100 Level Classes

• CIVE102 3(2-3-0). Introduction: Civil/Environmental Engineering. F
  

  Civil engineering profession, computer applications and programming related to civil engineering; introduction to surveying.

• CIVE103 3(2-2-0). Engineering Graphics and Computing. S
  

  Prerequisites: CIVE102
  Introduction to the profession and academia; principles of civil engineering design; graphical, oral, and written communication; team projects.

200 Level Classes

• CIVE202 3(2-2-0). Numerical Modeling and Risk Analysis. F
  

  Prerequisites: CIVE103 AND (MATH160 OR concurrent registration.)
  Civil engineering systems, simulation and optimization techniques, statistical tools and their use in civil engineering, risk analysis.

• CIVE203 3(2-2-0). Engineering Systems and Decision Analysis. S
  

  Prerequisites: CIVE202
  Civil engineering infrastructure systems, numerical and decision analysis techniques, statistical and risk analysis.

• CIVE260 3(3-0-0). Engineering Mechanics-Statics. F, S
  

  Prerequisites: MATH160 AND (PH141 OR concurrent registration)
  Forces using vector notation; static equilibrium of rigid bodies; friction, virtual work, centroids, and moments of inertia.

• CIVE261 3(3-0-0). Engineering Mechanics-Dynamics. F, S
  

  Prerequisites: CIVE260
  Kinematics and kinetics of particles and rigid bodies; concepts of work-energy and impulse-momentum; computer applications; vector notation.
  1st Syllabus, 2nd Syllabus

• CIVE262 4(3-2-0). Engineering Mechanics. F
  

  Prerequisites: MATH161 AND PH141
  Forces, static equilibrium, mass center, moments of inertia, kinematics and kinetics of particles and rigid bodies.

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300 Level Classes

• CIVE300 4(3-3-0). Fluid Mechanics. F, S
  

  Prerequisites: CIVE261 AND (MATH340 OR concurrent registration) AND ((MECH337 OR concurrent registration) OR (MECH237 OR concurrent registration))
  Fluid properties; statics, kinematics, and dynamics of fluid motion including viscous and gravitational effects.

• CIVE302 3(2-3-0). Evaluation of Civil Engineering Materials. F
  

  Prerequisites: CHEM111 AND CIVE203 AND CIVE360
  Behavior and properties of construction materials, instrumentation, use of statistical tools, material standards, material selection, quality control.

• CIVE303 3(3-0-0). Infrastructure and Transportation Systems. S
  

  Prerequisites: CIVE203
  Principles of infrastructure systems, transportation systems, applications of spatial and GIS, project management and engineering economy.

• ENVE322/CIVE322 3(3-0-0). Basic Hydrology. F, S
  

  Prerequisites: (CBE331 OR CIVE300 OR WR416) AND (CIVE202 OR STAT301 OR STAT315)
  Hydrologic cycle, soil moisture, groundwater, runoff processes, water contamination, applications in water resources and environmental engineering.

• CIVE330 2(2-0-0). Ecological Engineering. S
  

  Principles of ecological engineering and design of sustainable ecosystems.

• CIVE350 3(2-3-0). Soil Engineering for Nonengineers. F, S
  

  Prerequisites: CON359
  Concepts of soil mechanics and soil behavior, elementary application to compaction, seepage, earth pressure, foundations, and slopes.

• CIVE355 4(3-3-0). Introduction to Geotechnical Engineering. F, S
  

  Prerequisites: CIVE360
  Soil behavior, stress-strain and strength properties, application to earth pressure, slope and foundation problems.

• CIVE360 3(3-0-0). Mechanics of Solids. F, S
  

  Prerequisites: CIVE260 OR CIVE262
  Stresses and deformations in structural members and machine elements, combined stresses, stress transformation.

• CIVE363 1(0-3-0). Material Properties. F, S
  

  Prerequisites: CIVE360
  Mechanical properties of metals, woods, and plastics; testing techniques and standards.

