PR: EGN 3613, ENV 3001, EGN 3310
Civil Engineering with Construction option. Project delivery systems, construction contracts; estimating and scheduling; ethics and labor issues. Multi-disciplinary experience in engineering.

PR: CES 4100C
Construction project evaluation principles along with construction methods for civil and structural systems.

PR: EGN 3613
Project management in the construction industry. Project financial evaluation on a life cycle basis. Essentials of project management such as estimating scheduling, contracts, and administration.

PR: CCE 4003
Construction project estimating and bidding and the preparation of construction schedules, followed by in depth coverage of time and cost control.

PR: CCE 4003, CWR 3201
Selection of appropriate equipment based on operational parameters, principles of construction productivity measurement and analysis, and discrete event simulation.

PR: Senior Standing, CCE 4034, CCE 4004
The preparation and development of a proposal and plan for construction project, including construction engineering systems, site facilities, construction methods, coordination, and control.

PR: CCE 4003, PHY 2049/L, CWR 3201
Design and construction of mechanical and electrical systems for buildings.

PR: Post-bac status or C.I.
This course introduces students to the construction industry. Topics include project evaluation, project phases, project delivery systems, contracts, estimating and schedule drawing and specifications. Research paper required.

PR: C.I.
Provides students with an understanding of estimating and scheduling of construction projects. Topics include detailed estimates, scheduling and project control Research paper required.

PR: Post-bac status or C.I.
This class covers construction project evaluation principles along with construction methods for civil and structural systems.

PR: C.I.
Selection of appropriate equipment based on operational parameters. Principles of construction productivity measurement and analysis discrete event simulation.

PR: C.I.
This course covers the design and construction of mechanical and electrical systems for buildings. Research paper required.

PR: EGN 3310, CHS 1440, PHY 2048 MAC 2312 CHM 2045
Principles of physical geology, with emphasis on engineering and environmental topics. Study of landforms, geologic maps, geologic structure, weathering, groundwater, mass wasting, and earthquakes.

PR: EGN 3331, CWR 3201
Engineering properties and classification of soils. Design considerations for compaction, seepage, consolidation, and settlement analysis.

PR: CEG 4011CEGN 3331CWR 3201
Project course on design of foundations and other soil structures using geotechnical design methodologies.

PR: None
Seminar covering major historical developments in civil engineering.

PR: CEG 4011C
Continuation of CEG 011C with emphasis on shear strength and design factors for earth pressures, bearing capacity, and slope stability.Continuation of CEG 4011C Geotechnical Engineering I with emphasis on compressibility of soil, shear strength of soil, lateral earth pressures, soil-bearing capacity, and slope stability.

PR: CEG 4011C
Geotechnical applications to environmental problems, groundwater flow, soil contamination and groundwater contaminate transport, geosynthetics and stability of landfill design, control of contaminated sites.

PR: CEG 4011C
Comprehensive coverage in calculating the dynamic response of foundations, presenting a variety of contemporary techniques for fields and laboratory.

PR: CEG 5015
Analysis and design of spread footings, mat foundations, retaining walls, sheeting and bracing systems and pile foundations.

PR: CEG 5015
Mechanics of soils and models; elasticity and plasticity of soil bodies; strength of soils and stability of soil structures. Occasional.

PR: EGN 3331 MAP 2302
Topics in structural mechanics, energy methods, analysis of determinate and indeterminate structures by flexibility and stiffness methods computer and laboratory exercises on behavior of structures and materials.

PR: CES 4100C or C.I
Special structures; matrix structural analysis; dynamic loads including wind and earthquake.

PR: CES 4100C or C.I
Introduction to matrix structural analysis, 2D and 3D structural analysis, special topics and modeling techniques, software tools for structural engineers for computer based applications.

PR: CES 3310 CES 3331
Laboratory exercises on the behavior of structures and structural materials.

