calculus-based physics, general chemistry, an earth science, (e.g., geology, meteorology, soil science, relevant to the program of study), a biological science, (e.g., microbiology, aquatic biology, toxicology, relevant to the program of study), and fluid mechanics relevant to the program of study
Specific Program Outcome
proficiency in mathematics through differential equations, probability and statistics,
Introductory level knowledge of environmental issues associated with air, land, and water systems and associated environmental health impacts
Course(s)
MATH 1351
MATH 1352
MATH 2350
MATH 3350
STATISTICS
CE 1305
CE 3303
PHYS 1408
CE 2301
CHEM 1307
CHEM 1308
ENVE 4315
ENTX 6445
ATMO 1300
GEOL 1303
GEOL 1101
CE 3321
CE 5363
CE 5364
CE 5395
BIOL1403
BIOL 1404
CE 3309
CE 5383
ENVE 4185
CE 5393
ENVE 4385
CE 3305
ENVE 4107
ENVE 4191
ENVE 4314
CE 3372
CE 4353
CE 5360
ENVE 1100
CE 3309
CE 5363
CE 5364
CE 5383
CE 5393
CE 5395
ENVE 4107
ENVE 4185
ENVE 4191
Topics
Calculus I
Calculus II
Calculus III
Differential equations
Either Math 3342 or IE 3341
Math
Math
Mechanics, kinematics, energy, momentum, thermodynamics
Application of physics
General chemistry I
General chemistry II
Water chemistry
Chemical sources and fates in environmental systems
Introduction to Atmospheric Science
Physical Geology
Geology laboratory
Soil characteristics and mechanics
Hydrogeology, porous media flow
Subsurface contaminant transport and fate
Geologic controls on landfill design
Cell biology, biochemistry, molecular biology
Organisms, ecology, biodiversity
Softening and bacterial growth and kinetics
Bioremediation in soil systems
Microbial processes in wastewater and nature
Microbial wastewater treatment
Water quality
Fluid mechanics
Water quality
Desalination and membrane fouling
Microbial growth, nutrient requirements
Pipe flow and open channel flow
Open channel design
Open channel flow
Review subdisciplines envir. engineering
Streeter-Phelps, air pollution, water/wastewater
Groundwater quality and quantity issues
Protection and remediation of groundwater, risk assessment
Bioremediation of soil
Treatment of wastes
Solid waste and hazardous waste generation, disposal, environmental and health impacts
Water quality parameters
Microbial and in/organic contamination soil/water
Quality-based water source & disposal selection

ENVE 4307
ENVE 4385
ENVE 4391
ENVE 4399
ENVE 4314
ENVE 4315
ENVE 5303
Conduct laboratory experiments and critically analyze and interpret data in more than one of the major environmental engineering focus areas
Engineering design experiences integrated throughout the professional component of the curriculum
CE 3105
ENVE 1100
ENVE 4107
ENVE 4191
ENVE 4185
CE 3354
CE 3372
CE 4353
CE 5360
CE 5363
CE 5364
ENVE 4307
ENVE 4391
Proficiency in advanced principles and practice relevant to the program objectives
Understanding of concepts of
ENVE 4399
ENVE 5303
ENVE 5305
ENVE 5306
CE 3372
CE 5364
CE 5395
ENVE 4307
ENVE 4314
ENVE 4315
ENVE 4385
ENVE 4391
ENVE 4399
ENVE 5303
ENVE 5305
ENVE 5306
CE 3309
CE 3354
Water quality parameters
Microbial and in/organic contamination soil/water
Quality-based water source selection
Quality-based water source & disposal selection
Membrane fouling, Desalination
Water pollutant chemistry
Air pollution sources, environmental impacts, dispersion, control
Fluid flow, energy losses, flow control devices
Water filter design
Water quality testing
Jar tests for treatment; solid waste generation and leaching
Microbial enumeration and growth
Design of storm water runoff control systems
Pipe networks, sanitary and stormwater collection design
Design of open channels and culvert selection
Design of open channels
Design of well systems
Design of remediation systems
Sizing of units for wastewater treatment
Sizing of units for potable water treatment
Wastewater treatment with cost, hydraulic profiles
Selection and sizing of air control devices
Plant design, selection, sizing of wastewater treatment units, odor handling, solid waste generation rates, solid waste disposal
Site layout, hydraulic profile, and technical memoranda, cost
Design of storm water, sewer and potable water systems
Ground water resource, chemistry, modeling
Solid and hazardous waste focus
Chemistry, wastewater treatment
Design of membrane systems
Application of water chemistry in treatment systems
Microbial growth parameters affecting treatment performance
Chemistry, water treatment
Chemistry, wastewater treatment
Atmospheric systems and air pollution control
Wastewater management, sludge management
Wastewater management, sludge management
Regulatory requirements
Standard-of-practice

professional practice and the roles and responsibilities of public institutions and private organizations pertaining to environmental engineering
CE 5364
ENVE 4307
ENVE 4391
ENVE 4399
ENVE 5303
ENVE 5305
ENVE 5306
ENGR 4392
Water quantity and quality regulations, risk assessment
Regulatory requirements
Regulatory requirements
Regulatory requirements
Regulatory requirements
Comparison of alternatives on cost and O&M
Preparation of technical memoranda for bidding
Professional practice issues and ethics