in home heating, there’s a reason. Tony Fadell, who conceived of the iPod and then went on to work on the iPhone while at Apple (he left in 2008), came up with this household device through his own company, Nest Labs. The clean Apple aesthetic and intuitive ease-of-use are evident in the Nest Learning Thermostat. The temperature is displayed in bright, clear numerals, and the rim ring acts as the dial. The LCD-lit center turns red if you are raising the temperature and shows blue if you are lowering it. A green leaf appears under the number to indicate a setting for optimal energy savings. Not only that, the Nest programs itself, using software to analyze and track your usage patterns over time. Once it learns your preferences, it adjusts itself automatically, and even turns itself down to the “Away” mode, if it doesn’t sense any movement in the house. The Nest also comes with a mobile app that lets you change the temperature and schedule remotely by laptop, smartphone or pad.
Programmable thermostats, even ones that can be controlled remotely, are not new to the marketplace. What makes Nest exceptional is that it is designed for the user. You don’t have to squint to read the temperature gauge or gnash your teeth when trying to figure out the instructions to get it to do all the things that the ads promise it can do. It doesn’t try to impress consumers by displaying the complex engineering of the product. That’s more intimidating than impressive. What good design does best is create an interface with the user that makes the complex simple. Given the large number of consumers (including me) who don’t know how to program their existing thermostats, a device that is pleasing to view and as easy to use as an iPod is a welcome advance.