PR: CES 4100C
Design of structural steel members and buildings; emphasis on AISC-ASD building code; introduction to AISC-LRFD building code; tension and compression members, beams, beam-columns, connections

PR: CES 4605, CES 4100 or CES 4100C
Project course on design of steel components, connections, and frame structures using AISC specifications.

PR: CES 4100C or C.I.
Design of RC members using ACI code; beam flexure and shear; compression bending; bond and development; introduction to continuous frames.

PR: CES 4702
Project course on design of concrete structures using concrete and structural analysis methodologies.

PR: CES 4100C or C.I.
Implementation of the matrix methods for structural analysis that are commonly and currently used in practice and in research, special topics such as finite element formulations, special analysis procedures, and use of software packages.

PR: CES 4605 and CES 4702 or C.I.
Bridge engineering fundamentals, design philosophies, analysis and design concepts for concrete and steel bridges, AASHTO specifications, Bridge rating, and introduction to Bridge health monitoring.

PR: CES 4605
Behavior and design of steel buildings; emphasis on AISC-LRFD building code, complex connections, tension members, stability of compression members, laterally supported beams, frames, and beam columns.

PR: CES 4702 or C.I.
Design of frames, two-way floor systems, shear walls; shear and torsion; compression field theory; inelastic analysis; wind and seismic design; introduction to prestressed concrete.

PR: C.I.CES 4100, CES 4702
Structural properties of masonry and timber; design loads-codes and standards; analysis for axial loads, flexure and shear.

PR: CES 4101 or C.I.
Concept, theory, and application of the finite element method; analysis of one-, two-, and three-dimensional structural components and systems; stability and dynamics; applications.

PR: C.I.
Green's theorems; integral formulations for two- and three-dimensional and axisymmetric problems of solid mechanics; applications to structural and geomechanics problems; programming.

PR: C.I.
Response analysis of single and multi-degree-of-freedom systems to periodic and non-periodic excitations; continuous systems; response spectra; applications in structural engineering.

PR: EML 5237 or equivalent.
Analysis of structural elements, columns, frameworks, lateral stability. Introduction to the stability of plates. Energy and approximate methods.

PR: CES 6209 or C.I.
Wind characteristics; wind effects on structures; dynamic analysis for wind loads; nature of earthquake forces; response spectra and seismic design; wind and seismic codes.

PR: C.I.
Review of biaxial bending and torsion; plate bending; theory of elasticity, visco-elasticity and plasticity; anisotropic elasticity and stability.

PR: CES 4101 or CES 5144 or C.I.
Structural nonlinear analysis theory and applications, including material and geometric nonlinearity, numerical methods and solution strategies, inelastic element formulation, and use of software packages.

PR: CES 4702 and CES 5706 or C.I.
Prestressed concrete behavior and design; applications in building and bridge design including pre- and post-tensioned girders, floors, roofs, and walls.

PR: CES 5606 and CES 5706 or C.I.
Fundamentals of composite action; high performance materials, design of composite beams, slabs, beam-columns, joints; applications of prestressing; composite buildings and bridges; construction methods.

PR: C.I.
Behavior and design of steel, concrete, or composite structures under cyclic, wind, earthquake, impact, or blast loading.

PR: C.I.
The characterization of materials used in civil engineering works to include concrete, soils, bituminous, polymers and composite materials.

PR: EGN 3613, MAC 2313, STA 3032
Mathematical techniques commonly associated with operations research and economics which are applicable to the planning design, and operation of civil engineering systems.

PR: ENV 3001 and CWR
An overview of planning, design, operation and maintenance of public works, with emphasis o water and wastewater treatment plants.

PR: one of the following courses - TTE 4601C, CES 4608C, CWR 4812C, ENV 4562C, CEG 4801C, or CES 4608C.
An interdisciplinary capstone design experience requiring problem definition, data collection, analysis of alternatives, economic evaluation of alternatives, and oral and written presentation of final design.

