A program in civil and structural engineering generally offers classes in social sciences, humanities, physics, chemistry and math, along with introductory engineering courses. In addition, students learn about project management and the relationships between construction, design and development.
- Program Levels in Civil Engineering: Bachelor's, with the option of a master's or doctorate
- Program Specializations: Structural engineering is a common concentration
- Prerequisites: High school diploma or General Education Development (GED) credential
Bachelor of Science in Civil Structural Engineering
Applicants to a bachelor's degree program in civil engineering typically need a solid background in math and the sciences. Core engineering courses in these programs may include construction materials, construction management, fluid mechanics, soil mechanics and transportation engineering. Specific structural engineering courses may be similar to the following:
- Structural analysis
- Environmental engineering
- Concrete and steel structures
Graduates may work for private consulting firms, the military, public agencies or major corporations, as well as opting to be self-employed. They may work in association with builders and architects to make sure that any construction material used meets or exceeds a project's needs. They may design amusement rides or develop offshore rigs for petroleum companies. Other possible projects include:
- Light rail systems
- Support underground for skyscrapers
Continuing Education and Licensure
Civil structural engineers who deal with the public need to obtain licensure by passing two state exams to become PEs (professional engineers). Requirements vary depending on the state; therefore, students should check with their state licensing board. Graduates wanting to further their skills can move on to a Master of Science in Engineering program and from there to a doctorate program if they so desire.