Studying civil engineering in America might be your top choice. After our article on studying nuclear engineering in the United States, in this article, we will discuss studying civil engineering in the United States.
Indeed, civil engineering is the most common engineering profession and perhaps one of the oldest.
As you probably know, civil engineering covers a vast field divided into several disciplines with different training options and certificates.
Bachelor’s degree in civil engineering in the United States
Although most civil engineers hold a bachelor’s degree, employers increasingly prefer candidates with a master’s degree.
In fact, a graduate degree is recommended regardless of specialty. Thus, students’ career paths begin with a bachelor’s degree in civil engineering or one of its specialties.
Common options include a Bachelor of Science (B.S.) in Engineering with a major in Civil Engineering (or a Civil Engineering major specializing in a particular field), a Bachelor of Science in Civil Engineering (B.S.C.E.), or a specialized bachelor’s degree (Bachelor of Environmental Science), for example.
Typical requirements for engineering bachelor’s degree programs are as follows:
- High school diploma or equivalent.
- Competitive high school grade point average (e.g., 2.75).
- Evidence of high scores in core subjects such as physics, chemistry, calculus, trigonometry, algebra, etc.
- Cover letter (500-600 words).
- Official SAT (Scholastic Assessment Test) or ACT (American College Test) scores.
Civil Engineering University Studies in the United States
In evidence, bachelor’s degrees in civil engineering provide a solid foundation in the mathematical and scientific principles used in engineering.
However, they also provide additional skills in areas such as communications and information technology.
Electives and specialized courses in civil engineering are built around this foundation of standard engineering and general education courses.
Typically, courses include:
- Introduction to Civil Engineering.
- Fluid mechanics and hydraulics.
- Structural analysis.
- Geotechnical engineering.
- Structural dynamics.
- Structural design.
- Materials engineering.
- Transportation engineering.
Master’s degree in civil engineering (recommended)
As mentioned above, master’s degrees will soon become the standard for getting into civil engineering jobs.
Basically, as with bachelor’s degrees, graduate tracks in civil engineering include a master’s in civil engineering.
As opposed to undergraduate degrees, these programs are often more specialized and target advanced engineering concepts. In addition, students can pursue their studies on campus or online in civil engineering.
There is no doubt that online degree programs can be particularly attractive to practicing professionals who wish to upgrade their skills or meet continuing education requirements to earn credentials.
Admission requirements for the civil engineering graduate program vary, but generally include:
- Bachelor of Science (B.S.) degree in engineering or a related specialty from an accredited program.
- Cover letter.
- University degree that required at least 3 years of studying.
- Two or three letters of recommendation, addressing the student’s academic and professional potential.
- GRE (Graduate Record Examination) test results.
Also, please note that some graduate programs in civil engineering request additional questions or an interview.
Like a bachelor’s degree, master’s degrees in civil engineering often offer specialized tracks.
Examples of the specialties offered by Standford University include:
- Environmental and Engineering Sciences.
- Structural engineering and soil mechanics.
- Atmosphere and Energy.
- Sustainable design and construction.
- Environmental Fluid Mechanics and Hydrology.
Civil Engineering Programs in the United States – Postgraduate Level
Obviously, master’s degree programs in civil engineering include both core and specialized engineering courses.
The curriculum usually contains the following courses:
- Advanced Principles of Civil Engineering.
- Decision-making methods for design in civil engineering.
- Risk assessment.
- Civil engineering applications and drafting tools.
- Fluid mechanics.
- Civil engineering materials.
- Engineering management.
- Fundamentals of transportation engineering.
- Airport engineering.
- Solid and hazardous waste management.
- Basic principles of environmental engineering.
- Basic principles of geotechnical engineering.
- Introduction to geographic information systems (GIS).
- Water quality analysis.
- Design of steel structures.
- Reinforced concrete design.
And now, are you interested in studying civil engineering in America? Don’t hesitate to do whatever it takes to make your dream come true!