PR: None
Programming theory and application of Geographic Information Systems to Civil Engineering projects.

PR: EGN 3365, EGN 3331, or C.I.
Structure, properties, and applications of materials used in civil engineering including concrete, steel, asphalt, wood, soils, and composite materials.

PR: CEG 4011C
Properties of asphalt, aggregate and asphalt mixtures, Marshall mix design, Hveem mix design, pavement rehabilitation.

PR: None
Project course dealing with planning, design, and development of regional systems, including projections, case studies, design alternatives, environmental impact, etc.

PR: MAP 2302 CR: EGN 3321
Fundamentals of fluid mechanics with hydraulic applications: fluid properties, hydrostatics, dimensional analysis, energy, momentum, continuity, and steady flow.

PR: CWR 3201, STA 3032
Hydrological cycle, probabilistic forecasting, rainfall excess, meteorology, groundwater, storm-water runoff, flood routing and design applications.

PR: CWR 3201
Continuation of CWR 3201 with emphasis on piping networks, pumps, and hydraulic systems. Laboratories with civil and environmental engineering applications.

PR: CWR 4101C, CWR4203C
Project course for the design of storm water, potable and sewer transmission systems using local and state regulations.

PR: CWR 4203C or equivalent
Theories of groundwater movement, geological factors, analysis and design techniques, etc. Emphasis on practical considerations.

PR: CWR 4101C, CWR 4203C
Concepts of fluid mechanics and hydrodynamics applied to natural and man-made flow of intent to civil and environmental engineering.

PR: CWR 4101C, CWR 4203C, ENG 3613
This course will present intermediate to advanced numerical methods theory and include code development and error assessment, while targeting civil and environmental engineering applications.

PR: CWR 4101C, CWR 4203C, ENG 3613
Systems identification and solution to complex water allocation problems, and other hydraulic engineering designs and operations using economic analysis and operations research techniques.

PR: CWR 4101C or C.I.
Single site and regional frequency analysis; modeling hydrologic systems; lumped and distributed event models for urban and natural drainage basins; continuous simulation; real-time forecasting.

PR: CWR 5125
Review of contemporary computer-based groundwater flow models and their application to environmental engineering problems.

PR: CWR 4203C or C.I.
Free surface flow studies by empirical and theoretical methods for the design, operation, and management of open channels.

PR: CWR 4203C and CWR 4101C
River morphology and regime with stabilization and modification of river courses. Sediment transport including control methods and modeling.

PR: CWR 6126 or ENV 6055 or CI.
Mathematical formulations of geochemical equilibrium and kinetics, hydrological transport of chemicals, innovative numerical schemes to solve reactive chemical transport in subsurface media, design, and application of software for numerical solutions.

PR: CWR 4101C and CWR 4203C.
Contemporary mathematical models for water quality and quantity considerations including computer-based hydraulic and hydrologic models.

PR: C.I.
Theory, applications and error analysis for two commonly employed discretization methods as applied to surface water modeling.

PR: ENV 4561EES 4202
Engineering design, measurements and analysis of biological systems in environmental engineering for water management, bio-energy products, wastewater treatment and others.

PR: ENV 3001
Engineering design, measurements, and analysis of chemical systems in environmental engineering to control treatment processes such as softening, coagulation, disinfection, scrubbing, neutralization, and others.

PR: ENV 3001, ENV 4341
Discussion of similarities between ecological systems and industrial systems with the emphasis on material cycles, energy flow, pollution prevention, organizational structures, and environmental management.

PR: C.I.
Community noise evaluation and control, legislative standards, instrumentation and measurement, abatement methods, and noise modeling.

PR: PHY 2048; CR: MAC 2312
Fundamental concepts of mechanics, including resultants of force systems, free body diagrams, equilibrium of rigid bodies and analysis of structures.

