| |
Child and Family Studies |
| |
-
CAFS 323 - Family Relations
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Factors affecting family relationships and adjustments with emphasis on making knowledgeable choices.
Prereq: CAFS 101
|
| |
-
CAFS 339 - Human Development: Early Childhood
3 Credit Hour(s) 2 Lecture Hour(s) 2 Lab Hour(s)
Factors influencing individual differences in development. Physical, cognitive, affective, and social domains of growth and interaction among domains. Observation at UL Lafayette Nursery School Laboratory.
Prereq: CAFS 101
|
| |
-
CAFS 350 - Family Resource Management
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Goal setting and decision-making; development and allocation of resources; social environment influences; life cycle and family structure influences.
Prereq: CAFS 101
|
| |
-
CAFS 359 - Human Development: Adolescence and Emerging Adulthood
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Physical, emotional, cognitive, social, moral, and personality changes of individuals.
Prereq: CAFS 101
|
| |
-
CAFS 431G - Family Issues in Gerontology
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Individual and family issues of people ages 55 and older.
Prereq: CAFS 323 or graduate standing with permission of instructor
|
| |
-
CAFS 432G - Families in Crisis
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Ways diverse families react to and resolve crises. Emphasis on nature of crises, impact on family functioning, and methods of prevention and management.
Prereq: CAFS 323 or graduate standing with permission of instructor
|
| |
-
CAFS 433 - Family Life Education and Methodology
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Planning, implementing and evaluating family life education programs for diverse audiences.
Prereq: CAFS 323 and CAFS 339
Rstr: CAFS majors only, semester prior to internship
|
| |
-
CAFS 437 - Environments for Young Children
4 Credit Hour(s) 2 Lecture Hour(s) 4 Lab Hour(s)
Designing environments appropriate to developmental needs of young children. Impact of social and environmental conditions on direct and indirect guidance techniques. Includes participation at UL Lafayette Nursery School Laboratory.
Prereq: CAFS 339
Rstr: CAFS majors only
|
| |
-
CAFS 439 - Parent Education
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Socio-cultural and environmental conditions affecting families with children. How parents teach, guide and influence children over the lifespan.
Prereq: CAFS 339 and PSYC 255
|
| |
-
CAFS 440 - Family Law and Public Policy
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Legal definitions, rights, and responsibilities. Policy and advocacy skill development.
|
| |
-
CAFS 443 - Ethics of Professional Practice
2 Credit Hour(s) 2 Lecture Hour(s) 0 Lab Hour(s)
Character and quality of human social conduct and the ability to critically examine ethical questions and issues.
Rstr: Seniors majoring in CAFS with 90 hours and a 2.0 GPA
|
| |
-
CAFS 447 - Internship in Child and Family Studies
6 Credit Hour(s) 1 Lecture Hour(s) 10 Lab Hour(s)
Class meetings and supervised observation and participation through placement at a family service agency.
Prereq: CAFS 432G and CAFS 433
Rstr: Graduating seniors in CAFS with a 2.0 cumulative GPA
|
| |
-
CAFS 449G - Administration of Child and Family Programs
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Resources for organizing and administering child care and family support programs. Philosophy, policy development, methods, and advocacy skills.
Prereq: CAFS 437 or graduate standing with permission of instructor
|
| |
-
CAFS 497G - Special Projects I
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Individual research or writing projects.
Rstr: Permission of instructor required
|
| |
-
CAFS 498G - Special Projects II
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Individual research or writing projects.
Rstr: Permission of instructor required
|
Chinese |
| |
-
CHIN 101 - Elementary Chinese I
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Script, pronunciation and grammar of modern Mandarin Chinese. Reading, writing, aural comprehension and elementary conversation. Not open to native speakers. Heritage speakers must consult department head for appropriate placement.
Prereq: Elegibility for ENGL 101
|
| |
-
CHIN 102 - Elementary Chinese II
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Script, pronunciation and grammar of modern Mandarin Chinese. Not open to native speakers. Heritage speakers must consult department head for appropriate placement.
