Automotive Engineer:
Automotive Engineer
Description
Since the beginning of the twentieth century, automobiles have entered the lives and livelihoods of almost everyone. They are the most convenient invention since the bicycle. Ford, Toyota, BMW, Saab, Honda and General Motors are a few examples of large automobile companies that produce new vehicles annually. Cars have enabled people to do so many more things and travel around quicker than we used to. We have become so accustomed to this luxury that we sometimes take for granted that there are people who design and make cars for our efficiency, convenience and safety.
These people are automotive engineers and many of us owe our "post-license" lives to their speedy creations. Remember that when you drive a new car off a dealership lot, you are taking with you the research, design and efforts of several engineers -- the automotive engineer in particular. Automotive engineers research, design, evaluate, install, operate and maintain automotive products, equipment, systems and processes. They develop new or improved designs for automobiles including the structure, engine and transmission, to name a few. If it were not for automotive engineers, our world would have no safe or modern automobiles . . . imagine that!
An automotive engineer's primary objective is to develop components and systems that provide maximum customer value at minimum cost, thereby promoting the enterprise's profitability. Some automotive engineers focus on one area of their specialty while others have the opportunity to participate in all aspects of the product development process, playing a more general role. Sometimes, the engineer will go as far as working directly with customers, learning from focus groups and marketing specialists to develop a concept or find out what people want in an automobile. The automotive engineer will also work with suppliers, manufacturing and assembly specialists while designing the components or systems.
Most automotive engineers specialize in a particular area once they become established. Specialty areas such as structural design, exhaust systems and engines are a few different options. Nevertheless, all specialized automotive engineers perform similar duties in at least one of three general areas: research, design and testing. Researchers formulate theories and generate innovative ideas using mathematical and scientific projections and determining whether or not a plan will work. Designers take research products and put them into practice, trying to manufacture them. Testers literally test the products for safety and quality before they hit the marketplace. In smaller, independent engineering firms, automotive engineers may do all three of these tasks.
Automotive engineers meet with car manufacturers, lawyers and clients and make sure that design plans are safe and will withstand a number of conditional variables. Safety is one of the most important issues that automotive engineers must contend with. Automobile engineers must keep in mind the lives of people when designing and take into account the importance of accuracy. They create engineering plans on computers which test and predict possible errors and problems with an automobile and in this, they generate workable solutions. Although the design work takes place on the computer, many automotive engineers travel to factories or automotive plants to see their work in progress.
Automotive engineers use traditional and high-tech tools to solve problems and meet challenges such as recalled auto parts or safety features. They are required to constantly update their skills and knowledge in order to keep up with technological advancements in this quickly changing field.
http://www.schoolsintheusa.com/careerprofiles_details.cfm?carid=108Average Earnings: $41k
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