The field of Electric/Electronic engineering is considered the third largest, behind Civil (278,000 of them) and Mechanical engineering (238,000 here). The Bureau of Labor Statistics estimates there were about 214,000 as of 2008. These days, probably their biggest problem is the general public tends to group them together, even though there are differences. The one thing that can be said though is that for those with engineering degrees in this particular profession have a bright outlook ahead. This is even more so than the expected 11% growth in the profession would lead you to believe.
Electric engineers focus primarily on power generation, working on big structures like power plants and how they transmit their payloads. Electronic engineering concerns itself more with end products ranging from computers to ebook readers. Like many things about both areas, both STEM (science, technological, engineering, math) professions cross over to other arenas and share “electrifying” futures. If you need more information about engineering master degree, look on the internet.
One rapidly growing field is called mechatronics which is a hybrid of mechanical and electronic engineering. Electronics proper, however, is divided into eight main areas: Electronics, microelectronics, power, control, signal, instrumentation, telecommunications, and, what seems to be one of the most quickly growing, computers. Many involved in engineering specialize in just one of these fields, so if there is an interest it can be accommodated.
The first step in becoming either type is a Bachelor’s degree. While one can enter the field from there, sooner or later the young engineer is going to need certification. Obtaining this can be done through professional groups such as the Institute of Electric/Electronic Engineers, which can easily be accessed through the Web.
Yet just because one gets their Bachelor’s and certification that doesn’t mean their education is over. Like most STEM professions, this is a career for those who expect to be learning for the rest of their lives. Sooner or later an electronic or electrical engineer will feel the need to get their Masters in one capacity or another, including possibly management. As such, this type of engineer will eventually hook up with online colleges, either to obtain their masters or for webinars for the latest advances in the field.
To take the pain out of a lot of this education, grants and other financial aid is a lot more common than in a lot of other occupational tracks. A savvy undergraduate should contact the National Science Foundation about S-STEM scholarships, as well as funding from the Institute or private corporations such as IBM. To do a proper search, a good idea to not only consult an online college’s financial aid officer, but also get on a search engine such as Google or Yahoo and do some research on ones own. There is an abundance of information about civil engineering degree on the web.
Still, after all this effort, the field makes it all worthwhile. The lowest 10% of electrical engineers make salaries slightly over $52,000, and electronic engineers do a little better at $55,000. The top 10% of the field ranges from $120,000 to over $150,000. These jobs include benefits such life/health insurance, investment/retirement packages and educational programs.
Uk marriage visa Engineering degrees allow one to enter either of these fields, electric or electronic, with a virtual certainty of growth expectation. For those who obtain an Uk marriage visa electrical engineering degree, the fast pace of this field ensures a competitive edge on a great career path.