• CIVE367 3(3-0-0). Structural Analysis. F, S
  

  Prerequisites: CIVE360
  Determination of actions in and deformations of determinate and indeterminate structures.

• CIVE390 0(0-0-0). Civil Engineering Student Projects Workshop F, S
  

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400 Level Classes

• CIVE401 3(3-0-0). Hydraulic Engineering. S
  

  Prerequisites: CIVE300
  Basic principles of fluid mechanics applied to practical problems in hydraulic engineering.

• CIVE402 3(2-2-0). Senior Design Principles. F
  

  Prerequisites: CIVE300 AND (CIVE303 OR CHEM245)
  Design of civil engineering systems, nontechnical and economic design considerations, project organization, design project development and presentation.

• CIVE403 3(2-2-0). Senior Project Design. S
  

  Prerequisites: CIVE402
  Design of civil engineering systems, nontechnical and economic design considerations; project organization, design project development and presentation.

• CIVE413 3(3-0-0). Environmental River Mechanics. S
  

  Prerequisites: CIVE300 OR WR416
  Fluvial geomorphology, river hydraulics, sediment transport, and river response with special emphasis on environmental aspects.

• CIVE423 3(3-0-0). Groundwater Engineering. S
  

  Prerequisites: CIVE300 OR CBE331 OR WR416
  Development of groundwater resources; origin, movement, distribution of water below ground surface.

• CIVE425 3(2-3-0). Soil and Water Engineering. S
  

  Prerequisites: CBE331 OR CIVE300 OR SOCR240
  Control of the soil-water-plant medium for optimum plant growth and environmental protection.

• CIVE437/ENVE437 3(3-0-0). Wastewater Treatment Facility Design. S
  

  Prerequisites: CIVE300 AND (CIVE438 OR ENVE438 OR concurrent registration)
  Design concepts and principles for wastewater treatment systems and unit processes, principles of treatment plant operation.

• ENVE438/CIVE438 3(3-0-0). Environmental Engineering Concepts. F, S
  

  Prerequisites: CHEM113 AND (CIVE300 OR CBE331 OR MECH342)
  Environmental engineering approaches to designing water supply, wastewater removal, and pollution control systems.

• CIVE439 3(2-3-0). Environmental Engineering Chemical Concepts. F
  

  Prerequisites: CHEM113 AND MATH340
  Application of chemical principles to environmental engineering problems.

• CIVE440 3(3-0-0). Nonpoint Source Pollution. F
  

  Prerequisites: CIVE300 OR CIVE322 OR ENVE322 OR SOCR240 OR WR416
  Principles, processes, impacts, and control of nonpoint source pollution of surface and groundwater.

• ENVE441 3(2-3-0). Water Quality Analysis and Treatment. S
  

  Prerequisites: (CIVE438 OR ENVE438 OR concurrent registration) OR (CIVE440 OR concurrent registration)
  Physical, chemical and biological methods for the characterization of waters and wastewaters.

• CIVE455 3(3-0-0). Applications in Geotechnical Engineering. F
  

  Prerequisites: CIVE355
  Geotechnical engineering applications of earth retaining structures, foundations, dams and embankments, geosynthetics, waste containment systems.

• CIVE466 3(3-0-0). Design and Behavior of Steel Structures. S
  

  Prerequisites: CIVE367
  Loads acting on a structure; behavior and design of steel members, connections, and systems.

• CIVE467 3(3-0-0). Design of Reinforced Concrete Structures. F
  

  Prerequisites: CIVE367
  Design and behavior of reinforced concrete structural members.

• CIVE495 0(0-0-0). Independent Study F, S, SS
  

• CIVE496 0(0-0-0). Group Study F, S, SS
  

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500 Level Classes

• CIVE502 3(3-0-0). Fluid Mechanics. F
  

  Prerequisites: CIVE300
  Fundamental physical concepts of fluid mechanics; ideal and viscous fluid flows; boundary-layer concepts.

