Chn 3920. Topics in Chinese Culture. (1-4 cr [max 12cr])Topics specified in Class Schedule.Chn 4011. Chinese Traditional Literature inTranslation I. (4 cr)Representative works of Chinese literature intranslation from ancient times until the end of theT’ang dynasty.Chn 4012W. Chinese Traditional Literature inTranslation II. (4 cr)Representative works of Chinese literature intranslation from end of T’ang dynasty until end of19th Century.Chn 4023. 20th-Century Chinese Literature inTranslation. (4 cr. Prereq–Background in modernChinese history desirable; knowledge of Chineselanguage not required)Main trends in Chinese literature from May 4th,1919 to 1979, including Taiwanese literature.Chn 4024. Contemporary Chinese Literature inTranslation. (4 cr. Prereq–Background in modernChinese history desirable; knowledge of Chineselanguage not required)Main trends in Chinese literature from 1979 to thepresent.Chn 4121. History of the Chinese Language. (4 cr.Prereq–3111)Sources <strong>and</strong> methods in the study of the historicaldevelopment of the Chinese language.Chn 4125. Structure of Modern Chinese. (4 cr.Prereq–3022 or equiv or #)Analysis of the grammatical structures of modernst<strong>and</strong>ard Chinese.Chn 4234. Chinese Poetry in Translation. (4 cr.Prereq–No knowledge of Chinese required.)Major themes, genres, <strong>and</strong> technical conventions ofChinese poetry from the classical age of poetry to themodern period.Chn 4235. Chinese Fiction in Translation. (4 cr.Prereq–No knowledge of Chinese is required.)An introduction to narrative <strong>and</strong> fictional traditionsin pre-modern China.Chn 4241. Filmic Construction of Modernity inChina. (4 cr)A survey of important films made after the CulturalRevolution with a special emphasis on the criticallyacclaimed “Fifth Generation” filmmakers.Chn 4292. Directed Reading. (1-5 cr. Prereq–#, ∆, ❏)Guided individual reading or study.Chn 5011. Research Methods. (4 cr. Prereq–3032 or3112)Introduction to the sources <strong>and</strong> approaches ofresearch in language <strong>and</strong> literature.Chn 5015. Chinese Philosophical/Historical Texts.(4 cr. Prereq–3112)Readings from major texts in Chinese philosophical<strong>and</strong> historical traditions.Chn 5018. Chinese Religious Texts. (4 cr. Prereq–3112)Traditional Chinese religious systems <strong>through</strong>selected texts.Chn 5040. Readings in Chinese Text. (2-4 cr [max 12cr]; A-F only. Prereq–3032 or equiv or #)Students read authentic materials of various types toincrease reading/speaking ability. Topics specified inClass Schedule.Chn 5120. Topics in Chinese Linguistics. (4 cr [max 8cr]. Prereq–4121 or 4125)Studies of the structure <strong>and</strong> change in the Chineselanguage.Chn 5230. Topics in 20th-Century ChineseLiterature. (4 cr [max 8 cr]. Prereq–3032)Studies of representative literary works from May 4,1919 to the present.Chn 5240. Topics in Chinese Poetry. (4 cr [max 8 cr].Prereq–3112)Selected major Chinese poets <strong>and</strong> poetic forms.Chn 5242W. Chinese Classical Drama <strong>and</strong> Theatre.(4 cr)A multimedia <strong>course</strong> on traditional Chinese theatre.Chn 5250. Topics in Chinese Fiction. (4 cr [max 8 cr].Prereq–3032 or 3112)Studies of traditional <strong>and</strong> modern Chinese fiction.Chn 5260. Topics in Pre-modern Chinese Prose. (4 cr[max 8 cr]. Prereq–3112)Studies of representative Chinese prose writings ofthe pre-modern period.Chn 5393. Directed Study. (1-5 cr [max 18 cr].Prereq–#, ∆, ❏)Guided individual reading or study.Civil Engineering (CE)Department of Civil EngineeringInstitute of TechnologyCE 0005. Refresher Course for Civil Engineers. (0 cr;S-N only. Prereq–BCE or