Considered the first airplane, the Wright Flyer III—built by Orville and Wilbur Wright—was a huge step towards modern flight. Of course, the Wright brothers were not the only ones to tackle early aeronautics, but their innovative techniques in engineering—including the Flyer III and first wind tunnel—came from their hands-on experience in repair. Check out the story on iFixit.org.
We’ve all seen Rosie the Riveter: blue coveralls, red polka-dotted bandanna, biceps blazing. Rosie is a cultural icon, used to mobilize women into manufacturing during World War II. But sixty years after Rosie helped recruit 3 million women into war plants across the US, many women still seem reluctant to pick up the riveter.
Women make up over half of the population. So, why aren’t there more women repairing?
Last week, amidst the sweeping political mandates of the Presidential debates, education Secretary Arne Duncan made a mandate of his own, calling for the nation to ditch printed textbooks in favor of digital ones. “Over the next few years, textbooks should be obsolete,” he declared.
Often, too little thought goes into the real world implications of what politicians say. This statement, however, left us scratching our collective heads a bit. Just how feasible is Duncan’s plan? As we’ve pointed out before, in the hands of children, Kindles have a tendency to break and iPads to shatter. What happens then?
Classrooms need technology—that we acknowledge. In fact, a big part of our mission is teaching through technology. If we want 21st-century problem solvers, we need to train them on 21st-century technology.
Durable technology can be manufactured, but over 80 million students are currently enrolled in U.S. schools and colleges—that’s far more than the 47.5 million tablets that Forbes estimates are currently in use nationwide. Are we entering the age of “one tablet per child”? If so, is there a plan for sustainable manufacturing of these devices? And what is the government’s plan for e-waste, and the inevitable end-of-life for all these e-textbooks?
Sometimes, repairing electronics is hard—especially if this is your first time at the rodeo. Don’t worry. We got you covered. Here are five more tips for electronics repair that we think everyone should know: this week, we weigh in on adhesives, using the force, and screws.
The insides of gadgets are complicated, as you know if you’ve ever seen one of our teardowns. But don’t let that complexity intimidate you. A little reading goes a long way—even people who have a lifetime of experience with circuitry need to brush up every now and then. Here are some tips to help prevent damage to you and your device, so your repair comes off without a hitch.