JACKSON STATE UNIVERSITY | 269
CIV 430 (3) Foundation Engineering. Prerequisite:
CIV 380. Shallow foundation analysis and factors to
consider for design, subsurface investigations for
design,bearingcapacityandsettlement,matfoun-
dations, piles, caissons, lateral earth pressures and
retainingwalls,siteimprovementtechniques,design
of sheet pile walls and support systems, critical thinking
and engineering judgment, ethical considerations.
CIV 441 (3) Water and Wastewater Treatment Processes.
Prerequisites:CHEM141,CHML141,CIV340,andCIVL
340. Theories, engineering principles, and design
of modern water supply and wastewater treatment
processes.Physical-chemicalprocess,including
screening, sedimentation, aeration, coagulation,
occulation,ltration,absorption,softening,and
disinfection. Biological processes including activated
sludge process and anaerobic processes for
wastewater and sludge digestion, with emphasis on
urban issues. Completion of a design project.
CIV 451 (3) Computer Methods in Civil Engineering.
Prequisite:EN105,MATH368,anddepartmental
approval. Fundamentals of analog and digital
computers.Organizationofproblemsforcomputa-
tionalsolution,owcharts,programming,simulation
of nonlinear physical systems for application in
engineering design, numerical methods in civil
engineering. Case studies in civil engineering.
CIV 460 (3) Design of Environmental Engineering
Facilities.Prerequisite:CIV330,340,andCIVL340.
Analysis and design considerations for environmental
engineering facilities such as water and wastewater
treatmentplants;physicalengineeringmanagement
and solid and hazardous waste, design constraints,
resourcesrecovery;biologicalprocesses;economical,
ethical, societal and other professional considerations,
urban issues, completion of a major design project.
CIV 461 (1) Professional and Ethical Issues in Civil
Engineering.Prerequisites:seniorstandingincivil
engineering.Thetaskofthiscourseistoreect
on the professional and ethical responsibilities
ofengineers,whichcansometimesconictwith
technical responsibilities. This course will articulate
an ethical framework for engineers by critically
reectingonengineeringpracticeandexaminingthe
ethical challenges that confront engineers working
within teams and organizations. The course covers
issues such as the social responsibility of engineers,
attitudes,truth-tellinganddisclosure,whistle-
blowing,contemporaryissues,andrisk-assessment,
and the importance of professional licensure.
CIV 465 (3) Advanced Water Resources Engineering.
Prerequisite:CIV370.Advancedengineering
hydrology, advanced hydraulic structures, hydraulic
similitudeandmodeling,waveaction,owover
spillways, optimization of water resources systems,
design constraints, introduction to GIS applications
to water resources engineering, completion of a
major design project.
CIV 466 (3) Advanced Design of Hydraulic Structures.
Prerequisite:CIV370.Analysisandcharacteristicsof
owinopenchannels(naturalandarticial);channel
designconsiderationsincludinguniformow(rivers,
sewers), flow measuring devices (weirs, flumes),
gradually varied flow (backwater and other flow
proles,oodrouting),rapidlyvariedow(hydraulic
jump, spillways), and channel design problems (geometric
considerations, scour, channel stabilization, sediment
transport);analysisanddesignofhydraulicstructures
such as dams, spillways, etc., based on economic,
environmental, ethical, political, societal, health,
urban issues, and safety considerations.
CIV 468 (3) Hazardous Waste Engineering.
Prerequisite:CHEM241,CHML241,CIV340,and
CIVL 340. Comprehensive study of the complex,
interdisciplinary engineering principles involved in
hazardous waste handling, collection, transportation,
treatment, and disposal. Also covered are waste
minimization,sitere-mediation,andregulations
important for engineering applications. Design
constraints, engineering judgment, and ethical
responsibility are covered. Contemporary hazardous
waste issues and urban issues are also addressed.
CIV 470 (3) Urban Transportation Engineering
System Design. Prerequisites:CIV310,390,andCIVL
310. Advanced design of highway systems, vehicle
and driver characteristics, highway capacity, design
ofurbanstreetsandexpressways.Designcon-
straints. Individual and team design projects oriented
toward the solution of local urban transportation
problems, societal and economical considerations.
CIV 471 (3) Principles of Geoenvironmental Engineering.
Prerequisite:CIV380.Topicsingeoenvironmental
engineeringinanurbanenvironment,landlldesign
andincinerationoptions.Stabilityoflandlls,liner
systems. Waste characterization, minimization, collection,
treatment, transport and disposal. Leachate characteristics
and potential groundwater contamination, design
constraints. Legal and ethical considerations.