Environmental Concentration Requirements
2009-2010

6 credit hours from Group A
9 additional credit hours from Group A or B

Group A

ChE 4221/4222 Senior Research (3) **
ChE 4253: Introduction to Industrial Pollution Control (3)
ChE 4263: Environmental Chemodynamics (3)
ChE 4296: Development of Mathematical Models (3)

Group B (prerequisites in parentheses)

CE 4200: Hydrology (3) (CE 2200 or consent)
CE 4250: Ground Water (3) (CE 2200 or consent)
CE 4260: Design of Hydrologic Systems (3) (CE 3200, CE 4200 or equivalent)
CE 4320: Coastal Engineering (3) (CE 3300 or equivalent)

CHEM 4150: Environmental Chemistry (3) (Same as ENVS 4101)

EVEG 3100: Water Distribution (3) (CE 2200)
EVEG 3110: Water and Wastewater Treatment (3) (CE 2200)
EVEG 4105: Quantitative Water Management (3) (EVEG 3110)
EVEG 4120: Design of Solid and Hazardous Waste Management Systems (3) (EVEG 3100)
EVEG 4130: Control and Treatment of Urban Storm Water (3) (EVEG 3100, 3110 or equiv.)
EVEG 4135: Water Quality Analysis for Natural Systems (4)
EVEG 4157: Design of In-Situ Waste Site Remediation Processes (3) (EVEG 3110)
EVEG 4159: Design of Natural Systems for Wastewater Treatment (3) (EVEG 3110)

ENVS 4035: Aquatic Pollution (ENVS 1126 or other OCS combinations) (3)
ENVS 4262: Environmental Hazards Analysis (3)
ENVS 4900: Watershed Hydrology (3)

GEOL 4081: Chemical Oceanography (3)

OCS 4040: Environmental Pollution Transport Processes (3)
OCS 4128: Wetland Hydrology and Hydrodynamics (3) (GEOL 1001 or equiv.)
OCS 4165: Environmental Chemistry of the Wetlands
OCS 4170: Physical Oceanography (3) (CE 2200 and consent)
OCS 4372: Estuarine Ecology (4) (consent)
OCS 4410: Ecosystem Modeling and Analysis

** senior research project must be related to concentration; requires instructor approval.

Notes

Prerequisite classes that are required for chemical engineers are not listed.

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Last modified on November 3, 2008