Thursday, 27 February 2014
What are the Different Types of Mechanical Engineering Technology?
What Is a Mechanical Computer?
A mechanical computer is a computer that, instead of running on
electricity and electrical parts, uses mechanical parts. Unlike
electronic computers, which are able to run themselves because of
electricity, a mechanical computer receives power from an outside
source: the user. To use this computer, the operator has to continuously
pump a crank, perhaps thousands of times, to perform a calculation.
This computer is often regarded as the first stage of the modern
computer, and it was primarily used until the late 1940s, though there
have been some uses since then. While this computer had many varied
uses, it commonly was used for calculations, navigation and with
missiles and torpedoes during wars.
What Skills Are Needed for Mechanical Engineer Employment?
Mechanical engineers research, design, and build machines and equipment of all types. They can specialize in designing engines, automobiles, consumer products, electronics, or heavy machinery, among other areas. There are several important technical and personal skills that an individual looking for employment in this field should possess. A successful engineer is creative, efficient, detail-oriented, and mechanically inclined. He or she must be a master of computer design and have specialized knowledge of physics and electricity in order to produce efficient, reliable machines.
Many different personal traits and skills are necessary to secure mechanical engineer employment. Professionals need to have strong problem-solving skills in order to invent and test new designs. Creativity and perseverance are essential in trial-and-error experiments with prototypes. Most engineers need strong communication skills as well, as they are frequently required to work in teams with other engineers and correspond with management and patent office workers. They also need strong educational backgrounds in math and physics to help them calculate statistics and determine the most efficient ways of putting machines together.
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