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Undergraduate Bulletin of Information 2001-2002COLLEGE OF ENGINEERINGThree credit hours. Three hours of lecture perweek. Prerequisite: PHCS 3162 or PHCS 3172.Principles of geometrical optics applied tosurveying and photogrammetry; lenses, mirrors,and prisms; lens formula, analletic lenses; selfreducingtacheometer's optics; the Scheimpflugcondition, principles of photography.CIEG 4136. APPLIED STATISTICS FORCIVIL ENGINEERING. Two credit hours.Two hours of lecture per week. Prerequisite:MATH 3063 or MATH 3185.Application of probability and statistical theoryin civil engineering. Probability fundamentals;continuous and discrete distributions; point andinterval estimation; test of hypothesis; multipleregression.CIEG 4137. INTRODUCTION TOTRANSPORTATION ENGINEERING. Threecredit hours. Three hours of lecture per week.Prerequisite: CIEG 4136.Basic concepts in transportation: demand,service and equilibrium; transportation planningprocess and economics; components, operationand design of transportation systems.CIEG 4138. WATER RESOURCESENGINEERING. Three credit hours. Threehours of lecture per week. Prerequisite: GEEG4015 or CHEG 4010.Hydrologic measurements; hydrographs;probability theory applied to hydrologiccomputations; well hydraulics; capacity ofreservoirs and stability of dams; hydraulic ofopen channels and of pressure conduits; floodcontrol; legal and economic aspects of waterresources.CIEG 4139. INTRODUCTION TOGEOTECHNICAL ENGINEERING. Fourcredit hours. Three hours of lecture and onethree-hour laboratory per week. Prerequisites:GEEG 4011 and (GEEG 4015 or CHEG 4010).Co-requisite: GEOL 4015.Sampling, identification and description of soils;index and hydraulic properties; interactionbetween mineral particles and water;permeability and seepage; stress-strain andconsolidation characteristics of soils; shearstrength determinations. Stress distribution andsoil improvement.CIEG 4145. WATERWORKS ANDSEWERAGE DESIGN. Three credit hours.Three hours of lecture per week. Prerequisite:CIEG 4138.Design of water transmission, distribution, andcollection systems. Analysis of flow in pipenetworks, head losses, pressure distribution;system configuration; sewer hydraulics;quantities of water, sewage, and storn flows usedin design; design of water supply systems,sanitary and storm sewers, and pumping stations.CIEG 4950. INTEGRATED CIVILENGINEERING PROJECT. Three credit hours.One hour of lecture and four hours of practiceper week. Pre-requisite: Consent of the Directorof the Department.Design of a Civil Engineering project,integrating subdisciplines of the profession.Development of a project from its inception, anda conceptual and preliminary design, to its finaldesign. Development of design alternatives,including computational methodology, plans,cost estimates, and specifications.CIEG 4995. ENGINEERING PRACTICE FORCO-OP STUDENTS. Zero to six credit hours.A minimum of two work periods are required forthe accreditation of the course one of which mustbe a semester. Prerequisite: Consent of theDirector of the Department.Practical experience in civil engineering incooperation with private industry or governmentto be jointly supervised by the AcademicDepartment, the Co-op Program Coordinator,and an official from the cooperatingorganization. A written report will be requiredupon completion of each period of work.CIEG 4998. UNDERGRADUATERESEARCH. One to six credit hours. Three totwenty-four hours of laboratory per week. Prerequisite:Fourth or fifth year student andconsent of the Director of the Department.Participation, under the supervision of a facultymember acting as an investigator, in a researchproject.276
COLLEGE OF ENGINEERING Undergraduate Bulletin of Information 2001-2002ADVANCED UNDERGRADUATEAND GRADUATE COURSESCIEG 5005. CONSTRUCTION COSTESTIMATES. Three credit hours. Three hoursof lecture per week. Prerequisite: CIEG 4055.Conceptual and preliminary cost estimates: costindex, square feet method, unit of servicemethod, parametrics estimates, and othermethods. Source of data for preparing costestimates. Detail cost estimates: unit priceestimates, lump sum estimates, instruction tobidders, process for preparing detailed estimate,materials, labor, equipment, project indirect cost,recapitulation, company indirect cost, profit andcontingency. Construction cost estimates ofbuilding and engineering projects. Use of thecomputer for cost estimating.CIEG 5006. APPLIED HYDRAULICS. Threecredit hours. Three hours of lecture per week.Prerequisite: CIEG 4138.Dimensional analysis and modeling; hydraulicmachinery and structures; steady conduit andopen channel flow; pipe network system.CIEG 5007. SOLID WASTE MANAGEMENT.Three credit hours. Three hours of lecture perweek. Prerequisite: CIEG 4008.The solid waste problem: volume reduction andstorage of solid wastes, design and optimizationof collection systems, recycling, integratedtreatment and disposal systems.CIEG 5008. INTRODUCTION TOHYDROLOGY. Three credit hours. Threehours of lecture per week. Prerequisite: CIEG4138.The elements of the hydrologic cycle; probabilitytheory and commonly used probabilitydistributions in hydrology: hydrologic andhydraulic flood routing analysis; use ofhydrologic concepts in design.CIEG 5009. FUNDAMENTALS OF AIRPOLLUTION. Three credit hours. Three hoursof lecture per week. Prerequisite: CIEG 4008Classification and extent of air pollutionproblems, its effects on plants, animals,visibility, and its socio-economic impact;dispersion of effluents; analytical andexperimental sampling methods.CIEG 5012. APPLIED SANITARYENGINEERING CHEMISTRY. Four credithours. Three hours of lecture and one three-hourlaboratory per week. Prerequisite: CIEG 4008.The application of chemical principles to thesanitary engineering field. Physical, chemical,and biochemical analysis of water andwastewater. Interpretation of analytical data.Integration of experimental data into the designprocess. The preparation of laboratory reports inthe form of engineering reports is emphasized.CIEG 5015. WATER TREATMENT ANDPOLLUTION CONTROL. Three credit hours.Two lectures and one three-hour laboratory perweek. Prerequisite: CIEG 4008.Study of water and wastewater treatmentprocesses in terms of the underlying physical,chemical, and biological principles; theapplication of the principles to the study of unittreatment processes and to the design, operation,and analysis of performance of integratedtreatment plants; the influence of the selfpurificationof natural bodies of water and of theplanned use of the resources on the type anddegree of treatment of waste and its disposal;wastewater reclamation.CIEG 5017. PRESTRESSED CONCRETESTRUCTURES. Three credit hours. Threehours of lecture per week. Prerequisite: CIEG4012. Co-requisite: CIEG 4022.Prestressing systems and materials; stress losses,design of beams of flexure, bond, shear andbearing; specifications and economics of design.CIEG 5018. MATRIX ANALYSIS OFSTRUCTURES I. Three credit hours. Threehours of lecture per week. Prerequisites: CIEG4022 and Consent of the Director of theDepartment.Use of matrix methods in the analysis ofstructures; flexibility and stiffness methods.CIEG 5026. BRIDGE DESIGN. Three credithours. Three hours of lecture per week.Prerequisites: CIEG 4012 and CIEG 4022.277
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