• CIVE504 3(3-0-0). Wind Engineering. F
  

  Prerequisites: CIVE300
  Influence of wind on humanity. Applications to structures, air pollution, wind energy, agricultural aerodynamics, snow movement, human comfort.

• CIVE506 3(3-0-0). Wind Effects on Structures. S
  

  Prerequisites: CIVE504
  Analysis of wind effects on buildings and structures; deterministic and probabilistic methods; aerodynamic loading and response; codes and standards.

• CIVE510 3(3-0-0). Applied Hydraulic System Design. F
  

  Prerequisites: CIVE401
  Operational management systems, data collection, real-time control, management modeling, rehabilitation and retrofit, maintenance.

• CIVE512 3(3-0-0). Irrigation Systems Design. F
  

  Prerequisites: (CIVE322) OR CIVE425
  Irrigation systems principles and design procedures for operation of sprinkler, trickle, and surface.

• CIVE514 3(3-0-0). Hydraulic Structures/Systems. F
  

  Prerequisites: CIVE401
  Analysis and design of hydraulic structures which make up components of water resource systems.

• CIVE516 3(3-0-0). Water Control and Measurement. S
  

  Flow regulation and measurement in gravity flow irrigation systems for efficient and equitable water distribution among users.

• CIVE517 3(3-0-0). Surface Irrigation Systems. F
  

  Prerequisites: CIVE425
  Design and evaluation of surface irrigation systems. Water measurements, conveyance and control structures, land forming.

• CIVE518 3(3-0-0). Sprinkler and Trickle Irrigation Systems. S
  

  Prerequisites: CIVE425 AND CIVE300
  Basic principles, design, and evaluation of pressurized irrigation systems.

• CIVE519 3(3-0-0). Irrigation Water Management. F
  

  Apply soil, plant, water, and stmospheric engineering principles to determine crop water need to sustain agricultural production and the environment.

• CIVE520 3(3-0-0). Physical Hydrology. F
  

  Prerequisites: CIVE322 OR ENVE322
  Hydrologic, atmospheric processes in the water cycle; linear systems, hydrologic response; geomorphologic description of hydrologic processes, response.

• *CIVE521 3(2-3-0). Hydrometry. F
  

  Prerequisites: CIVE322 OR ENVE322
  Principles, methods, instruments, and equipment for measuring water quantity and water quality variables in nature.

• CIVE522 3(3-0-0). Engineering Hydrology. S
  

  Prerequisites: CIVE520
  Hydrologic design under uncertainty; conventional and remote sensing; design flows and storms; river routing; reservoir design; watershed models.

• ºCIVE524 4(3-0-1). Modeling Watershed Hydrology. S
  

  Prerequisites: (STAT340 OR STAT315) AND (WR416 OR (CIVE322 OR ENVE322))
  Development and application of watershed models: structure, calibration, evaluation, sensitivity analysis, simulation.

• *CIVE525 3(3-0-0). Water Engineering: International Development. F
  

  Prerequisites: CIVE401 OR CIVE425 OR CIVE438 OR ENVE438
  Planning and design of small-scale and low-cost drinking water, wastewater, and irrigation systems for rural communities in developing countries.

• CIVE531 3(3-0-0). Groundwater Hydrology. F
  

  Prerequisites: CIVE300 OR CBE331 OR MECH342
  Groundwater occurrence, distribution, movement, exploration and recharge, well hydraulics and design, interaction of ground and surface water.

• CIVE532 3(3-0-0). Wells and Pumps. S
  

  Well field hydraulics, well drilling methods, well design, aquifer test methods, pumping systems, well maintenance, storage/distribution systems.

• ECE 533 3(2-3-0). Biomolecular Tools for Engineers. F
  

  Prerequisites: MIP300 OR BMS300
  Theoretical and practical aspects of biomolecular laboratory tools - PCR, cloning, sequencing, single-molecule optical techniques and live-cell imagin.

