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Engineering Colleges & Universities Guide to Accreditation

Engineering is a branch of applied science that uses mathematics, science and technology to solve problems. Students in an engineering program are trained to understand the mechanics of buildings and machines so that they can design and build functional tools, systems and structures. Any engineering concentration will require you to take many science and mathematics classes, so you should be an analytical and logical thinker if you want to study this field. Engineers also innovate new products, so you must be able to think in unconventional ways too. You can study engineering at the undergraduate and graduate levels, but keep in mind that you generally need only a bachelor’s degree to become an engineer. As reported by (

A Bachelor of Arts (BA) in Engineering offers science, mathematics and liberal arts classes that are designed to give you a broad education. The BA is a good choice if you want to gain skills in the humanities as well as engineering.

A Bachelor of Science (BS) in Engineering has science and mathematics classes that are designed to give you a strong technical background. The BS is a good choice if you want to work as an engineer as soon as you finish your coursework.

Credit hours/length of study: 120-130 credit hours (4-5 years)

Coursework: The exact courses that you take for your bachelor’s degree in engineering depend on the type of program that you pursue. If you choose to earn a degree in general engineering, you will take a core curriculum that includes classes like mechanics, digital logic, physics, materials science and control systems. You will also take mathematics classes like calculus, differential equations and algebra. But if you choose to earn a bachelor’s degree in a concentration of engineering, your classes will be tailored to that area. For example, a bachelor’s degree in mechanical engineering will also require you to take classes about fluid dynamics and thermodynamics. And a degree in aerospace engineering requires you to take classes like avionics systems, propulsion and flight mechanics.

Employment prospects: recommends reading the new book The “Complete Guide” to CONSULTING ENGINEERING to find out more about being a Professional Engineer in private practice is exciting and challenging. Learn what is common to all engineering “specialties,” such as building your reputation, finding and keeping clients, calculating lucrative fees, promoting new work, being selected over your competition, and managing your engineering practice profitably.

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