Prereq: CHIN 101
|
| |
-
CHIN 201 - Intermediate Chinese I
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Intermediate level of modern Standard Chinese. Not open to native speakers. Heritage speakers must consult department head for appropriate placement.
Prereq: CHIN 102
|
| |
-
CHIN 202 - Intermediate Chinese II
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Basic grammatical concepts of modern Mandarin Chinese, as well as introduction to reading literary and cultural texts. Not open to native speakers of Chinese. Heritage speakers must consult department head for appropriate placement.
Prereq: CHIN 201 or approval of department head
|
Civil Engineering |
| |
-
CIVE 101 - Introduction to Civil Engineering
1 Credit Hour(s) 1 Lecture Hour(s) 0 Lab Hour(s)
Introduction to the technical practice areas, professional requirements, history and ethics of civil engineering.
Pre/Coreq: MATH 109
|
| |
-
CIVE 142 - Civil Engineering Graphics
2 Credit Hour(s) 0 Lecture Hour(s) 4 Lab Hour(s)
Fundamentals of data presentation, interpretation, and analysis, including object sketching, graphing, computer-aided drafting and graphing, data base management and geographic information systems.
Pre/Coreq: MATH 143
|
| |
-
CIVE 225 - Surveying
3 Credit Hour(s) 2 Lecture Hour(s) 3 Lab Hour(s)
Surveying operations and computations; errors and analysis; horizontal and vertical linear and angular measurements, and control systems; route surveying; traverse computations, topographic maps; geo-positioning; and state plane coordinate systems.
Coreq: ITEC 270
|
| |
-
CIVE 315 - Civil Engineering Internship I
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Supervised work experience. Does not apply toward degree requirements in Civil Engineering.
Rstr: Permission of instructor required
|
| |
-
CIVE 322 - Environmental Engineering I
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Mass transfer, environmental chemistry, mathematics of growth, water pollution, risk assessment, water and wastewater treatment, air pollution, global atmospheric change, and hazardous and municipal solid wastes management; laboratory examination of water and wastewater quality.
Prereq: ENGR 304 , ENGR 313 , CHEM 108 , and CHEM 115 , all with a grade of “C” or better
|
| |
-
CIVE 328 - Geotechnical Engineering
4 Credit Hour(s) 3 Lecture Hour(s) 3 Lab Hour(s)
Fundamental chemical and physical properties of soil. Basic structure and composition; index and classification of soils, compaction, capillarity, permeability, seepage, effective stress, settlement, stresses in a soil mass, shear strength, earth retaining structures.
Prereq: ENGR 219 , ENGR 304 , and ENGR 313 all with a grade of “C” or better
|
| |
-
CIVE 332 - Structural Mechanics I
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Statically determinate and indeterminate analysis. Deflections by geometrical and energy methods, flexibility and stiffness methods of indeterminate analysis, slope-deflection equations, moment distribution methods.
Prereq: ENGR 211 and ENGR 219 both with a grade of “C” or better
|
| |
-
CIVE 335 - Structural Engineering I
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Forces and structural equilibrium; analysis of structural systems; moment and shear diagrams; stress and strain in structural members; stability, structural design in steel and timber; long span structural systems; earthquake and wind forces.
Prereq: MATH 110 , MATH 143 , or MATH 210 and PHYS 207 both with a grade of “C” or better
Rstr: Not for engineering majors
|
| |
-
CIVE 336 - Structural Engineering II
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Codes and construction practices; analysis of structural systems; structural design in steel and concrete; design of masonry and foundation structures; stability; long span structural systems; lateral forces.
Prereq: PHYS 208 and CIVE 335 with a grade of “C” or better.
Rstr: Not for civil engineering majors
|
| |
-
CIVE 342 - Civil Engineering Design I
2 Credit Hour(s) 1 Lecture Hour(s) 3 Lab Hour(s)
Process of design and professional development with an original design problem, as well as engineering ethics.
