*Bureau of Labor Statistics, U.S. Department of Labor, Occupational Outlook Handbook, Electrical and Electronics Engineers, on the Internet at https://www.bls.gov/ooh/architecture-and-engineering/electrical-and-electronics-engineers.htm (visited March 24, 2022).
It is possible to earn a Engineering Technology bachelor's degree online in less than the four years traditionally required in a brick and mortar school, as the student may take classes year-round. For the student balancing work and/or family obligations, it may take longer. One of the advantages of earning an online degree is that the student may work at his or her own pace. However, you should be aware that some rigorous programs or majors may require you to complete your degree within a certain time frame from the start of your courses. You should check with the department your major falls under and ask if they have any such requirement.
Before choosing a major there are some important facts you should know about.
Before you enroll in a college, make sure that they have the major you are considering. For Engineering Technology, many universities have whole departments devoted to the subject. If that is the case, then make sure they have the specific branch of Engineering Technology that interests you. If you are starting out at a community college, they may not have a specific degree for Engineering Technology, but they may offer the right math and science courses you will need as prerequisites. Investigate how well your community college work will synch with your later work in a university before registering.
This is a very important question to ask yourself. Your major should play a big part in the schools you are considering. Not every college may offer the major of your choice, so doing your homework is the first step of the selection process.
A Engineering Technology degree will certainly require to consist of some really particular training courses. Generally, a bachelor's degree in Engineering Technology looks like an associate level doubled, but associates courses (the first two years) focus more on general studies. While the 3rd-5th years focus more on specific studies related to Engineering Technology. Below is a sample of online bachelor's degree courses so you can see the kind of curriculum that will be typically found. Universities will differ in their specific studies needs. Compare colleges very carefully on the courses they will require you to take to gain your bachelor's degree in Engineering Technology. Sample courses you may need:
About 41% of college students complete their four-year Engineering Technology degree on time. The National Student Clearinghouse Research Center study if the question suggests that money is a large factor in the rate of non-achievement. In-state public college tuition rates have traditionally been the lower range for leading schools. Today, the annual in-state tuition average is over $9,000 per year. Private schools average more than $30,000 per year. Many students run out of money and take reduced course loads to accommodate increased work and other money-making activities. Low per-semester credit-hour rates means more time required to complete a Engineering Technology degree. Reducing the per semester course load from 15 to 12 credit hours can add a year to the time needed to complete a degree.
Among the reasons cited for the low rate of four-year completion were student decisions in course selection. Many students choose interesting subjects and neglect to grab key courses when available. The failure to take a required course when offered can add a semester to the completion of a major or concentration.
The student experience is a vital piece of information. The graduation rate is often a predictor of the student experience. Factors that can influence late graduation include the availability of required coursework and dropouts for financial reasons. School surveys often have information similar to customer satisfaction information on other businesses. It may be useful to see responses from recent graduates about their experiences. The student survey observations will not predict your experience, but they can lead to productive questions about the school and the Engineering Technology degree program.
Your school's accreditation is an important aspect of getting your Bachelor of Science in Engineering Technology degree. The two most common forms of accreditation are regional and national.
Regional accreditation is the most recognized and most prestigious available. Because of this label, these colleges often have higher tuition and have more competitive admission standards. Regional accreditation accounts for over 85% of colleges across the United States. There are 6 different regions, including:
MSA (Middle States Association of Colleges and Schools)
NEASC (New England Association of Schools and Colleges)
NCA (North Central Association of Colleges and Schools)
NAC (Northwest Accreditation Commission)
SACS (Southern Association of Colleges and Schools)
WASC (Western Association of Schools and Colleges)
National accreditation is less common. National accreditation agencies oversee the accreditation process for career, vocational, and trade schools across the United States. As a result, these schools tend to be less expensive, require less general coursework, and feature a more practical, career-oriented curriculum. Because it is less structured, schools are only reviewed every 3-5 years to ensure that they still meet accreditation requirements.
Accreditation is an important part of the selection process. It adds value to a Bachelor of Science in Engineering Technology degree by offering wider acceptance than degrees from non-accredited schools receive. Accreditation ensures employers and other reviewers of your educational background that you have a quality education in Engineering Technology. It informs potential employers that the graduate has the expected level of education and knowledge to perform work in today's high-paced, technology-driven environments.
The Department of Education designates regional and national accreditation agencies. It is also through this department that educational loans and grants are provided to college students. The federal policy is to limit student loans to schools and colleges with acceptable accreditation. Which means that, if your school isn't accredited, you will likely not be eligible to receive any financial aid. For many students, accreditation is key to getting funds to pay for the substantial costs of a degree in Engineering Technology.
Estimates for the costs of a Engineering Technology degree run from $15,000 to $100,000 per year depending on the university and its tuition charges. Community colleges and public universities charge lower rates for in-state students than out-of-state students. The difference can be remarkable.
Based on all schools and all majors, some estimates that can help guide the student. Data from the College Board and the NCES provide ranges for costs that add tuition, living expenses, and fees into price ranges. Based on 2017 data, the costs of a four-year degree at a public school is in the range of $85,000 for in-state students, $150,000 for out-of-state students, and $190,000 for private school students. When projected to the year 2019 through 2020 one can anticipate an increase in the area of three to four percent. These prices seem high of course and in many cases most students are not paying the full amount of tuition because they are receiving financial aid. When applying to the school of your choice also reach out to them to discuss scholarship and grant opportunities to help pay for your Engineering Technology education.
We recommend that students make a specific inquiry about job placement assistance programs at any school they consider for a Bachelor of Science in Engineering Technology degree program. Advanced institutions incorporate career planning into the two or four-year course of study for a bachelor's or master's degree in Engineering Technology. The school may host job fairs, business community awareness communications, and host interviews for employers from across the region.
The school of Engineering Technology, college, or university is a broad community of alumni, business sponsors, and corporate partners. Both new and established schools often have extensive local, regional, and national networks. The overall resources of the Engineering Technology school and the larger schools can potentially assist in producing high levels of job opportunities and hires for recent graduates.
Some schools pair students with advisers, career counselors, and job coaches at various stages of their academic careers. Observers can see the results in annual satisfaction surveys, and the numbers of students that get interviews and offers of employment.