PR: EGN 3310; CR: MAP 2302
Concepts of stress, strain, strength, deflection of axial force members, shafts in torsion, beams in flexure, combined stress, stability of columns, and design of simple elements.

PR: CHM 2046, MAC 2312CHM 2045, MAC 2312 or MAC 2282.
Introduction to concepts and terminology of environmental engineering. Stresses material and energy balances. Covers air, water and land pollution.

PR: one of - ENV 4562C, ENV 4300C, ENV 4122C, or CWR 4812C.
An interdisciplinary capstone design experience requiring problem definition, data collection, analysis of alternatives, economic evaluation of alternatives, and oral and written presentation of final design.

PR: None ENV4120, ENV3001, CWR3201
Measurement of gaseous flow, isokinetic sampling, and pollutant quantification. Emphasis is placed on EPA methods.

PR: EGN 3343, ENV 3001, CWR 3201
Air resources management, engineering design and operation of air pollution control systems.

PR: ENV 4120
Project course on design of air pollution control equipment and systems.

PR: ENV 4341
Project course on design of a municipal solid waste landfill.

PR: ENV 3001 or C.I. "MAP 2302, CHM 2045, CHM 2046
Engineering design, planning, and analysis problems associated with storage, collection, processing, and disposal of solid and hazardous wastes.

PR: ENV 3001 and CWR 3201
Detailed investigation of principles of design and operation of potable water treatment facilities.

PR: ENV 3001 and CWR 3201
Detailed investigation of principles of design and operation of wastewater treatment facilities.

PR: CWR 3201, ENV 3001 MAP 2302, , CHM 2045.
Water treatment and wastewater treatment design considerations with effluent and sludge handling, treatment and disposal.

PR: ENV 4561, EES 4202C
Project course on design of water and wastewater treatment plants.

PR: EGN 3343, EGN 3373, CWR 3201 MAP 2302, CHM 2045 / CHM 2046 / CHM 2046L,CR: ENV 4561
Analysis and design of process control systems in environmental engineering applications including process dynamics, instrumentation and control system configuration.

PR: CWR 3201; ENV 3001
Prediction and abatement of pollution from transportation sources. Analysis techniques and environment laws.

PR: C.I.
Air Pollution sampling techniques, equipment, and monitor siting. Emphasis on theory and direct applications in air pollution monitoring.

PR: CWR 4101C and ENV 4341 or C.I.
Practical and comprehensive methods of hazardous waste site characterization to determine site properties, contamination type, magnitude and risk, and remedial actions.

PR: ENV 3001 or C.I.
Engineering planning and analysis associated with the handling, storage, treatment, transportation, and disposal of hazardous wastes.

PR: ENV 3001
Engineering design, planning, and analysis problems associated with storage, collection, processing, and disposal of solid wastes.

PR: ENV 4561
Drinking water treatment using existing and newly developed processes. Fe, Mn, As, NO3, DBP3, SOCs and other contaminants using oxidation, membranes, ion exchange, precipitation, sorption, and other processes.

PR: ENV 4561MAP 2302, CWR 3201, , CHM 2045 / CHM 2046 / CHM 2046L
Theory and design of sludge management operations and processes in environmental engineering, including stabilization dewatering and ultimate disposal.

CR: ENV 4561(or equivalent) or C.I.
Coverage of equilibrium/aquatic chemistry, softening and coagulation, and disinfection of water. Microbiology and biochemistry as applied to activated sludge system design.

PR: ENV 3001 or C.I.
Discussion of environmental and water resources systems with the emphasis on cost-effectiveness, pollution prevention, and sustainability to aid in environmental engineering decision-making.

PR: ENV 4561 and EES 4202C or C.I.
Theory and design of physical and chemical operations and processes in environmental engineering using latest technologies. Occasional.

PR: EES 4111C and ENV 4561 or C.I.
Theory and design of biological operations and processes in environmental engineering using the latest technologies.

