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Automotive Engineering

An automotive device is any machine designed or manufactured for use by human beings. In fact, the automobile itself was the first known auto-motor. Today, automobiles, sometimes referred to as automobiles, consist of many different types of machines that, in many cases, are made commercially or in large-scale factories. Automobiles include passenger cars, trucks, minivans, motorcycles, ourers, and other vehicles. Automotive technology has advanced to such an extent that some newer types of automobiles are now being sold which are capable of doing almost all tasks that traditional cars can perform.

Essentially, an automobile is a powered wheeled vehicle used for travel. Almost all definitions of automobiles generally say that they only operate on paved roads, seats five to eight persons, have at least one wheel, and generally transport goods rather than products. While the exact definition of an automobile has remained virtually unchanged throughout the years, the term “automobile” has come to mean any vehicle powered by one or more engine(s). This is why most automobile manufacturers are based in the United States; the U.S. Department of Transportation designs and produces the majority of automobiles that are sold on American soil.

Automotive technology is also advancing at a very fast rate. Several years ago it would have been impossible for automotive manufacturers to design and build vehicles and equipment with computer-aided design and other precision manufacturing techniques. However, new designs and high-tech techniques have allowed manufacturers to produce cars and other automotive equipment that can compete with the best that Europe has to offer. Some of the features of some new designs that are available from U.S. manufacturers include variable valve timing and variable valve lift, variable valve angle, variable valve control, and variable valve lift.

There are many professional automobile manufacturers in the United States. However, they are not located in every major metropolitan area. Some smaller automotive manufacturers also exist in the U.S. These companies specialize in producing high quality, fuel-efficient automobiles. While small businesses do make a number of products, these companies usually have more resources to properly design, test, and produce efficient vehicles.

Automotive engineering employs the study of systems and structure to produce vehicles that function well. In other words, an engineer must first understand how an automobile works before he or she can design and create a vehicle that meets the customer’s needs. Automotive engineers must be skilled in a variety of skills such as mechanical, structural, and electrical engineering. They must also have knowledge and experience in aerospace, transportation, and industrial engineering.

Automotive designers use CAD (Computer Aided Design) software to design their vehicles. Computer-aided design software is similar to traditional drafting programs such as AutoCAD or Prosteel. It is different in that it makes use of computer visualization to design and create intricate models of automobiles before they are built. While the majority of car enthusiasts use these types of programs, automotive engineers utilize CAD programs for more complicated projects. Automotive engineering is a growing field due to the high number of vehicles on the road today.