Electrical engineers specialize in research and development of electrical equipment, systems, parts and products. To become an electrical engineer, you typically complete a four-year electrical engineering program or get an engineering degree with electrical specialization. Electrical engineers work in offices, lab facilities or at manufacturing plants, and often have a hand in developing new products and uses of technology.
Pay
Engineers are well paid, and electrical engineers are among the top earning professionals in engineering. As of May 2011, average pay was $89,200, according to the Bureau of Labor Statistics. This is even taking into account that many engineers work a typical 40 hour week. The top 10 percent of electrical engineers earned $131,660, according to the bureau. Jobs with larger companies in busier areas usually pay more.
Importance
The need for electrical engineering has increased dramatically in the early 21st century as more government and public systems have become reliant on electrical technology. Engineers design, test and market new electrical systems and electronics used in communication. That includes computer technology and mobile devices. Electrical engineers also design and make other electrical components. As people rely on technology more and more, EE research becomes more valuable, as well.
Advancement
Electrical engineers are often the most eligible for management positions in the engineering profession, according to the State University of New York at Buffalo. This is because electrical engineers usually have the broadest knowledge of how building systems function. Plus, the number of systems that rely on electrical components is high. Electrical engineers also need a strong base of technical competence, good decision-making ability and must be creative leaders. All of these traits are vital in management.
A Variety of Work
A major advantage of a career in electrical engineering is that opportunities to work on cutting-edge technology constantly arise. In some companies, you can help to create new products. Or, you can change jobs to get a diversity of experiences. Electrical engineering is everywhere. Common products and industries impacted by EE include signaling devices, telecommunications, health-care equipment, wireless technology, energy equipment, entertainment products such as TVs and radios, and design equipment. Those who prefer the excitement of emerging fields can find jobs in nano-technology, micro-electronics, plasma and laser technology. Electrical engineers, for instance, have helped get laser technology into medical surgery, improving success rates and reducing patient recovery time.
I wonder why are you asking this question, because which engineering to learn is totally an individuals choice. If you are interested in electrical engineering or electronics engineering, learn them, else learn in which field you are interested more.
electrical engineering has a ocean of oppurtunities
The pay is great, and the passion to develop electronic devices is great as well.
yes electrical is gud
why is it need to take electrical engineering