Rstr: Junior standing
|
| |
-
CIVE 345 - Transportation Engineering
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Traffic flow models, highway capacity and level of service analysis, transportation planning models, and highway safety.
Prereq: CIVE 225 with a grade of “C” or better
Pre/Coreq: STAT 325 or STAT 427G
|
| |
-
CIVE 397 - ASCE/ACI Projects I
1 Credit Hour(s) 0 Lecture Hour(s) 3 Lab Hour(s)
Research, design, and fabrication of student projects involved with ASCE and ACI. Chapter activities. Not for degree credit.
Rstr: Junior and senior standing. Permission of instructor required.
|
| |
-
CIVE 398 - ASCE/ACI Projects II
1 Credit Hour(s) 0 Lecture Hour(s) 3 Lab Hour(s)
Research, design, and fabrication of student projects involved with ASCE and ACI. Chapter activities. Not for degree credit.
Rstr: Junior and senior standing. Permission of instructor required.
|
| |
-
CIVE 408G - Computer Applications
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Applications of computational and numerical methods to the solution of civil engineering problems. Includes computer techniques on advanced spreadsheet operations, programming languages and geographical information systems.
Prereq: MATH 350 or equivalent
|
| |
-
CIVE 415 - Civil Engineering Internship II
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Supervised work experience. Does not apply toward degree requirements in Civil Engineering.
Rstr: Permission of instructor required
|
| |
-
CIVE 422G - Environmental Engineering II
3 Credit Hour(s) 2 Lecture Hour(s) 3 Lab Hour(s)
Physical, chemical, and biological treatment of water and wastewater treatment units. Examination of water and wastewater quality.
Prereq: CIVE 322 with a grade of “C” or better
|
| |
-
CIVE 426 - Structural Steel Design
3 Credit Hour(s) 2 Lecture Hour(s) 2 Lab Hour(s)
Properties of structural steel; design of steel members: tension, compression, bending, axial and bending stress combined. Design criteria and interpretation of codes, allowable stress and load resistance factor designs, aluminum structural elements. Testing of materials.
Prereq: CIVE 332 with a grade of “C” or better
|
| |
-
CIVE 427 - Reinforced Concrete
3 Credit Hour(s) 2 Lecture Hour(s) 2 Lab Hour(s)
Behavior, analysis, and design of reinforced concrete columns, beams, slabs, retaining walls, and footings. Testing of materials.
Prereq: CIVE 332 with a grade of “C” or better
|
| |
-
CIVE 429G - Hydrology
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Principles of hydrologic science and their application to hydraulic, hydrologic, environmental, and water resources engineering problems; environmental restoration and protection techniques.
Prereq: ENGR 211 , ENGR 304 , ENGR 313 and STAT 325 or STAT 427G with a grade of “C” or better in all.
|
| |
-
CIVE 430G - Structural Mechanics II
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Formulation and calculation of structural stiffness matrix, nodal displacements, reactions, and internal loadings. Includes tapered members and influence lines. Software applications.
Prereq: CIVE 332 or equivalent with a grade of “C” or better
|
| |
-
CIVE 434G - Hydraulics
3 Credit Hour(s) 2 Lecture Hour(s) 3 Lab Hour(s)
Flow in open channels; flow through hydraulic structures; coastal hydraulics, drainage, experimental fluid mechanics.
Prereq: ENGR 211 ,ENGR 304 , and ENGR 313 with a grade of “C” or better in both
|
| |
-
CIVE 435 - Transportation Engineering
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Traffic flow models, highway capacity and level of service analysis, transportation planning models, and highway safety.
Prereq: CIVE 225 with a grade of “C” or better
Coreq: STAT 325 or STAT 427G
|
| |
-
CIVE 436G - Civil Engineering Systems Design
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Development of a system methodology and its application to the design and operation of civil engineering systems including transportation design, traffic control, water resource design and operation, structural design, and construction management.
Prereq: MATH 302
Rstr: Senior standing in Civil Engineering program
|
| |
-
CIVE 437G - Highway Safety Engineering
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Highway safety, fundamentals of safety analysis, highway systems, safe highway systems, safe highway design and operation, and highway safety modeling.
