To the world at large, engineering is a bit of a mystery. Its practice is complex, and the people who ply the trade aren’t anxious to explain it to those who don’t.
Still, the outside world occasionally provides insight, perhaps in ways that engineers might not. Engineers sometimes step outside their stoic circles to supply a greater understanding of their profession.
Here, for the second time, we’ve collected a few of those insights. From engineers and business executives to actors and cartoonists, we present thoughts on engineering, from inside and out.
Click on the photo of Tesla CEO Elon Musk below to start the slideshow.
“The path to the CEO's office should not be through the CFO's office, and it should not be through the marketing department. It needs to be through engineering and design.” -- Elon Musk, CEO and chief product architect, Tesla Motors (Source: revengeoftheelectriccar.com)
I've gone through most of the comments and it appears no one commented on Herbert Hoover's quote about engineering being a great profession. Here it is, 80 years later, and people still aren't listening to Hoover.
@rossloeb: Yes indeed and that is why there are so many differences in thinking. They way one sees on things is way too different from the other. That is why there are so many alternatives to cater each and everyone’s requirement.
Agreed, JMS3D printing. Ten is sufficiently precise for most engineering problems. When I first got into engineering, the older engineers used to look at the calculators of the younger engineers (who liked to carry out their calculations to three decimal places) and just shake their heads.
I like it, rossloeb. Here's a similarly funny engineering quote that we didn't use. It's from from Henry Albert Ben (maybe someone can tell me who he is): "Hell must be isothermal; for otherwise the resident engineers and physical chemists (of which there must be some) could set up a heat engine to run a refrigerator to cool off a portion of their surroundings to any desired temperature."
Yes, I agree, Chuck. Not a high percentage, but generally higher, and I think it is probably more common in other fields, too, where absolute focus on something is key. I wouldn't be surprised if some genius musicians, physicists, doctors and the like didn't also perhaps have the same inclination. It would be an interesting study!
I think there's something to it, Liz. I've known too many engineers over the years who seem to fit the mold you're talking about. It's not a high percentage of engineers, but I think the percentage is higher than what you'd see in law or journalism.
That sounds like a not-so-rare encounter with an engineer, Chuck! Social awkwardness or shyness often is a common trait of the typical engineering personality (no, not in all cases, of course). I think it's because that type of focus on problem-solving particularly in the scientifical or mathematical realm takes a lot of processing from one part of the brain, leaving other parts undeveloped.
In fact, it's not unsuprising there is a link between Asberger's Syndrome and engineers. In fact, there was a journalism article once exploring the incidence of Asberger's in Silicon Valley and the high potential for engineers who meet at work and marry to have autistic children or children with the syndrome. It was controversial, but there is also medical backing to these claims.
The thing is, people with Asberger's may have difficulty forming social or emotional bonds but then it means they really excel at something in particular--engineering, for instance. There also is a very talented surfer named Clay Marzo who famously has Asbergers and does a lot of volunteer work with people with this disease and autism. It's his syndrome that makes him such a talented athlete--he has that single-minded focus. So these parallels are quite interesting to look at.
Five years ago, optical heart rate tracking seemed like an obvious successor to the popular chest straps used by many fitness buffs, but the technology has faced myriad engineering challenges on its way to market acceptance.
Design engineers need to prepare for a future in which their electronic products will use not just one or two, but possibly many user interfaces that involve touch, vision, gestures, and even eye movements.
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