Structural Engineering
Overview: The structural engineer is involved in the design, analysis, construction, repair, and retrofit of all types of structures. The two most common structural types are buildings and bridges. Other structural types include towers, dams, tanks, tunnels, industrial facilities, and retaining structures. Examples of current research in the structures area focus on the dynamic characteristics of structures, their potential response to earthquakes, new seismic retrofit measures, the use of advanced composite materials for older structures, durability aspects of structural types and materials, and other areas. Materials research focuses on cementitious materials and constitutive modeling. Current structural research also looks at sustainability issues regarding construction and materials in order to lead growth into the future.
Core Courses
Fall
- CEE 5015/6015 Structural Loads
- CEE 6130 Structural Dynamics
- CEE 6140 Advanced Reinforced Concrete Design
Spring
- CEE 6040 Structural Reliability
- CEE 6150 Prestressed Concrete Analysis and Design
- CEE 6930 Advanced Steel Design
If any graduate core courses are not offered in a given year, a graduate elective course may be substituted, subject to approval of the graduate committee.
Note that with approval from the graduate committee, required courses can be waived if the student has successfully completed an equivalent course at Utah State University or elsewhere.
Electives
Fall
- CEE 5350/6350 Foundation Analysis and Design
- CEE 6050 Experimental Methods in Structural Engineering
- MAE 6070 Mechanics of Composite Structures II
- CEE 6090 Theory of Plates and Shells
- CEE 6340 Geotechnical Lab and Field Methods
- CEE 6360 Geotechnical Principles
Spring
- MAE 5060 Mechanics of Composite Materials I
- CEE 5380/6380 Earthquake Engineering
- MAE 6180 Dynamics and Vibrations
- CEE 6320 Deep Foundations
- GEO 6250 Mechanics and Processes in Earth Sciences
- CEE 6300 Earth Structures