Prereq: MATH 302
Pre/Coreq: CIVE 345
|
| |
-
CIVE 438G - Foundation Engineering
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Theory of consolidation, stress-strain relationship of soils, drained and undrained conditions, design of shallow and deep foundations, settlements, retaining structures, and structural design of foundations.
Prereq: CIVE 328 with a grade of “C” or better
|
| |
-
CIVE 439 - Structural Design in Concrete
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Analysis and design of reinforced concrete members and systems; masonry structures; foundation and retaining structures; application of codes and construction practices; earthquake and other lateral forces; stability of structural systems.
Prereq: CIVE 336
Rstr: Not available to Civil Engineering majors
|
| |
-
CIVE 442 - Senior Civil Engineering Design
3 Credit Hour(s) 2 Lecture Hour(s) 3 Lab Hour(s)
Major design experience in an engineering project involving realistic constraints and multiple sub-discipline areas of civil engineering. The design project incorporates engineering standards, and professional issues; constructability, sustainability, ethics, economics, professional practice, safety and public welfare, and other topics.
Coreq: ECON 430G and credit or registration in all required civil engineering courses in the current curriculum
|
| |
-
CIVE 444 - Civil Engineering Seminar
1 Credit Hour(s) 1 Lecture Hour(s) 3 Lab Hour(s)
Current professional problems.
Prereq: CIVE 322 , CIVE 332 , and CIVE 328 all with a grade of “C” or better
Rstr: Senior standing in Civil Engineering program and permission of instructor required
|
| |
-
CIVE 450G - Highway Engineering
3 Credit Hour(s) 2 Lecture Hour(s) 2 Lab Hour(s)
Analysis and design of transportation systems, geometric and pavement design, human factors, environmental impact assessment, and economic analyses of transportation alternatives. Applications to large-scale problems. Testing of materials.
Prereq: CIVE 225 and CIVE 328 both with a grade of “C” or better
|
| |
-
CIVE 452G - Intelligent Transportation Systems
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
ITS concept, rural and urban ITS applications, ITS in transportation management systems, ITS in traffic operations and traffic management centers, ITS in freight, intermodal, private and public transportation, and ITS emerging issues.
Prereq: CIVE 345 or permission of the instructor for undergraduate students/Graduate standing in the College of Engineering for graduate students.
|
| |
-
CIVE 460G - Wastewater Treatment
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Pollutants of importance; design approach; pretreatment; primary, secondary, tertiary treatment alternatives; biological process design; sludge characterization and treatment. Wastewater treatment and collection system technical management.
Prereq: CIVE 322 with a grade of “C” or better
|
| |
-
CIVE 470G - Advanced Reinforced Concrete Design
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Continuity of reinforced concrete structures. Continuous floor beams and girders. Retaining walls. Length effects on columns. Design of flat slabs. Approximate design of cylindrical shells and spherical domes. Footings.
Prereq: CIVE 427 or equivalent
|
| |
-
CIVE 472G - Wood Engineering Design
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Structural characteristics of wood. Design of timber beams, columns, and other members. Design and selection of connectors. Glued-laminated components. Particular emphasis on wood design codes.
Prereq: CIVE 332
Rstr: Senior standing
|
| |
-
CIVE 474G - Bridge Design
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Highway loadings and design methods currently used for short and medium span bridges constructed of concrete and/or steel.
Prereq: CIVE 426 and CIVE 427
|
| |
-
CIVE 480 - Construction Engineering
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Planning, scheduling, and control; contract documents and public bid laws; Uniform Construction Index. Soil stabilization; concrete and steel construction; soil, drainage, and pressure piping. Construction engineering terminology and inspection techniques.
Prereq: CIVE 328
|
| |
-
CIVE 485G - Principles of Sustainable Infrastructure Development
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Principles of development that promote sustainable development, the Project Development and Environmental (PD&E) study, Life-Cycle Cost Analysis, Life-Cycle Assessment, Benefit-Cost Analysis, basic project scheduling and estimates.
|
| |
-
CIVE 497 - Special Topics
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Content varies.