PR: ENV 6015 or C.I.
Introduction to modeling of mass transfer in membrane systems; membrane morphology, mathematical development of mass transfer coefficients; fouling mechanisms, system modeling, and applications.

PR: EES 4111C, EES 4202C, CWR 5125
Principal concepts and modeling of the physical, chemical, and biological transport and transformation processes for subsurface contaminants.

PR: EES 4202C or equivalent
Concepts of colloidal and interfacial processes in aquatic systems with their applications to environmental engineering.

PR: C.I.
Atmospheric composition and dynamics. Engineering methods of mathematical modeling, both for point source and mobile source. Current computer models will be used.

PR: None
Current methods for engineering design and performance analysis of air pollution control equipment to include scrubbers, baghouses, electrostatic precipitators, VOC incinerators, others.

PR: EES 4111C, EES 4202C, and ENV 4561 or C.I.
Biological and physical/chemical remediation technologies, including theory and application, for groundwater and hazardous wastes.

PR: None
Theory and applications of design and operations of hazardous waste incinerators. Includes detailed consideration of air pollution control equipment.

PR: ENV 6015 or equivalent.
Bench and small pilot plant experimentation with sedimentation, coagulation, sorption gas-stripping, oxidation ion-exchange, etc. in water, waste-water industrial waste, or hazardous waste treatment.

PR: ENV 6016
Unit operations laboratory for biological processes in wastewater treatment, drinking water and remediation including obtaining biokinetic parameters in treatability studies biostability.

PR: EES 4202C and EES 4111C or C.I.
The applicability of water chemistry and physical chemistry on natural waters and waste-water with emphasis on environmental engineering problems.

PR: ENV 4561
Theories, methods, unit operations of management, reduction, treatment, disposal of industrial wastes.

PR: EES 4202C and EES 4111C or C.I.
Study of fate and transport of pollutant loadings into receiving waters, based on physical, chemical, and biological interactions in natural systems.

PR:

PR: None.
Basic physical elements of geography, including climate, landforms, soils, natural vegetation, minerals and their integrated patterns of world distribution.

PR: None.
Analysis of basic principles and problems associated with development, use, conservation, and management of natural resources with special emphasis on the United States.

PR: GEO 1200 or C.I.
Interpretation and application of remote sensor imagery to physical, economic, and urban analysis.

PR: MAC 2311 and Junior standingor MAC 2281
Theory and field practice in surveying and measurements and the reduction and adjustment of field data.

PR: SUR 2101C, EGN 3613, STA 3032
Investigation of highway, rail, water and transportation systems. Systems approach to planning, design, construction, operation and administration of transportation networks.

PR: TTE 4004
Project course on design of transportation and urban systems using engineering design methodologies.

PR: TTE 4004, STA 3032, EGN 3613
Study of operator and vehicle characteristics and design for street capacity, signals, signs and markings.

PR: TTE 4004 and C.I.
The major technical factors in location, construction, maintenance, and operation of railroad transportation systems.

PR: TTE 4004 or C.I.
Study of highway geometric design elements in the engineering of transportation systems.

PR: CEG 4101C
Pavement types, wheel loads, stresses in pavement components, design factors such as traffic configurations, environment and economy.

PR: TTE 4004 or C.I.
Highway capacity for all functional classes of highway. Traffic signalization including traffic studies, warrants, cycle length, timing, phasing and coordination.

PR: TTE4004 or C.I.
Fundamental theories and applications of traffic movements on streets and highways.

PR: TTE 4004 or C.I.
Theories and applications of intelligent vehicle highway systems in transportation engineering.

PR: TTE 4004 and C.I.
Understanding crash research concepts, and identifying factors contributing to traffic crash occurrence.

PR: C.I.
Background of aviation and airport development, aircraft characteristics. Planning and design of airport components. Heliport and STOL ports and pavement and drainage design.

PR: C.I.
Planning, design, construction, operation, and administration of mass transportation systems.