Civil engineering curricula typically include a wide range of subjects that cover the breadth of the field. Beyond the core subjects mentioned, other examples include:
- Construction Engineering: Focuses on construction methods, project management, and construction equipment.
- Materials Science: Examines the properties and applications of materials used in construction, like concrete, steel, and composites.
- Hydraulic Engineering: Concerned with the flow and conveyance of fluids, primarily water.
- Surveying: Teaches the techniques for determining the three-dimensional positions of points and the distances and angles between them.
- Coastal Engineering: Deals with the management of coastal areas and structures in marine environments.
- Earthquake Engineering: The study of how structures can resist seismic activities.
- Urban Engineering: Involves the planning and development of urban areas.
- Sustainable Engineering: Promotes designs that minimize environmental impact and resource consumption.
These subjects prepare students to address the complex challenges of developing and maintaining the infrastructure of our modern world.
| Category | Course Titles |
|---|---|
| General Engineering | — Freshman Seminars — Introduction to Solid Mechanics — Freshman/Sophomore Seminars |
| Civil & Environmental Engineering | — Structure and Properties of Civil Engineering Materials — Engineering Geology — Introduction to Civil and Environmental Engineering — Design for Future Infrastructure Systems |
| Data Science & Smart Cities | — Time Series Analysis: Sea Level Rise and Coastal Flooding — Data Science for Smart Cities — Design of Internet-of-Things for Smart Cities |
| Fluid Mechanics & Hydrology | — Elementary Fluid Mechanics — Fluid Mechanics of Rivers, Streams, and Wetlands — Terrestrial Hydrology — Groundwater and Seepage — Environmental Fluid Mechanics I — Environmental Fluid Mechanics II |
| Structural Engineering | — Structural Engineering — Structural Analysis — Design of Steel Structures — Structural Steel Design Project — Design of Reinforced Concrete Structures — Structural Concrete Design Project |
| Transportation & Logistics | — Transportation Facility Design — Introduction to Urban and Regional Transportation Planning — Transportation Systems Engineering — Highway Traffic Operations — Transportation Sustainability |
| Geotechnical Engineering | — Rock Mechanics — Introduction to Rock Mechanics — Engineering Geomatics — Geotechnical and Geoenvironmental Engineering — Environmental Geotechnics |
| Environmental Engineering | — Air Pollution — Climate Change Mitigation — Climate Change Adaptation — Water Systems of the Future — Environmental Engineering — Water and Air Quality Laboratory |
| Advanced Topics & Research | — Special Topics in Civil and Environmental Engineering — The Art and Science of Civil and Environmental Engineering Practice — Engineering Risk Analysis — Honors Undergraduate Research |
| Materials & Construction | — Concrete Materials, Construction, and Sustainability — Construction Engineering — Engineering Project Management — Advanced Concrete Construction |
| Geophysics & Remote Sensing | — Remote Sensing of the Environment — Applied Geophysics — Geological Engineering of Underground Openings — Seismic Methods in Applied Geophysics |
| Computational & Theoretical Eng. | — Engineering Analysis Using the Finite Element Method — Flight Vehicle Structures and Aeroelasticity — Finite Element Methods — Earthquake Protective Systems |
| Water Quality & Sustainability | — Water and Air Quality Laboratory — Ecological Engineering for Water Quality Improvement — Environmental Microbiology — Water Chemistry — Chemistry of Soils |
| Advanced Structural Engineering | — Structural Analysis Theory and Applications — Nonlinear Structural Analysis — Computer-Aided Engineering — Dynamics of Structures — Stochastic Structural Dynamics |
| Transportation Policy & Planning | — Transportation Policy and Planning — Operation of Transportation Facilities — Systems Analysis in Transportation — Intelligent Transportation Systems — Transportation Economics |
Civil Engineering stands as a pivotal field in shaping modern infrastructure and society. At its core, several major subjects form the educational foundation for any aspiring civil engineer.
Structural Engineering, for example, delves into the integrity and design of buildings and bridges, ensuring they can withstand the forces they encounter.
Geotechnical Engineering examines soil and rock behavior, playing a crucial role in the foundation of constructions.
Water Resources Engineering is indispensable for managing waterways, dams, and flood protection.
Transportation Engineering designs efficient and safe transit systems, while Environmental Engineering integrates sustainable practices into engineering solutions. Each subject is integral, requiring a harmonious blend of expertise to engineer the marvels of our built environment. To truly grasp the scope of this field, one must understand these key disciplines that ensure our communities remain robust and resilient.