Posted by : Unknown Tuesday 3 December 2013



In building drones that kill people, the US has a couple-decade head start on China. But when it comes to domestic uses, US businesses are hamstrung because the Federal Aviation Administration (FAA) isn’t required to issue commercial drone rules until 2015. In the meantime, one of China’s biggest delivery companies is tinkering with using drones—with Chinese government permission.
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SF Express is testing a drone it has built for delivering packages to remote areas, according to Chinese media reports. The drone can hit an maximum altitude of 100 meters (328 feet) and deliver parcels within two meters of its target. It’s not clear what sort of weight these puppies can handle, but Beijing journalists calculated that it probably can’t carry more than 3 kilograms (6.6 pounds).
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The news broke yesterday morning, after a Sina Weibo user noticed what looked like a UFO hovering above a street in Dongguang, in southern China, and after noticing a SF Express logo, posted images online.
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In July, a Shanghai bakery launched aerial cake delivery—or “pie in the sky,” as the Telegraph put it (video below). However, as an anonymous government official told the Shanghai Daily at the time, businesses that want to use drones must be granted approval from the local civil aviation authorities first. The bakers forgot to do that, apparently.
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However, the Dongguan police said that, except during certain sensitive times, commercial operators who receive permission from the civil aviation regulator and air traffic control are allowed to fly drones (links in Chinese). SF Express says it’sstrictly complying with the policies.
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Drone delivery undoubtedly has a certain appeal to the Chinese authorities, who are increasingly struggling to control both traffic and pollution in China’s major cities. On top of that, e-commerce is growing much faster than delivery infrastructure in rural and mountainous parts of China, such that logistics systems are emerging as abig area of investment (paywall). In fact, a consortium including CITIC Capital took a 25% stake in SF Express in late August.
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In the US, meanwhile, the jury on commercial drones is still out (even as the postal service sometimes reaches remote areas of the US via mules and sled dogs). The FAA estimates that there will be 30,000 drones in US airspace by 2020. But the prospects will be unclear until it issues its new rules in 2015. And while it okayed two drones for commercial use in early August, both were costly, state-of-the-artdrones owned by prominent companies—Boeing and AeroVironment Inc—making it hard to guess the FAA’s views on cheaper drones. In the meantime, a slew of US state laws designed to protect citizens from surveillance by law-enforcement drones threaten to limit the use of commercial drones too, at least the FAA rules come out.

-Source : qz.com

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While the nounrobotics is commonplace today, it wasn't back in the 1941 when sci-fi writer Isaac Asimov coined the term in a short story published inAstounding Science Fiction. It took another 20 years before the term really took off, and by the 1980s, robotics had firmly planted itself in the English language. The term robot entered English in 1923 from a translation of Karel Capek's 1920 play calledRossum's Universal Robots. It came to English from Czech term robotnik meaning "slave."
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Mechatronics engineering combines mechanical engineering, computing and electronics to create functional, smart products.

Every day you come into contact with products of mechatronics engineering. They include cars, Blu-ray and DVD players, microwave ovens, dishwashers and washing machines.

The processes and production lines used to make these and many other products are also mechatronic in nature.



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Mechatronics engineers design new products or improve existing devices by adding mechatronic elements. They also design, construct and run factory production lines and processes.
Mechatronics engineers are responsible for devices such as:

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You will be equipped with the knowledge and skills to design, build and operate the intelligent products and systems of today and tomorrow.

The applications for mechatronics engineering are virtually unlimited and the need for professionals in this progressive field is increasing. You will be in high demand.

There are many research opportunities for mechatronics engineers in nanotechnology, robotics, by-wire technologies for motor vehicles, bioengineering and many other developing fields.

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