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Lee Richardson Lee Richardson is offline
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Default Repair Qs 50 Years from Now

The highest tech things to worry about may be a stone hammer and a bow and
arrow required for defense and your next meal. Everything we recognize
today as technology was wiped out in the final war of 2029.

Have a nice day,
Lee Richardson
Mech-Tech
Evansville, Indiana


"Matt J. McCullar" wrote in message
et...
Considering how far electronics has come in just the past 50 years, one
wonders what sort of repair questions technicians of the future will face.
Stuff that's as common as beer cans now may be extinct just a few decades
down the road. Repair techniques we now take for granted may not work on
tomorrow's equipment. Think about it; we may have to deal with
bioelectronics, teletransportation equipment, tech support between
planets.

Schematics may become so large as to be unprintable on paper, or even
stored
on even one mass-storage device.

The vast majority of electronic devices may be impossible to take apart,
much less repair. (And some manufacturers may not even bother to print
part
numbers on some components as a result.)

Microscopes will become absolutely necessary, as will lasers for
spot-welding soldering.

Will tomorrow's matter-teleportation devices come with any warranties?
Today's software doesn't.

In the early 1960s, _Mad_ magazine printed a funny article called "Future
Complaints." It illustrated the potential problems that people in the
future would have to deal with. Interestingly, some of these gags have
indeed not only come to pass, but become obsolete: a customer in a
super-fast photoprocessing store was angrily complaining to the helpless
clerk, "What do you mean, 'They're not in yet'? I brought them in over an
hour ago!" But the funniest one was still this: "Geez, can't they do
something to speed up these long lines at the post office?"

So use your imagination: What will technology be like in 50 years, what
will
break down, and how will we fix it? What tools will we need? We
technicians may find ourselves having to repair clothing that comes with
data-transmission capability; having to remotely repair I.D. chips beneath
human skin that have stopped working; repairing or reconditioning
biomedical
devices after they've been retrieved from people who no longer have need
of
them. What else?

Whatever we build, will eventually break. You want your jet pack shutting
off at 1,000 feet?