equivalent degree orcompletion of Parts I <strong>and</strong> II of the State BouadExamination)CE 1101. Civil Engineering Orientation. (1 cr; S-N only)Introduction to the Civil Engineering Department<strong>and</strong> civil engineering practice. Presented by facultymembers <strong>and</strong> professional engineers.CE 3101. Computer Applications in CivilEngineering I. (3 cr; A-F only. Prereq–Math 1272, [CE orGeoE or MatS] student)Introduction to computer tools/methods for solvingcivil engineering problems. Spreadsheets, Autocad,Mathcad, Visual Basic. Numerical integration, curvefitting, linear/nonlinear equations, differentialequations.CE 3111. CADD for Civil Engineers. (2 cr; A-F only.Prereq–3201)Introduction to AutoCAD <strong>and</strong> l<strong>and</strong> developmentdesktop software. Students complete all tasks todesign two-lane roadway using civil engineeringdesign software, including topography, plan/profile,contours, cross sections, <strong>and</strong> quantity calculations.CE 3201. Transportation Engineering. (3 cr.Prereq–Phys 1301)Apply laws of motion to describe vehicle performance<strong>and</strong> determine constraints for highway designs.Traffic flow principles <strong>and</strong> their relation to capacity<strong>and</strong> level of service. Introduction to geometric design,pavement design, <strong>and</strong> transportation planning.CE 3202. Surveying <strong>and</strong> Mapping. (2 cr; A-F only.Prereq–IT or #; Math 1271, 1272)Theory of precision measurements of distance,elevation, angle, <strong>and</strong> direction of points <strong>and</strong> linesabove, on, or beneath the earth’s surface; establishingsuch points or lines. Elements of coordinate systems,datum planes, <strong>and</strong> maps.CE 3301. Soil Mechanics I. (3 cr; A-F only. Prereq–IT,AEM 3031)Index properties <strong>and</strong> soil classification. Effectivestress. Permeability <strong>and</strong> seepage. Elasticity theory.One-dimensional compression <strong>and</strong> consolidation;settlements. Compaction; cut <strong>and</strong> fill problems.CE 3311. Rock Mechanics I. (3 cr; A-F only. Prereq–IT,AEM 3031)Classifications <strong>and</strong> index properties. Behavior ofintact rock <strong>and</strong> rock masses. Failure criteria.Stereographic projections; kinematic analysis ofslopes. Reinforcement. Foundations.CE 3401. Linear Structural Analysis. (3 cr; A-F only.Prereq–Grade of at least C- in AEM 3031, IT)Analysis of determinate/indeterminate trusses <strong>and</strong>frames <strong>and</strong> of deformation by virtual work.Application of energy, slope-deflection, <strong>and</strong> momentdistribution methods to indeterminate structures.Influence lines. Design.CE 3402. Construction Materials. (3 cr; A-F only.Prereq–grade of at least C- in AEM 3031, IT)Basic concepts of behavior mechanisms forconstruction materials such as concrete, metals,asphalt, plastics, <strong>and</strong> wood. St<strong>and</strong>ard specificationsfor material properties. Techniques for testing.Course DescriptionsCE 3406. Construction Materials for Managers.(3-4 cr; A-F only. Prereq–[AEM 2011 or WPS 4301],construction management major)Basic concepts of physical properties <strong>and</strong> behaviormechanisms for construction materials such asconcrete, steel, aluminum, <strong>and</strong> wood. St<strong>and</strong>ardspecifications for material properties. Laboratorytechniques for evaluation of each material.CE 3501. Environmental Engineering. (3 cr; A-F only.Prereq–Chem 1022, Phys 1302)Introduction to environmental engineering.Quantitative approach to environmental problems.Scientific background for underst<strong>and</strong>ing roles ofengineers <strong>and</strong> scientists.CE 3502. Fluid Mechanics. (4 cr; A-F only. Prereq–[AEM2012 or AEM 3031], Math 2373, [IT or ForP major])Fluid statics/dynamics. Kinematics of fluid flow,equations of motion, pressure-velocity relationships,viscous effects, boundary layers. Momentum/energyequations. Lift/drag. Flow in pipes <strong>and</strong> pipe systems.Hydraulic machinery. Fluid measurements.CE 4101W. Project Management. (3 cr. Prereq–Upperdiv IT)Survey of broad areas in engineering projectmanagement <strong>and</strong> economics. Project planning,scheduling, <strong>and</strong> controlling; budgeting, staffing, task<strong>and</strong> cost control; communicating with, motivating,leading, <strong>and</strong> managing conflict among teammembers; engineering economics.CE 4102W. Capstone Design. (3 cr; A-F only.Prereq–3201, 3202, 3301, 3401, 3402, 3501, 3502)Teams formulate/solve civil engineering problems.From conceptual stage <strong>through</strong> preliminary planning,public hearings, design, environmental impactstatements, final plans/specifications, <strong>and</strong> award ofcontracts.CE 4111. Engineering Systems Analysis. (3 cr.Prereq–Upper div IT)“Systems” approach to problems. Operationsresearch—decision engineering, network analysis,simulation, linear programming, <strong>and</strong> expertsystems—is used to represent systems <strong>and</strong> assesstrade-offs.CE 4121. Computer Applications in CivilEngineering II. (3 cr; A-F only. Prereq–CE or upper divGeoE, 3101, Math 2243, Math 2263)Advanced application of computer tools <strong>and</strong> methodsin solving partial differential equations from civilengineering problems. The major tools areSpreadsheet <strong>and</strong> Visual Basic programming.Methods include finite differences, boundaryelement, finite element, <strong>and</strong> control volume finiteelement.CE 4170. Independent Study I. (1-4 cr [max 4 cr].Prereq–#)Special studies in planning, designing, or analyzingcivil engineering systems. Lab problems, literaturestudies, or reports supervised by staff.CE 4180. Independent Study II. (1-4 cr [max 4 cr].Prereq–#)Special studies in the planning, design, or analysis ofcivil engineering systems. Individual lab researchproblems, literature studies, reports. Supervised bystaff.CE 4190. Engineering Co-op Assignment. (2-6 cr;S-N only. Prereq–Upper div CE, approval of departmentco-op director)Formal written report of work during six-monthprofessional assignment.CE 4201. Highway Design. (3 cr; A-F only. Prereq–CE orupper div GeoE or grad, 3202, 3201 or #)Vertical <strong>and</strong> horizontal alignment, earthworkcomputations, highway capacity, forecast of trafficvolume dem<strong>and</strong>, impact of vehicle type on geometricdesign, intersection design.CE 4231. Pavement Engineering. (3 cr. Prereq–Upperdiv IT, CE 3201, CE 3301, CE 3402 or #)Concepts <strong>and</strong> principles in rigid <strong>and</strong> flexiblepavement design. Traffic loads, soil considerations,<strong>and</strong> material characteristics for highway <strong>and</strong> airfieldpavement design.Course Descriptions329
330CE 4232. Cemented Materials. (3 cr. Prereq–Upper divIT or Grad, CE 3402 or #)Characteristics of <strong>and</strong> lab testing for mineralaggregates: cement, mortar, fresh/hardened concrete,<strong>and</strong> asphalt-cement mixtures. Construction <strong>and</strong> longtermperformance of mixtures.CE 4301. Soil Mechanics II. (3 cr; A-F only. §GeoE 4301.Prereq–[[3301 or GeoE 3301], upper div IT] or #)Traction <strong>and</strong> stress. Mohr-Coulomb failure criterion.Experiments on strength <strong>and</strong> on angle of internalfriction. Earth pressure theories, rigid/flexibleretaining