• CIVE534 3(2-2-0). Applied and Environmental Molecular Biology S
  

  Environmental microbiology and molecular biology tools used to investigate both natural systems and engineered processes.

• CIVE537 3(3-0-0). Residuals Management. S
  

  Prerequisites: CIVE300
  Planning and design for processing and disposal of residuals including solid wastes, sludges, hazardous wastes.

• CIVE538 3(3-0-0). Aqueous Chemistry. S
  

  Prerequisites: CHEM113 AND MATH340
  Principles of solution chemistry applied to aquatic systems.

• ºCIVE539 3(2-3-0). Water and Wastewater Analysis. F
  

  Prerequisites: CHEM113 AND MATH340
  Chemical and biological methods of assessing water quality; significance of chemicals in aquatic systems.

• CIVE540 3(3-0-0). Advanced Biological Wastewater Processing. S
  

  Fundamentals of environmental biotechnology: environmental microbiology, microbial kinetics, basic reactor design, wastewater treatment.

• CIVE541 4(3-3-0). Environmental Unit Operations-Treatment-Design. S
  

  Prerequisites: CIVE439 OR CBE439
  Reactor theory, filtration, adsorption, ion exchange, gas transfer, oxidation, membranes, biological reactors, disinfection.

• ºCIVE542 3(3-0-0). Water Quality Modeling. S
  

  Prerequisites: Two semesters of chemistry, one course in hydrology or water quality
  Chemical, physical, and biological processes defining surface water quality, construction and application of computer models for lakes and streams.

• CIVE544 3(3-0-0). Water Resources Planning and Management. F
  

  Prerequisites: CIVE322 OR ENVE322
  Management and planning of natural and constructed water systems. Integrated management and case studies of water use and environmental resources.

• CIVE545 3(3-0-0). Management and Monitoring of Water Quality. F
  

  Prerequisites: WR418 OR (CIVE322 OR ENVE322)
  Management activities, information needs, data analysis protocols, network design, case studies.

• CIVE546 3(2-2-0). Water Resource Systems Analysis. S
  

  Prerequisites: ((CIVE322 OR ENVE322) OR concurrent registration) AND ((ENGR510 OR MATH510) OR concurrent registration)
  Applications of systems analysis and optimization techniques in water resources planning and management.

• CIVE547 3(3-0-0). Statistics for Environmental Monitoring. S
  

  Prerequisites: STAT301
  Applications of statistics in environmental pollution studies involving air, water, or soil monitoring; sampling designs; trend analysis; censored data.

• CIVE548 3(3-0-0). Irrigation Management for Water Quality. F
  

  Prerequisites: CIVE425
  Environmental impacts of irrigation; reduced environmental impact by improved design and management of irrigation; sustainability.

• CIVE549 3(3-0-0). Drainage and Wetlands Engineering. S
  

  Prerequisites: CIVE425
  Drainage and wetlands design for agricultural and natural resource applications. Water table modification for nonpoint sources pollution control.

• CIVE550 3(3-0-0). Foundation Engineering. F
  

  Prerequisites: CIVE355
  Mechanics and methodology of foundation engineering; selection and design of foundation systems on soft, firm, and expansive soils; special problems.

• ºCIVE553 3(3-0-0). Slope Stability and Retaining Structures. S
  

  Prerequisites: CIVE355
  Slope stability theory and application, retaining walls, sheet-pile walls, braced excavations, geosynthetic uses.

• *CIVE556 3(3-0-0). Seepage and Earth Dams. S
  

  Prerequisites: CIVE355
  Hydraulic conductivity measurements; seepage analysis and control; earth dam and embankment design; computer applications.

• CIVE558 3(3-0-0). Containment Systems for Waste Disposal F. F
  

  Prerequisites: CIVE355
  Basic principles governing the design of containment systems used in waste disposal applications.