May be repeated for credit for a maximum of six credit hours.
Rstr: Senior standing in Civil Engineering and permission of instructor required
|
| |
-
CIVE 504 - Mechanics of Sediment Transport
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Theory and application of sediment fate and transport in water bodies; environmental impact of morphological changes in natural waterways; laws governing fall velocity, incipient motion, and bed forms.
Prereq: Permission of instructor required
|
| |
-
CIVE 521 - Structural Systems Design
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Analysis and design of structural systems for various loadings including: dead, live, wind, earthquake, and wave. Steel and concrete connection analysis and design. Lateral load resisting systems.
Prereq: CIVE 332
|
| |
-
CIVE 526 - Foundation Design
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Shallow foundations including spread footings, combined footing, and mat foundations; deep foundations including piles and drilled shafts; caissons and retaining structures. Structural design and foundation stability will be emphasized.
Prereq: CIVE 438G or equivalent
|
| |
-
CIVE 544 - Open Channel Flow
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
General review of the governing equations of steady and unsteady free-surface flows; advection and diffusion of constituents in open channels; calibration and validation of numerical models.
Prereq: CIVE 434G or permission of instructor required
|
| |
-
CIVE 565 - Water Quality Modeling
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Hydraulic, chemical and biological concepts used in formulating numerical models of water quality. Investigation of computer modeling applied to analysis and control of water pollution.
Prereq: CIVE 322 and CIVE 434G or equivalent course or permission of instructor required
|
| |
-
CIVE 567 - Experimental Analysis for Environmental Engineers
3 Credit Hour(s) 0 Lecture Hour(s) 6 Lab Hour(s)
Examination of laboratory techniques for assessing water quality and sludge contamination. Optical, electrical, gas chromatography, and x-ray methods are included.
Prereq: CIVE 322 or equivalent course, or permission of instructor required
|
| |
-
CIVE 591 - Seminar
1 Credit Hour(s) 1 Lecture Hour(s) 0 Lab Hour(s)
Contemporary research literature in Civil Engineering.
May be repeated for a maximum of 4 credit hours.
|
| |
-
CIVE 594 - Research
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
To be taken by non-thesis option master’s students only. Credit to be 3 hours unless written justification for varied credits is accepted by the Graduate School.
|
| |
-
CIVE 596 - Special Topics
1-3 Credit Hour(s) 1-3 Lecture Hour(s) 0 Lab Hour(s)
Advanced civil engineering topics offered through scheduled class presentations.
Rstr: Permission of instructor required
|
| |
-
CIVE 597 - Independent Study
1-3 Credit Hour(s) 1-3 Lecture Hour(s) 0 Lab Hour(s)
Individual investigation of civil engineering topics with faculty sponsor.
Rstr: Credit toward degree must be approved by the student’s advisor and department head or graduate coordinator.
|
| |
-
CIVE 599 - Thesis Research and Thesis
3-9 Credit Hour(s) 3-9 Lecture Hour(s) 0 Lab Hour(s)
|
| |
-
CIVE 605 - Hydraulic and Hydrologic Modeling and Design
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Application of advanced hydraulic and hydrologic concepts to address contemporary modeling and design problems.
Prereq: CIVE 429G and CIVE 434G with a grade of “C” or better.
|
| |
-
CIVE 606 - Advanced Hydrology
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Quantitative approaches for modeling rainfall-runoff processes. Topics include lumped and distributed models, treatment of spatial and temporal hydrologic variability, hydrologic data quality control, and design of hydrologic networks.
Rstr: Permission of instructor required
|
| |
-
CIVE 608 - Matrix Analysis of Structures
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Energy theorems. Flexibility and stiffness methods. Effects of shear deformations, axial force - bending interaction and elastic medium. Includes tapered members, substructuring redesign; material and geometrical nonlinearities, software for practical applications.