walls. Bearing capacity of shallowfoundations. Stability of slopes.CE 4311. Rock Mechanics II. (3 cr; A-F only. Prereq–Upper div IT or grad in IT major, CE 3311, GeoE 3311 or #)Failure mechanisms in rock masses. Elasto-plasticsolutions applied to underground excavations.Design of linings <strong>and</strong> support systems; rock-supportinteraction. In situ stresses <strong>and</strong> excavation shape.Instrumentation <strong>and</strong> monitoring.CE 4341. Engineering Geostatistics. (3 cr; A-F only.Prereq–CE, GeoE or upper div Geo or grad, Stat 3021 or #)Problem solving <strong>and</strong> decision making in civil <strong>and</strong>geological engineering using applied statistics.Emphasizes spatially correlated data, e.g., geologicsite characterization, spatial sampling design.CE 4351. Groundwater Mechanics. (3 cr; A-F only.Prereq–Upper div IT or grad, CE 3502 or #)Shallow confined <strong>and</strong> unconfined flows. Twodimensionalflow in vertical plane, transient flow.Flow toward wells. Determination of streamlines <strong>and</strong>pathlines in two <strong>and</strong> three dimensions. Introductionto contaminant transport. Elementary computermodeling.CE 4352. Groundwater Modeling. (3 cr; A-F only.Prereq–Upper div IT or grad, CE 4351, GeoE 4351 or #)Analytic element method. Mathematical <strong>and</strong>computer modeling of single <strong>and</strong> multiple aquifersystems. Field problems. Theory <strong>and</strong> application ofcontaminant transport models, including capturezone analysis.CE 4401. Steel <strong>and</strong> Reinforced Concrete Design.(4 cr; A-F only. Prereq–Grade of at least C- in 3401,3402, [upper div IT or grad student])Limit-states design. Steel: tension, compression,flexure, combined compression/flexure, connections.Concrete: beams in flexure/shear, one-way slabs,T-beams, development length, serviceability.CE 4411. Matrix Structural Analysis. (3 cr; A-F only.Prereq–[Grade of at least C- in 3401, [upper div IT orgrad student]] or #)Analysis of linear structural systems by matrixmethods, stiffness, <strong>and</strong> flexibility methods.Introduction to computerized structural analysis oftrusses/frames, including coding in programminglanguage.CE 4412. Reinforced Concrete Design II. (3 cr;A-F only. Prereq–[Grade of at least C- in 4401, [upperdiv IT or grad student]] or #; 4411 recommended)Advanced design of reinforced concrete structures:footings, retaining walls, columns with slendernesseffects <strong>and</strong> biaxial loading, torsion, continuoussystems, two-way floor systems.CE 4413. Steel Design II. (3 cr; A-F only. Prereq–[Gradeof at least C- in 4401, [upper div IT or grad student]] or#; 4411 recommended)Design of steel <strong>and</strong> composite steel/concretestructures, including multistory frames <strong>and</strong> plategirdersbridges. Beam-columns, torsion, connections,frames.CE 4501. Hydrologic Design. (4 cr; A-F only.Prereq–3502)Hydrologic cycle: precipitation, evaporation,infiltration runoff. Flood routing <strong>through</strong> rivers <strong>and</strong>reservoirs. Statistical analysis of hydrologic data <strong>and</strong>estimation of design flows. Open channel flow, flow<strong>through</strong> conduits. Detention basin design, hydraulicstructure sizing, estimation of risk of flooding.CE 4502. Water <strong>and</strong> Wastewater Treatment. (3 cr;A-F only. Prereq–3501)Theory of chemical, physical, <strong>and</strong> biologicalprocesses in treating water <strong>and</strong> wastewater.Sequencing of processes. Design of treatmentfacilities.CE 4511. Hydraulic Structures. (4 cr; A-F only.Prereq–4501)Hydraulic design procedures for culverts, dams,spillways, outlet