• CIVE560 3(3-0-0). Advanced Mechanics of Materials. F
  

  Prerequisites: CIVE360 AND CIVE261
  Analysis of stress and strain failure theory; selected topics in solid mechanics, plate analysis; introduction to elastic stability.

• CIVE562 3(3-0-0). Fundamentals of Vibrations. S
  

  Prerequisites: CIVE261 AND CIVE360
  Free and forced vibrations of single, two, and multiple degree of freedom systems. Closed-form and numerical solutions.

• CIVE563 3(3-0-0). Structural Reliability: Theory, Application. S
  

  Theory of structural reliability as it relates to analysis, design, construction, and maintenance of structural and mechanical systems.

• CIVE565/CIVE566 3(3-0-0). Finite Element Method. S
  

  Prerequisites: MATH340
  Theory and application in elasticity, porous flow, heat conduction, and other engineering problems.

• CIVE566/CIVE567 3(3-0-0). Intermediate Structural Analysis. F
  

  Prerequisites: CIVE367
  Work and energy concepts, curved members and arches, matrix analysis of linear systems, numerical techniques.

• CIVE567/CIVE568 3(3-0-0). Advanced Concrete Design. S
  

  Prerequisites: CIVE467
  Behavior of reinforced and prestressed concrete members. Development of design methods. Behavior and design of slabs, shearwalls, and buildings.

• CIVE568/CIVE569 3(3-0-0). Design of Masonry and Wood Structures. S
  

  Behavior and design of structures and structural components constructed of masonry or engineered wood.

• CIVE569/CIVE571 3(3-0-0). Intermediate Design of Wood Structures. F
  

  Prerequisites: CIVE367 AND CON432
  Characteristics of structural products and their consideration in design; behavior of glulam members, wood trusses, and other wood structural systems.

• CIVE571/CIVE572 3(3-0-0). Pipe System Engineering and Hydraulics. S
  

  Prerequisites: CIVE300
  Planning, design and management of water, wastewater, and industrial pipelines. Emphasis on flow and operation of water supply pipelines.

• *CIVE572/CIVE573 3(2-2-0). Analysis of Urban Water Systems. F
  

  Prerequisites: CIVE300 AND CIVE401
  Behavior and interaction of urban water distribution and collection systems; how system state and driving variables affect system performance.

• ºCIVE573/CIVE574 3(2-2-0). Urban Stormwater Management. F
  

  Prerequisites: CIVE401 AND (CIVE322 OR ENVE322)
  Effects of urbanization on watershed hydrology and receiving waters; control practices to mitigate effects using mathematical models.

• CIVE574/CIVE576 3(3-0-0). Civil Engineering Project Management. F
  

  Principles of civil engineering project management including proposals, contracts, scheduling, quality assurance, budgeting, and risk management.

• CIVE576/CIVE577 3(2-2-0). Engineering Applications of GIS and GPS. F
  

  Integration of GPS and GIS in the planning and decision making process, application to case study.

• CIVE577/CIVE578 3(2-2-0). GIS in Civil and Environmental Engineering. S
  

  Prerequisites: CIVE300 AND (CIVE322 OR ENVE322)
  GIS technology for spatial design/analysis; applications in facilities management, urban infrastructure, water resources, environmental engineering.

• CIVE578/CIVE579 3(3-0-0). Infrastructure And Utility Management. S
  

  Prerequisites: Ten credits of engineering, economics, public administration, or planning courses
  Infrastructure and utility planning, management, and security. Systems approach to life cycle management. Problems, analysis, decision support systems.

• CIVE579/CIVE584 3(3-0-0). Risk and Security of the Built Envrionment. F
  

  Infrastructure security and safety to prepare the built environment against natural and human-caused threats.

