| AgE 551 |
Advanced Hydrology |
3 |
| AgE 558 |
Fluid Mechanics of Porous Materials |
3 |
| BSyE 433/533 |
Bioremediation |
3 |
| BSyE ID&WS425 |
Environmental Water Quality |
3 |
| CE ID&WS532 |
Design of Water and Wastewater System II |
3 |
| CE J433/J533 |
Water Quality Management |
3 |
| CE 522 |
Hydraulic Design |
3 |
| CE WS435 |
Hazardous Waste Engineering |
3 |
| ChE 460/560 |
Biochemical Engineering |
3 |
| ChE R578 |
Treatment of Hazardous Chemical Waste |
3 |
| Hydro 563 |
Hydrogeology |
3
|
| ChE 580 |
Engineering Risk
Assessment |
3
|
| Geol 309 |
Groundwater |
3
|
| Hydr 563 |
Hydrogeology |
3
|
| ChE R579 |
Hazardous Waste Site Remediation Design |
3
|
| Minimum Prerequisite Courses |
| CE 320 |
Fluid Mechanics |
3 |
| CE 321 |
Hydrology |
3 |
| CE 330 |
Introduction to Environmental Engineering |
3 |
CE 386
or ChE 453 |
Engineering Economy
Chemical Process Analysis and Design |
3 |
| ChE 223 |
Material and Energy Balances |
3 |
| ChE 321 |
Engineering Thermodynamics |
3 |
| Chem 112 |
General Chemistry |
4 |
| Math 310 |
Ordinary Differential Equations |
3 |
| Stat 301 |
Probability and Statistics |
3 |
| An EnvE faculty committee evaluates
deficiencies and makes recommendations for students entering the program
without an undergraduate degree in engineering. |
The M.S. EnvE and the M. EnvE degrees require 30 and 33 credits, respectively, for graduation. The M.S. EnvE requires a thesis (included in the
30 credits) while the M. EnvE is a non-thesis program. A common set of Core
Courses is required in both programs. In addition to the core, the student
will select Supporting Courses based on career objectives and approved by
her/his graduate committee. Fundamental knowledge contained in some lower division courses is essential to the program. Students who have not
taken these, or similar, courses will be required to remove these deficiencies. Some of these Deficiency Courses must be completed prior to
admission; others can be incorporated into the student's required program. 