works, <strong>and</strong> river control works.Drop structures, water intakes, bridge crossings.Offered alt yrs.CE 4512. Open Channel Hydraulics. (4 cr; A-F only.Prereq–IT or grad, 3502 or #)Theories of flow in open channels, includinggradually varied <strong>and</strong> rapidly varied flows, steady <strong>and</strong>unsteady flows. Computational methods for unsteadyopen channel flows, applications to flood routing.Introduction to moveable bed mechanics.CE 4531. Environmental Process Engineering. (3 cr;A-F only. Prereq–3501, 4541)Physical principles that influence behavior ofengineered <strong>and</strong> natural environmental systems. Flowbehavior <strong>through</strong> reactors, mass transfer, interfacialeffects, stability, kinetics.CE 4541. Environmental Water Chemistry. (4 cr;A-F only. Prereq–3501, Chem 1021, Chem 1022)Introduction to water chemistry. Physical chemicalprinciples, geochemical processes controllingchemical composition of waters, <strong>and</strong> behavior ofcontaminants that affect the suitability of water forvarious uses. Analytical procedures to measurechemical composition.CE 4551. Environmental Microbiology/Lab. (4 cr;A-F only. Prereq–Upper div, 3501)Role of microorganisms in environmentalbioremediation, pollution control, water <strong>and</strong>wastewater treatment, biogeochemistry, <strong>and</strong> humanhealth. Basic microbiological techniques: isolation,identification <strong>and</strong> enumeration of bacteria, BOD,biodegradation kinetics, <strong>and</strong> disinfection. Lectureplus three hrs weekly lab.CE 4561. Solid Hazardous Wastes. (3 cr. Prereq–IT orgrad, Chem 1022, 3501 or #)Solid <strong>and</strong> hazardous waste characterization;regulatory legislation; waste minimization; resourcerecovery; chemical, physical, <strong>and</strong> biologicaltreatment; thermal processes; disposal practices.Analysis <strong>and</strong> design of systems for treatment <strong>and</strong>disposal.CE 4562. Environmental Remediation Technology.(3 cr; A-F only. Prereq–[3501, 4501] or #)Technologies designed for removal of pollutantsfrom groundwater <strong>and</strong> soils. Advances intechnological design. Emerging technologies such asin situ bioremediation, phytoremediation. Role ofenvironmental biotechnology in pollution abatement.CE 5170. Internet Based Study. (1-5 cr [max 15 cr];A-F only. Prereq–Upper div IT)Internet based teaching with bi-weekly exercises ontopic of concern.CE 5180. Special Topics. (1-4 cr [max 4 cr]; A-F only.Prereq–#)Topics vary depending on faculty <strong>and</strong> studentinterests.CE 5211. Traffic Engineering. (3 cr. Prereq–3201, Stat3021 or equiv)Principles of vehicle <strong>and</strong> driver performance as theyapply to the safe <strong>and</strong> efficient operation of highways.Design <strong>and</strong> use of traffic control devices. Capacity<strong>and</strong> level of service. Trip generation <strong>and</strong> trafficimpact analysis. Safety <strong>and</strong> traffic studies.CE 5212. Urban Transportation Planning. (3 cr.Prereq–3201 or equiv)Techniques of analysis <strong>and</strong> planning fortransportation services; dem<strong>and</strong>-supply interactions;evaluating transportation alternatives; travel dem<strong>and</strong>forecasting; integrated model systems; citizenparticipation in decision-making.CE 5214. Transportation Systems Analysis. (3 cr.Prereq–3201)Systems approach, its application to transportationengineering/planning. Prediction of flows <strong>and</strong> levelof service. Production functions, cost optimization,utility theory, dem<strong>and</strong> modeling, transportationnetwork analysis, equilibrium assignment, decisionanalysis, multidimensional