Irrigation and Drainage
Courses
Each student develops, in consultation with his/her graduate student committee, a specific program of study and research that is consistent with the individual’s background, interests, and goals. Many students follow programs similar to the ones listed below.
| Core Courses | ||
| CIVE 516 (S) | Water Control & Measurement | |
| CIVE 425 (S) | Soil and Water Engineering | |
| CIVE 512 (S) | Irrigation Systems Design | |
| CIVE 519 (F) | Irrigation Water Management | |
| CIVE 549 (S) | Drainage and Wetlands Engineering | |
| Elective Courses | ||
| CIVE 580A2 (S) | Conjunctive Ground/Surface Management | |
| CIVE 576 (F) | Engineering Applications of GIS and GPS | |
| CIVE 520 (F) | Physical Hydrology | |
| CIVE 521 | Hydrometry | |
| CIVE 531(F) | Groundwater Hydrology | |
| CIVE 532(S) | Wells and Pumps | |
| CIVE 525 (F) | Water Engineering for International Development | |
| CIVE 544 (F) | Water Resources Planning & Management | |
| CIVE 546 (S) | Water Resources Systems Analysis | |
| CIVE 547 | Statistics for Environmental Monitoring | |
| CIVE 571 (S) | Pipe System Engineering and Hydraulics | |
| CIVE 577 (S) | GIS in Civil and Environmental Engineering | |
| ENGR 520 (S) | Engineering Decision Support/Expert Systems | |
| AGRI 500 (S) | Advanced Issues in Agriculture | |
| CIVE 612 | Open-Channel Flow | |
| CIVE 625 | Quantitative Eco-Hydrology | |
| CIVE 631 | Computational Methods in Sub-surface Systems | |
| CIVE 681A1 | Systems for Developing Groundwater Resources | |
| NSCI 696 (F/S) | Group Study: The Habitable Planet: a Systems Approach to Environmental Science | |
| SOCR 470 | Soil Physics | |
| SOCR 471 | Soil Physics Laboratory | |
| SOCR 490 | Hydrus-1D Workshop | |
| SOCR 522 | Plant Canopy Meteorology | |
