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Civil Engineering
Designing the future
Civil engineers design the infrastructure of our modern society. Employment of civil engineers is projected to grow by 7% between 2021 and 2031, according to the Bureau of Labor Statistics. Our researchers are at the forefront of civil engineering innovation, studying advances in bridge design and evaluation; composite material use in concrete and steel; field study and modeling of coastal processes; intelligent transportation systems; disaster science; and sustainability.
Our program prepares today’s students to be tomorrow’s civil engineers through a required core of courses in math, science and engineering. Starting spring of junior year, students take technical electives in focus areas of structural, geotechnical, environmental, water resources, transportation, railroad, and ocean and coastal engineering. Minors in environmental engineering, sustainable infrastructure, and environmental sustainability are also offered.
Our active research programs and faculty involvement in professional societies ensures that the content of the undergraduate program is current, maintained at a challenging technical level and integrates discovery learning. Opportunities abound for undergraduates to work with faculty and graduate students as research assistants, either for pay or independent study credit. Students may also choose to participate in our co-op program, gaining industry experience while remaining on a four-year path to graduation.
AREAS OF ST91Ô´´Y
- Structural
- Geotechnical
- Environmental
- Water resources
- Transportation
- Railroad
- Ocean and coastal engineering
CAREER OPTIONS
- Structural engineer
- Geotechnical engineer
- Transportation engineer
- Transportation/traffic planner
- Highway/roadway engineer
- Coastal engineer
- Environmental engineer
- Water resources engineer
- Construction management
- Construction superintendent
- Country engineer
- City engineer
- Director of public works
- Civil engineer – land development
- Project engineer
- Project management
- Airport engineer
- Railway engineer
GRADUATE PROGRAMS
- Civil engineering
- Coastal engineering
- Environmental engineering
- Engineering management
- Engineering mechanics
- Public policy/administration
- MBA
What’s special about this program?
Ìý
Well-qualified Civil and Environmental Engineering majors may apply to the 4+1 program to earn a bachelor's degree in Civil Engineering (BCE) and a Master of Civil Engineering (MCE) degree within 5 years. The program is limited to 91Ô´´ undergraduates pursuing the BCE degree, with a minimum GPA of 3.25 at the time of application.
An optional co-op program provides students the opportunity to gain valuable experience working in the profession while completing their degree. With careful planning and proper selection of courses, students can work up to 26 weeks full time, and still graduate in four years.
Get Involved
Alpha Omega Epsilon
American Society of Civil Engineers
American Society of Highway Engineers
Chi Epsilon
Engineers Without Borders
Environmental Engineering Student Association
Institute of Transportation Engineers
Materials Research Society
National Society of Black Engineers
Sigma Phi Delta
Society for the Advancement of Materials and Processing
EngineeringÌýSociety of Asian Scientists
Engineers Society of Hispanic Professional Engineers
Society of Women Engineers
Tau Beta Pi
Sample curriculum
CHEM103/133 Ìý | General Chemistry I Lecture/Lab |
| CIEG161 | Introduction to Civil Engineering Design Ìý |
| CISC106 | General Computer Science for Engineers Ìý |
EGGG101 Ìý | Introduction to Engineering (FYE) |
| ENGL110 | First-Year Writing Ìý |
| MATH241 | Analytic Geometry and Calculus A Ìý |
MATH242Ìý Ìý | Analytic Geometry and Calculus B Ìý |
| Ìý | Breadth Requirement Elective Ìý |
| COMM212 | Oral Communication in Business Ìý |
| PHYS207/227 | Fundamentals of Physics I Lecture/Lab Ìý |
| CIEG210 | Introduction to Sustainability Principles in Civil Engineering Ìý |
| CIEG211 | Statics Ìý |
| CIEG212 | Solid Mechanics Ìý |
| CIEG213 | Civil Engineering Materials Lab Ìý |
| CIEG214 | Construction Materials Ìý |
| ENGL410 | Technical Writing Ìý |
| MATH243 | Analytic Geometry and Calculus C Ìý |
| MATH351 | Engineering Mathematics I Ìý |
| CIEG315 | Probability and Statistics for Engineers Ìý |
| CIEG411 | Communicating with Stakeholders in Engineering Ìý |
| Ìý | Science Elective with Lab |
| CIEG301 | Structural Analysis Ìý |
| CIEG305 | Fluid Mechanics Ìý |
| CIEG306 | Fluid Mechanics Laboratory Ìý |
| CIEG486 | Engineering Project Management Ìý |
| CIEG320 | Soil Mechanics and Foundation Engineering Ìý |
| CIEG321 | Geotechnical Engineering Ìý |
| CIEG323 | Soil Mechanics and Foundation Engineering Lab Ìý |
| CIEG331 | Environmental Engineering Ìý |
| CIEG351 | Transportation Engineering Ìý |
| CIEG451 | Transportation Engineering Lab Ìý |
| Ìý | Professional Breadth Requirement Elective Ìý |
| Ìý | Technical Elective |
| CIEG461 | Senior Design Project (DLE & Capstone) Ìý |
| Ìý | Technical Electives Ìý |
| Ìý | Breadth Requirement Electives Ìý |
| Ìý | Professional Breadth Requirement Elective |