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<br />MAR Y KA Y PROVAIZNIK, E.I.l:
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<br />PROJECT ROLE
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<br />Technical Manager
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<br />EDUCA TION
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<br />M.S., Civil Engineering, University of Nebraska-Lincoln, 1997
<br />B.S., Civil Engineering, University ofNebraska.-Lincoln, 1994
<br />REGISTRATION
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<br />Engineer-in-Training, 1994 (Nebraska No. EI-6969)
<br />Professional Engineer, 1999 (California No. 59177)
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<br />EXPERIENCE
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<br />Ms. Provaznik has a background in water resourcf:S engineering, specializing in hydrology and
<br />hydraulics. Ms. Provaznik graduated in the area of water resources with course work including
<br />statistical hydrology, hydrologic modeling of small watersheds, hydraulic engineering, groundwah:r
<br />engineering, and sediment transport. She also assist,~d in water n~sources research projects dealing
<br />with hydrologic characteristics of small watersheds and issues concerning the Nebraska water usage
<br />along the Platte River. Computer modeling experience includes: TR-20, TR-55, HEC-I, HEC-2,
<br />HEC-6, HEC-RAS, CUHP-SWMM, SCSHYDRO, AGNPS, and HYDRAIN. The following
<br />projects represent Ms. Provaznik's experience:
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<br />City of Aurora, Springhill Golf Course Drainage~:valuation, Aurora Colorado. Staff Engineer
<br />for the drainage evaluation of the Springhill Golf Course. Evaluation included reviewing hydrologic
<br />and hydraulic information provided by the city, refining and supplementing the calculations using
<br />CUHP-SWMM, identifying problem areas, and developing potential solutions. Responsibility also
<br />included final and interim report preparation.
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<br />Union Pacific Railroad. Staff Engineer for hydrologic and hydraulic analyses supporting the Union
<br />Pacific Railroad's bridge renewal program. Performed site specific hydraulic analyses and bridge
<br />sizing for railroad crossings of streams having drainage basins ranging in size from a few acres to
<br />several hundred miles. Projects include site visits, surveys, agency contacts, hydrologic analysf:s
<br />using HEC-I, regional regression equations, and various locally approved methodologies, hydraulic
<br />evaluations using HEC-RAS or HEC-2, bridge sizing, report preparation, and permit acquisition
<br />identification, assistance, and coordination.
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<br />United States Geological Survey, Flood Frequemy, Nebraska. Graduate research assistant for
<br />the United States Geological Survey in the field of statistical hydrology, spedfically new flood
<br />frequency methods. The work included assisting with the preparation ofthe Peak Flow Data Report,
<br />assisting with the assembly of watershed characteristics, assisting in the calculations of Bulletin l7B
<br />quantiles for Nebraska gages, research of modified and new flood frequency methods, and
<br />calculations of quantiles using a combination of L-moments and Region of Influence methodologies.
<br />The quantile calculations included statistical analysis using SAS, a.nd modification and development
<br />of C++ and FORTRAN programs.
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<br />Papio-Missouri River Natural Resources District, Eagle Run Creek, Omaha Nebraska.
<br />Conducted an independent physical modeling study 0 f an energy dissipation stfUl;ture for the Papio..
<br />Missouri River Natural Resources District and Thompson, Dreesen, and Dorner.
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<br />1999 Flood DocumentaNon Report
<br />HDR Engineering, Inc
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