Program Learning Objectives
- Apply and synthesize technical knowledge to solve solutions to advanced Civil and Environmental Engineering problems in a chosen subject area of mastery (Environmental, Geotechnical, Structural, Water Resources, or Transportation Engineering).
- Demonstrate the ability for lifelong learning necessary for the constantly evolving nature of engineering design and practice.
- Effectively communicate technical information orally and in writing.
- Demonstrate independent thinking and decision making skills.
- Integrate ethical and professional components into the solutions of complex engineering problems.
- Evaluate engineering systems for sustainable performance and create solutions to encompass a project's full lifecycle.
Required Courses | ||
CE 591 | Graduate Seminar I | 1 |
CE 592 | Graduate Seminar II | 1 |
Select one of the following options: | 9 | |
Design Project (Thesis) | ||
Or 9 units of advisor approved analysis and design electives within the major (nonthesis option) | ||
Advisor approved analysis and design electives within Civil and Environmental Engineering 3 | ||
Select from the following: 1 | 20-34 | |
Special Problems 2 | ||
Structural Dynamics | ||
Traffic Engineering | ||
Highway Geometrics and Design | ||
Intelligent Transportation Systems | ||
Public Transportation | ||
Highway Pavement Designs | ||
Coastal Hydraulics I | ||
Coastal Hydraulics II | ||
Open Channel Hydraulics | ||
Groundwater Hydraulics and Hydrology | ||
Hydraulic Systems Engineering | ||
Integrated Structural Design | ||
Design of Timber Structures | ||
Bridge Engineering | ||
FRP Strengthening of Reinforced Concrete Structures | ||
Civil Infrastructure and Building Systems | ||
Analysis and Design of Shallow Foundations | ||
Introduction to Geological Engineering | ||
Engineering Risk Analysis | ||
Individual Study 2 | ||
Advanced Matrix Analysis of Structures | ||
Finite Element Analysis | ||
Transportation Systems Planning | ||
Airport Planning and Design | ||
Sustainable Mobility | ||
Transportation Economics and Analysis | ||
Modeling and Simulation in Transportation | ||
Advanced Water Resources Engineering | ||
Groundwater Contamination | ||
Environmental Hydraulics | ||
Analysis and Seismic Design of Reinforced Concrete | ||
Ductile Design of Steel Structures | ||
Advanced Civil Engineering Materials Laboratory | ||
Seismic Analysis and Design | ||
Prestressed Concrete Design | ||
Selected Advanced Laboratory | ||
Engineering Project Management | ||
Advanced Geotechnical Engineering | ||
Geotechnical Earthquake Engineering | ||
Lateral Support Systems | ||
Slope Stability Analysis | ||
Analysis and Design of Deep Foundations | ||
Ground Improvement | ||
Geosynthetics Engineering | ||
Special Problems 2 | ||
Air Pollution Control | ||
Mass Transfer Operations | ||
Water Chemistry and Water Quality Measurements | ||
Introduction to Hazardous Waste Management | ||
Water and Wastewater Treatment Design | ||
Sustainable Solid Waste Engineering | ||
Bioremediation Engineering | ||
Industrial Pollution Prevention | ||
Environmental Health and Safety | ||
Senior Project Design Laboratory I | ||
Senior Project Design Laboratory II | ||
Environmental Engineering of Energy | ||
Individual Study 2 | ||
Physico-Chemical Water and Wastewater Treatment | ||
Biological Wastewater Treatment Processes Engineering | ||
Decentralized Wastewater Management | ||
Advanced Membrane Technology and Applications | ||
Sustainable Environmental Engineering | ||
Advisor approved electives outside of Civil and Environmental Engineering 3 | ||
Non-CE/ENVE advisor approved electives 1 | 0-14 | |
Total units | 45 |
1 | To be selected after consultation with your academic advisor and the CE/ENVE graduate coordinator |
2 | No more than 4 total units of technical elective credit from CE 400, CE 500 and ENVE 400, ENVE 500 combined. |
3 | In total, at least 27 units of advisor approved electives (both within and outside of Civil and Environmental Engineering) must be at the 500 level. |