• CIVE584 0(0-0-0). Supervised College Teaching. F, SS
  

• CIVE592A 1(0-0-1). Seminar-Fluid Mechanics and Wind Engineering. SS
  

• CIVE592E 1(0-0-1). Seminar-Geotechnical Engineering. SS
  

• CIVE592G 1(0-0-1). Seminar-Environmental Engineering. SS
  

• CIVE592L 1(0-0-1). Seminar-Space Engineering. SS
  

• CIVE592A 1(0-0-1). Seminar-Fluid Mechanics and Wind Engineering. F, S
  

• CIVE592E 1(0-0-1). Seminar-Geotechnical Engineering. F, S
  

• CIVE592G 1(0-0-1). Seminar-Environmental Engineering. F, S
  

• CIVE592L 1(0-0-1). Seminar-Space Engineering. F, S
  

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600 Level Classes

• CIVE604 3(3-0-0). Fluid Turbulence and Modeling. S
  

  Prerequisites: CIVE502 OR CIVE504
  Engineering concepts for transport of pollutants, toxic and flammable species, sand, and snow. Fluid modeling, numerical and analytical approaches.

• CIVE607 3(3-0-0). Computational Fluid Dynamics S
  

  Numerical methods used in computational solutions of hydraulics, environmental and wind engineering problems.

• CIVE610 3(3-0-0). Special Topics in Hydraulics. S
  

  Prerequisites: CIVE502
  Advanced topics in hydraulics, hydromechanics, environmental hydraulics, and computational hydraulics.

• CIVE612 4(4-0-0). Open Channel Flow. S
  

  Prerequisites: CIVE502
  Steady, uniform, and non-uniform flow; backwater curves; flow through bridge piers, transitions, and culverts; spatially varied and unsteady flow.

• CIVE613 3(3-0-0). Stream Rehabilitation Design. S
  

  Prerequisites: CIVE401
  Analysis and design of streams and channels in harmony with the environment.

• CIVE622 3(3-0-0). Risk Analysis of Water/Environmental Systems. F
  

  Prerequisites: STAT315 AND (CIVE322 OR ENVE322)
  Risk and uncertainty analysis applied to hydrology, hydraulics, groundwater, water resources, and environmental engineering systems.

• CIVE623 3(3-0-0). Water Quality Hydrology. S
  

  Prerequisites: CIVE322 OR ENVE322
  Effects and dispersion of natural, municipal, industrial, toxic, and other water pollutants on natural and impounded waters.

• *CIVE624 3(3-0-0). Control of Floods and Droughts. S
  

  Prerequisites: CIVE522
  Flood and drought characteristics, impacts; structural, nonstructural flood control measures; drought prediction, drought control, drought response.

• CIVE631 3(3-0-0). Computational Methods in Subsurface Systems. F
  

  Prerequisites: CIVE531 AND MATH340
  Numerical flow models; finite difference and finite element methods; parameter identification, stochastic modeling and advanced analytical solutions.

• CIVE638 3(3-0-0). Groundwater Quality and Contaminant Transport. S
  

  Prerequisites: CIVE531
  Analysis of hydrochemical data. Advection with and without mixing. Retardation of reactive solutes. Design of groundwater quality investigations.

• *CIVE639 3(3-0-0). Technology Assessment and Social Forecasting. F
  

  Prerequisites: SOC500
  Interrelationship between technology and society emphasizing procedures for evaluating impacts and forecasting alternatives.

• *CIVE645 3(2-2-0). Computer-Aided Water Management and Control. F
  

  Prerequisites: CIVE546 OR CIVE577
  Real-time management and control of water resource systems; applications of computer control concepts to improve system performance.

• ºCIVE654 3(2-3-0). Experimental Soil Mechanics. F
  

  Prerequisites: CIVE355
  Experimental design; data acquisition; soil fabric; isotropic/K0 condensation; swelling; stiffness; shear wave velocity; triaxial; hollow cylinder; partial saturation.

• *CIVE655 3(3-0-0). Advanced Soil Mechanics. F
  

  Prerequisites: CIVE355
  Advanced topics in shear strength and consolidation of soils; stress paths; anisotropy; submergence; partial and radial drainage; numerical methods.