Prereq: CIVE 430G
|
| |
-
CIVE 616 - Dynamics of Structures
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
One degree and multi-degree freedom systems, free and forced vibrations. Numerical and mathematical analyses of elastic, elastoplastic, damped and undamped systems. Support motion, model analysis, earthquake and blast effects.
Prereq: CIVE 426 and CIVE 430G
|
| |
-
CIVE 620 - Behavior of Reinforced Concrete
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Behavior of reinforced concrete structures under creep, shrinkage and temperature effects. Moment curvature analysis, section ductility, plastic hinge analysis, biaxial bending, modified compression field theory, strut and tie models, anchorage to concrete, and advanced repair methods.
|
| |
-
CIVE 622 - Advanced Design of Steel Structures
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Elastic and plastic behavior of steel members including bending, torsion, stability, local buckling. Design topics include beams, columns, plate girders, multistory frames, tubular structures, bridges, special structures.
Prereq: CIVE 426 or permission of instructor required
|
| |
-
CIVE 624 - Prestressed Concrete
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Basic concepts of prestressed concrete; flexural analysis; moment-curvature relationship; shear, bond and bearing; elastic and ultimate strength design; simple and continuous beams; slabs; composite design; deflections.
Prereq: CIVE 427 or equivalent
|
| |
-
CIVE 646 - Probabilistic Methods in Hydroscience
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Advanced probability and statistics concepts, Monte Carlo simulation of hydro-systems, probabilistic models of observed hydrologic data, optimal estimation and interpolation of geophysical fields. Use of data-intensive computer applications is emphasized.
Rstr: Permission of instructor required
|
| |
-
CIVE 651 - Transportation Planning
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Theory of travel demand modeling; conventional four-step transportation modeling procedures including trip generation, trip distribution, modal choice, and traffic assignment; transportation modeling using GIS software.
Prereq: Permission of instructor required
|
| |
-
CIVE 653 - Traffic Flow Theory and Control.
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Vehicle motion and traffic flow models. Urban traffic control methods, highway capacity analysis, traffic data collection, and impact studies. Traffic control devices and signal analysis using real-world data. Congestion management using Intelligent Transportation Systems.
Prereq: CIVE 345 and STAT 325
|
| |
-
CIVE 654 - Probe Data For Its Applications In Traffic Planning, Operations, And Safety
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Introduction to probe data and traffic messaging channels. Application of probe data in bottleneck ranking, project prioritization, traffic incident management, work zone monitoring, performance targeting and monitoring, and safety assessments.
Prereq: CIVE 345 or permission of the instructor.
|
| |
-
CIVE 655 - Pavement Design and Management
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Analysis and design of flexible and rigid pavements for highways and airfields. Pavement materials, distress analysis, and pavement condition surveys. Pavement management, maintenance, and rehabilitation. Pavement system evaluation and life-cycle cost analysis.
Prereq: CIVE 450G or permission of instructor required
|
| |
-
CIVE 657 - Transportation Materials
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Engineering characteristics of soils and materials commonly used in transportation.
Prereq: CIVE 450G
Rstr: If prerequisite not met permission of instructor required
|
| |
-
CIVE 661 - Physicochemical Treatment Processes
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Fundamental principles, analysis, modeling, and design of physical and chemical process that influence water quality in engineered and natural systems. Covers material balances, transport phenomena, reaction kinetics, reactor theory, sedimentation/Flotation, adsorption, membrane separation and advanced oxidation processes.
Prereq: CIVE 332 or permission of instructor required
|
| |
-
CIVE 663 - Solid and Hazardous Waste Management
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Current issues and legislation. Collection, storage and disposal. Treatment technologies including incineration and sanitary and hazardous waste landfills.
Prereq: CIVE 422G or permission of instructor required
|
| |
-
CIVE 899 - Examinations Only
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Required of all graduate non-thesis students taking examinations, oral and/or written, who are not registered for any other course.
|
Cognitive Science |
| |
-
COGS 535 - Computational Issues in Cognitive Science
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Computational models of cognition and mind. Content varies.
May be repeated for credit.
