North Carolina is the 10th most populous U.S state. It leads the nation in the production of tobacco and is also well-known for its textile and furniture production. Engineering is among the top industries of North Carolina and the state has various engineering schools that prepare students for careers in this line of work.
Being an engineer can possibly be self-satisfying and a long-term career option. Jobs for some engineering professions are expected to grow by more than the average of all occupations, so pursuing engineering jobs can be a smart decision for those who want to benefit from expected job security. According to the US Bureau of Labor Statistics, jobs for biomedical engineers are anticipated to grow by 27% from 2010 to 2020. Employment for civil engineers is also predicted to grow faster than the average of all occupations. In the same way, the career outlook for other engineering professionals such as mechanical engineers is very bright. This profession is one of the Best Technology Jobs according to the U.S. News and World Report.
The work of engineers varies by their specialization. Biomedical engineers analyze and design solutions to problems in biology and medicine while a mechanical engineer’s job is to research, design and develop mechanical devices and structures. Aerospace engineer operate and maintain equipment used in producing new airplanes and spacecraft.
Engineering Schools in North Carolina
North Carolina’s engineering schools have experienced faculty, wide-ranging programs and modern facilities. They offer financial aid options for eligible students to help them afford a quality education in engineering. Students can work towards bachelor, master and doctoral degrees and acquire the skills and knowledge essential to work their way into the field of engineering. They can pursue programs in biomedical engineering, civil as well as environmental engineering. Degrees are also available in computer engineering, mechanical engineering, material sciences and electrical engineering. Aerospace engineering, paper science and engineering, chemical and bimolecular engineering, as well as textile engineering programs are also available.
Aspiring engineers can enroll in an engineering program if they hold a high school diploma or GED. The advanced programs may require students to have a bachelor’s or master’s degree. Students may also have to appear to interview and provide letters of recommendations. Other admissions’ factors may vary by school.
Curriculum in Engineering Programs
Programs in civil engineering may include courses in cartography, topography, estimating and computer aided drafting while degrees in mechanical engineering includes topics such as stress analysis design engineering, industrial electricity and quality control.
Students who want to pursue a degree in biomedical engineering will receive instruction in biology, sequences, series, and multivariable calculus, lab experiments in biology and engineering physics.
Students with degrees in engineering can work in a number of settings such as medical equipment and supplies manufacturing, scientific research and development services. Opportunities are also available in architectural, engineering, and related services.
According to the BLS, engineers with expertise in biomedical engineering earned a median salary of $86,960 a year in May 2012. The median income of mechanical engineers was $80,580 and that of civil engineers was $79,340 on a yearly basis in May 2012, as reported by the BLS.