• CIVE658 3(3-0-0). Remediation Systems-Subsurface Contamination. S
  

  Applications in geoenvironmental engineering practice involving design of in situ containment and remediation systems.

• CIVE662 3(3-0-0). Foundations of Solid Mechanics. F
  

  Prerequisites: CIVE560 AND MATH531
  Analysis of stress and strain in solids emphasizing linear elasticity and plasticity; introductions to creep, viscoelasticity, and finite deformations.

• CIVE667 3(3-0-0). Advanced Structural Analysis. S
  

  Prerequisites: CIVE566
  Analysis program development, application of finite element analysis, computer-assisted analysis, introduction to nonlinear analysis.

• ºCIVE669 3(3-0-0). Advanced Design of Metal Structures. S
  

  Prerequisites: CIVE466
  Behavior of steel, aluminum, and cold formed members. Development of elastic and inelastic code provisions. LRFD design methods, building systems.

• CIVE684 0(0-0-0). Supervised College Teaching. F, S, SS
  

• CIVE695A 0(0-0-0). Independent Study-Fluid Mechanics and Wind Engineering. F, S, SS
  

• CIVE695B 0(0-0-0). Independent Study-Hydraulics. F, S, SS
  

• CIVE695C 0(0-0-0). Independent Study-Hydrology and Water Resources. F, S, SS
  

• CIVE695D 0(0-0-0). Independent Study-Mechanics. F, S, SS
  

• CIVE695E 0(0-0-0). Independent Study-Geotechnical Engineering. F, S, SS
  

• CIVE695F 0(0-0-0). Independent Study-Structures. F, S, SS
  

• CIVE695G 0(0-0-0). Independent Study-Environmental Engineering. F, S, SS
  

• CIVE695H 0(0-0-0). Independent Study-Water Resource Planning and Management. F, S, SS
  

• CIVE695I 0(0-0-0). Independent Study-Groundwater. F, S, SS
  

• CIVE695J 0(0-0-0). Independent Study-Bioresource and Agricultural Engineering. F, S, SS
  

• CIVE696A 0(0-0-0). Group Study-Fluid Mechanics and Wind Engineering. F, S, SS
  

• CIVE696B 0(0-0-0). Group Study-Hydraulics. F, S, SS
  

• CIVE696C 0(0-0-0). Group Study-Hydrology and Water Resources. F, S, SS
  

• CIVE696D 0(0-0-0). Group Study-Mechanics. F, S, SS
  

• CIVE696E 0(0-0-0). Group Study-Geotechnical Engineering. F, S, SS
  

• CIVE696F 0(0-0-0). Group Study-Structures. F, S, SS
  

• CIVE696G 0(0-0-0). Group Study-Environmental Engineering. F, S, SS
  

• CIVE696H 0(0-0-0). Group Study-Water Resource Planning and Management. F, S, SS
  

• CIVE696I 0(0-0-0). Group Study-Groundwater. F, S, SS
  

• CIVE696J 0(0-0-0). Group Study-Bioresource and Agricultural Engineering. F, S, SS
  

• CIVE699A 0(0-0-0). Thesis-Fluid Mechanics and Wind Engineering. F, S, SS
  

• CIVE699B 0(0-0-0). Thesis-Hydraulics. F, S, SS
  

• CIVE699C 0(0-0-0). Thesis-Hydrology and Water Resources. F, S, SS
  

• CIVE699D 0(0-0-0). Thesis-Mechanics. F, S, SS
  

• CIVE699E 0(0-0-0). Thesis-Geotechnical Engineering. F, S, SS
  

• CIVE699F 0(0-0-0). Thesis-Structures. F, S, SS
  

• CIVE699G 0(0-0-0). Thesis-Environmental Engineering. F, S, SS
  

• CIVE699H 0(0-0-0). Thesis-Water Resource Planning and Management. F, S, SS
  

• CIVE699I 0(0-0-0). Thesis-Groundwater. F, S, SS
  

• CIVE699J 0(0-0-0). Thesis-Bioresource and Agricultural Engineering. F, S, SS
  

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700 Level Classes

• ºCIVE703 3(3-0-0). Special Topics in Fluid Mechanics. F
  

  Prerequisites: CIVE502
  Advanced topics in fluid mechanics; associated experimental and numerical techniques.

