This degree program integrates the fields of engineering, chemistry, and physical sciences with the social sciences and arts.
*Bureau of Labor Statistics, U.S. Department of Labor, Occupational Outlook Handbook, Architectural and Engineering Managers, on the Internet at https://www.bls.gov/ooh/management/architectural-and-engineering-managers.htm (visited March 24, 2022).
An online degree in Engineering Science usually includes the same number of credit hours as it's on-campus counterpart. That means it should take you about 4 years to finish an online degree. However, if you are taking the degree online because of time constraints or work and family obligations, you may not be able to attend full-time and, therefore, it could take up to 6-8 years to attain your degree.
Before choosing a major there are some important facts you should know about.
It is important to align your career goals with the school and program that you select. If you wish to enter a field like Engineering Science, then you should select a school that offers coursework in Engineering Science. Further, you can look for schools that provide hands-on experiences like internships and projects with real-world companies.
An Engineering Science degree will certainly require to consist of some really particular training courses. Generally, a bachelor's degree in Engineering Science 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 Science. 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 Science. Sample courses you may need:
Currently, students enrolled in four-year universities have less than a 50% chance of graduating within four years. Statistics vary from university to university, but many students are graduating closer to the 6-year range.
If you want to be one of the lucky 40% who do graduate in your fourth year, you'll need to make a few sacrifices. First, you'll have to take more than the minimum 12 credit hours per semester. Take 15 credits per semester, because you'll finish earning the required credits in around four years.
Go to school each summer session. Take at least one class per summer semester. Not only will you be sure to graduate on time, but you may also benefit with lower per-credit tuition charges, as well.
Declare a major as soon as you can. You won't be moving from major to major this way. If you have to work for gas or rent, work for the fewest number of hours per week that you can. Your studies are vital.
The college or university itself should be accredited. Look for a regionally accredited school based on that school's location. The six regional accreditation agencies are The Middle States Association of Colleges and Schools, The New England Association of Schools and Colleges, The North Central Association of Schools and Colleges, The Northwest Association of Schools and Colleges, The Southern Association of Schools and Colleges, and The Western Association of Schools and Colleges.
Online-only schools should have accreditation from the Distance Education Accrediting Commission, the Distance Education and Training Council, or the Accrediting Commission of Career Schools and Colleges but they should also hold regional accreditation.
Accreditation is an important part of the selection process. It adds value to a Bachelor of Science in Engineering Science 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 Science. 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 Science.
Estimates for the costs of a Engineering Science 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 Science education.
Schools can provide valuable assistance for Engineering Science graduates that seek employment after graduation. The programs can be formal, such as job banks and employment centers that present graduating students and graduate credentials to prospective employers and host interviews.
Depending on the college, they may have resources that can enhance employment and career opportunities for their Engineering Science graduates. Most schools have an extended community of alumni, donors, and corporate and business support. Alumni groups offer opportunities for networking as well as for sharing information and experiences. The corporate and business community support may include opportunities for internships or other hands-on learning experiences.
