Vault Career Guide to Electrical Engineering
Get the inside scoop on jobs and careers with Vault career guides. Vault Career Guide to Electrical Engineering is your complete resource to jobs, careers, interviews and recruiting.





Vault Career Guide to Electrical Engineering
America's dependence on electronics is so great that most people can't get through a day without using a product that has a microcontroller or other electronic circuitry. And this is all part of electrical engineering. This new Vault guide brings you the inside scoop on this hot field.

Pages: 64
Price: 19.95



Read an excerpt from the Vault Career Guide to Electrical Engineering



Electrical engineering is an exploding field. If you have an electronic engineering degree, it's hard to think of field that provides more choices. The boom of smart equipment has created many jobs for engineers, and the push to come up with the next new thing keeps engineers busy across many fields. Cars, trains, robots and refrigerators all have electronic controls; even light bulbs and dog collars now employ electronic components.

Among the largest employers of electrical engineers are computer, telecommunications and consumer electronics companies. These fields are pretty much the domain of electrical engineers, though a few mechanical engineers are needed for package design. There are almost always job openings at the giants within these fields, such as IBM, Motorola, Cisco, Sharp, Qualcomm, Texas Instruments and Dell. These huge corporations employ hundreds of engineers at their home offices, but many also have remote engineering sites scattered around the country.

Most major corporations also have international offices. Though there is some chance for transferring overseas, the bulk of engineers in a region are from that area.

Finally, there are a number of smaller companies that produce many different types of basic computing and telecommunications equipment.

Roles in the Field

Electronic engineers may find themselves working in many different fields, but the majority will end up designing computers, communications and other products often considered electronics. Computers and communication employ more engineers than other areas. Computer makers may find themselves building PCs, but many of these so-called commodity products are now being designed and manufactured overseas.

While U.S. product developers still have some role to play even in these commodity areas, more American engineers will be designing larger computers such as workstations and supercomputers, which are intended for more technical work. Workstations are a common tool for engineers who design chips and other complex gear, while supercomputers are used by weather forecasters and defense engineers who design bombs and other equipment. Both applications deal with millions of elements that interact with each other in incredibly complicated, sometimes inscrutable ways.

Many working engineers will also be integrating these computers into larger systems, either networks or computer systems based on a number of PCs or workstations working in parallel. Most businesses today have networks, and there's a small but growing trend towards linking several PCs together to address complex tasks such as developing new pharmaceuticals. IBM, HP, Dell, Sun Microsystems and Silicon Graphics are among the many companies in this field.

Communications has become a huge field. It includes the vast network of telephone lines, broadband networks and even communication satellites. People making phone calls, using the Internet or watching cable TV are employing these products. Scientists and surveillance personnel who use satellite communications and monitor phone lines comprise another facet of the broad communications field. There's a vast infrastructure needed to make phone calls and Internet connections a part of everyday life. Electronic switches route connections, transmission gear sends those signals over long distances and power supplies keep these components running. Major corporations in communications include Cisco Systems, 3Com, Tellabs, Qualcomm and SBC.

Electronic engineers will also find a number of jobs making subassemblies and components. In terms of subassemblies, video game players and others who add memory boards to their PCs to boost their capabilities are doing something that's common throughout the industry. Numerous companies design circuit boards that are used to make factory controllers, TV transmission system, military equipment, and power communication systems. But unlike the makers of video and sound boards that go into PCs, these specialized companies, such as Adaptec, Bustronic, Elma, Curtiss-Wright and SBS Technology, provide the circuit boards used in a vast range of products, from robots to telephone switches to naval ships. These circuit boards feature components varying from complex semiconductors to simple resistors and capacitors.

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