• CIVE716 3(3-0-0). Erosion and Sedimentation. F
  

  Prerequisites: CIVE502
  Sediment properties; resistance to flow; incipient motion and bedforms; sediment transport, reservoir sedimentation.

• CIVE717 3(3-0-0). River Mechanics. S
  

  Prerequisites: CIVE716
  Characteristics of rivers, mechanics of sediment and water discharge emphasizing alluvial systems, channel stabilization, control, response.

• ºCIVE721 3(3-0-0). Stochastic Water and Environmental Systems. S
  

  Prerequisites: CIVE622
  Stochastic analysis of water and environmental systems. Simulation, forecasting, spatial analysis, modeling changes, stochastic differential equations.

• ºCIVE722 3(3-0-0). Large Scale Hydrology. F
  

  Prerequisites: CIVE520
  Global and regional scale hydrologic processes; land/atmosphere interaction; scaling in hydrology, geomorphoclimatic structure of hydrologic response.

• *CIVE724 3(3-0-0). River Basin Morphology S
  

  Prerequisites: Written consent of instructor
  Analysis of river basin properties including their connections to statistical theories and erosion processes and their hydrologic implications.

• *CIVE742 3(2-3-0). Advanced Topics in Environmental Engineering. S
  

  Prerequisites: CIVE540 OR CBE540
  Selected topics from current environmental engineering research including molecular methods, water/wastewater treatment, hazardous waster remediation.

• *CIVE751 3(3-0-0). Soil Dynamics. S
  

  Prerequisites: CIVE355
  Soil behavior under dynamic loading; stress wave propagation; foundation response to vibratory and transient loading; elements of earthquake effects.

• ºCIVE754 3(3-0-0). Special Topics in Geotechnical Engineering. S
  

  Prerequisites: CIVE655 AND written consent of instructor
  Advanced topics in geotechnical engineering including cold regions problems, expansive/collapsing soils, computer applications.

• *CIVE766 3(3-0-0). Theory of Plates and Shells. F
  

  Prerequisites: CIVE560
  Classical plate, shell, and membrane theory for isotropic and layered anisotropic media. Analytic and computational solution techniques.

• ºCIVE767 3(3-0-0). Structural Dynamics and Earthquake Engineering. F
  

  Prerequisites: CIVE562 AND CIVE667
  Analysis, behavior, and design of structural systems subjected to dynamic loads, including earthquakes, wind, and ocean waves.

• CIVE799A 0(0-0-0). Dissertation-Fluid Mechanics and Wind engineering. F, S, SS
  

• CIVE799B 0(0-0-0). Dissertation-Hydraulics. F, S, SS
  

• CIVE799C 0(0-0-0). Dissertation-Hydrology and Water Resources. F, S, SS
  

• CIVE799D 0(0-0-0). Dissertation-Mechanics. F, S, SS
  

• CIVE799E 0(0-0-0). Dissertation-Geotechnical Engineering. F, S, SS
  

• CIVE799F 0(0-0-0). Dissertation-Structures. F, S, SS
  

• CIVE799G 0(0-0-0). Dissertation-Environmental Engineering. F, S, SS
  

• CIVE799H 0(0-0-0). Dissertation-Water Resource Planning and Management. F, S, SS
  

• CIVE799I 0(0-0-0). Dissertation-Groundwater. F, S, SS
  

• CIVE799J 0(0-0-0). Dissertation-Bioresource and Agricultural Engineering. F, S, SS
  

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