evaluation oftransportation projects.CE 5231. Pavement Management <strong>and</strong>Rehabilitation. (3 cr. Prereq–Upper div IT or grad, CE4231 or #)Concepts <strong>and</strong> practices in monitoring, maintaining,<strong>and</strong> rehabilitating flexible <strong>and</strong> rigid pavementsystems. Manual <strong>and</strong> automated means of pavementassessment, structural <strong>and</strong> functional definitions ofpavement performance, decision-making processes,<strong>and</strong> optimization.CE 5232. Advanced Portl<strong>and</strong> Cement Concrete. (3 cr.Prereq–Upper div IT or Grad, CE 4232 or #)Advanced topics in cement chemistry <strong>and</strong> selectionof materials for <strong>and</strong> design of portl<strong>and</strong> cementconcrete mixtures. Lab assignments pertaining tomixture design <strong>and</strong> short-term <strong>and</strong> long-termbehavior. Use of admixtures <strong>and</strong> fiber reinforcement.Effects of proportionment of st<strong>and</strong>ard materials.CE 5233. Advanced Bituminous Materials. (3 cr.Prereq–Upper div IT or grad, CE 3402 or #)Advanced topics in selection <strong>and</strong> design ofbituminous materials. Asphalt cement, rheology,emulsions, chip seals, hot-mix asphalt design,viscoelastic characterization. Lab assignmentspertaining to rheology, mixture design <strong>and</strong>viscoelastic behavior.CE 5311. Experimental Geomechanics. (3 cr; A-F only.Prereq–Upper div IT or grad, 4301, GeoE 4301 or #)Machine stiffness, closed-loop testing. Small-straintheory. Measurement of deformation: strain gages,LVDTs, accelerometers, <strong>and</strong> associated circuits.Direct <strong>and</strong> indirect testing. Material behavior:experiments on anisotropic, damaged, <strong>and</strong> fluidfilledsolids.CE 5321. Geomechanics. (3 cr; A-F only. Prereq–Upperdiv IT or grad, 4301 or GeoE 4301)Elasticity theory <strong>and</strong> solution of elastic boundaryvalue problems. Wave propagation in unboundedelastic media. Elements of fracture mechanics <strong>and</strong>applications. Elements of poroelasticity <strong>and</strong>applications.CE 5331. Geomechanics Modeling. (3 cr; A-F only.Prereq–Upper div IT or grad, 4301 or #)Soil <strong>and</strong> rock response in triaxial testing; drained <strong>and</strong>undrained behavior; elastic <strong>and</strong> plastic properties.Modeling stresses, strains, <strong>and</strong> failure ingeomechanics problems.CE 5411. Applied Structural Mechanics. (3 cr;A-F only. Prereq–[Grade of at least C- in 4401, [upperdiv IT or grad student]] or #)Principal stresses <strong>and</strong> failure criteria in 3 dimensions.Introduction to plane elasticity, energy methods,torsion of beams, <strong>and</strong> bending of unsymmetricalbeams.CE 5412. Prestressed Concrete Design. (3 cr; A-F only.Prereq–[Grade of at least C- in 4401, [upper div IT orgrad student]] or #; 4412 recommended)Design of prestressed concrete structures. Timedependent effects, behavior, flexure, shear, torsion,deflections, continuous systems.CE 5413. Masonry Structures. (3 cr; A-F only.Prereq–[Grade of at least C- in 3401, [upper div IT orgrad student]] or #; 4401 recommended)Masonry materials <strong>and</strong> their production. Mortars,grouts. Design of unreinforced, reinforced, <strong>and</strong>prestressed masonry structural systems. Walls,columns, lintels, arches. Codes/specifications,testing, inspection.CE 5431. Wave Methods for Nondestructive Testing.(4 cr; A-F only. §GeoE 5431. Prereq–[AEM 2021, AEM3031] or #)Introduction to contemporary methods fornondestructive characterization of objects of civilinfrastructure (e.g., highways, bridges, geotechnical