The auto accident, as a general event, and car repair, as an industry built
around the breakdown of the car, can tell us a great deal about technology in
the time in which we live. By taking on the perspective that the history of
technology is a history of contingencies, we can build a history of technology
in which even accidents have their place. The car accident, as a general event,
and car repair, as an industry built around the breakdown of the car, can tell
us a great deal about technology in the time in which we live. By taking on the
perspective that the history of technology is a history of contingencies, we can
build a history of technology in which even accidents have their place.
In other
words, every event in the evolution of technology has had an effect on the
present state of things. When considering the car repair industry as an organ of
the overall technological support system of the car, it should be noted that
networks and systems are often a matter of perspective. The car, as an object cnc bending machine,
fits into other technological systems, such as its role in moving people from
their homes to their workplaces and vice versa. Furthermore, looking
specifically at the car repair industry, it is its own system, with its own
organs, its own system of objects and tools. A car, like any other technological
object (or theory of technology), must also be highly adaptable in its design.
Cars can be made to fit fewer people, such as sports cars, or made to fit large
families, such as sport utility vehicles. A variety of forms are possible,
although they are constrained by certain considerations hydraulic busbar
machine. Any changing system has constraints that push the drive toward
adaptation. The car repair industry itself imposes certain constraints on the
design of cars, and the changing design of cars is also having an effect on the
industry. This feedback loop situation is commonplace in adaptive systems.
Ecosystems also work largely off of feedback loops that create equilibrium, but
can also cause adaptive change. Each change in a system is contingent upon the
history of that system. Some historical contingencies worth exploring include
the fact that human body did not evolve to survive traffic accidents. Biological
evolution and technological evolution come up against each other in conflict. It
can also be noted that the design of the interior of the car reproduces the
relations of the nuclear family, with the father at the wheel, the mother in the
passenger seat, and the children in the back seat.
Both biological and social
organization has had a profound effect on the direction of how technological
objects are designed. The human body and the nuclear family both have an effect
on the design of the car. Cars are constantly being re-designed to increase
safety and to accommodate the various needs of modern families hydraulic busbar
cutter. The car repair industry has had to adapt to keep up with changing
design. The different available forms that vehicles take each require
specialized knowledge. Mechanics are becoming knowledge workers as much as they
are mechanical workers. Computers have become an integral part of the mechanics
workshop as well as inside of every vehicle. Computers have become a network,
couched within the network of our existing technologies. As you can see,
adaptive systems include many complex relationships that form a dense network of
interactions. Cars change size, shape, and color to suit certain needs, and
mechanics have had to adapt, leading to an explosion of repair techniques and
technicians.
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