Rstr: Permission of instructor required if prerequisite not met or if repeated for credit
|
| |
-
COGS 699 - Dissertation Research and Dissertation
3-24 Credit Hour(s) 3-24 Lecture Hour(s) 0 Lab Hour(s)
|
Communication Students must achieve a “C” or better in all prerequisites.
|
| |
-
CMCN 100 - Principles of Human Communication
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Theories of effective communication; practical applications in interpersonal, small group, and public communication settings.
LCCN: CCOM 2113
Rstr: This course is only for non-communication majors.
|
| |
-
CMCN 101 - Oral Communication for International Students
3 Credit Hour(s) 1 Lecture Hour(s) 2 Lab Hour(s)
Listening and speaking skills for students whose native language is not English.
Rstr: International students only
|
| |
-
CMCN 170 - Media in the 21st Century
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Innovations and influences in professional media, global and technological advances in the digital age.
|
| |
-
CMCN 202 - Argumentation and Structured Decision-Making
3 Credit Hour(s) 2 Lecture Hour(s) 1 Lab Hour(s)
Logic, argumentation strategies, and techniques utilized in educational and community situations; professional decision-making; parliamentary procedure.
|
| |
-
CMCN 203 - Honors Fundamentals
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Major issues and fields of study in communication; mastery of basic theories and skills.
|
| |
-
CMCN 210 - Interpersonal Communication
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Theories including personal perception, conflict resolution, networks, verbal and non-verbal communication; experience in individual and class role playing, Transactional Analysis, and other techniques.
LCCN: CCOM 2213
|
| |
-
CMCN 212 - Introductory Newswriting
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Journalistic writing for print and broadcast journalists and public relations writers. Includes writing leads, AP style, inverted pyramid format, and media law and ethics.
Prereq: ENGL 102 or ENGL 115 with a grade of “C” or better
Rstr: Keyboarding skills required
|
| |
-
CMCN 215 - Visual Storytelling
3 Credit Hour(s) 2 Lecture Hour(s) 3 Lab Hour(s)
Videos basics for online narratives. Shooting and principles of shooting and editing.
|
| |
-
CMCN 220 - Principles of Strategic Communication
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Development and current state of advertising and public relations. Creative, planning, and management strategies. Legal and ethical issues. Career opportunities.
|
| |
-
CMCN 240 - Sports Communication
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Examines the fundamentals of communicating in a sports environment. Covers the theoretical and practical applications of social media, public relations, organizational communication and interpersonal communication in sports. Focus on career opportunities and ethical and legal responsibilities.
|
| |
-
CMCN 250 - Audio Production
3 Credit Hour(s) 2 Lecture Hour(s) 2 Lab Hour(s)
Theory and practice of digital audio production, including sound recording and editing techniques. Also covers writing, producing, and announcing.
|
| |
-
CMCN 301 - Principles of Organizational Communication
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Communication systems and flow in formal organizations; climate, leadership, work control systems, networks and performance enhancement and evaluation.
|
| |
-
CMCN 302 - Competitive Forensics
3 Credit Hour(s) 0 Lecture Hour(s) 6 Lab Hour(s)
Development of speech communication skills through intercollegiate debate, individual events, and public speaking tournaments.
May be repeated once for credit.
Rstr: Permission of instructor required
|
| |
-
CMCN 304 - Small Group Communication
3 Credit Hour(s) 2 Lecture Hour(s) 2 Lab Hour(s)
Presents theories of small group dynamics; and provides experience in the use of creative and structured techniques of problem-solving in small groups and task groups.
|
| |
-
CMCN 305 - Honors Group Problem Solving
3 Credit Hour(s) 3 Lecture Hour(s) 0 Lab Hour(s)
Offers advanced theory and practice for UL honors program students concerning small group and task force processes; and examines creativity, problem-solving techniques, and planned change processes.
|
| |
Page: 1
| 2
| 3
| 4
| 5
| 6
| 7
| 8
| 9
| 10
| 11
… Forward 10 -> 36 |
Print this Page