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<br />MARK GLIDDEN, P.E.
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<br />PROJECT ROLE
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<br />Project Principal
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<br />EDUCATION
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<br />M.S., Civil Engineering, University of Colorado, 1981
<br />B.S., Civil Engineering, University of Colorado, 1977
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<br />REGISTRATION
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<br />Professional Engineer, 1981 (Colorado No. 18301), 1985 (Wyoming No. 4891),
<br />1985 (Oklahoma No. 14364), 1988 (Nevada No. 8048), 1997 (Minnesota)
<br />Project Management Institute Professional, 1995 (No. 3401)
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<br />EXPERIENCE
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<br />Mr. Glidden has an extensive background as a project and program manager for planning and design
<br />of civil and infrastructure projects for many municipal and industrial clients. Much of his experiencf:
<br />is with comprehensive watershed planning studies. Other projects include water distribution system
<br />design, sanitary sewer collection and treatment system evaluation and design, and roadway and
<br />railroad consulting services. The following projects r<~present Mr. Glidden's experience:
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<br />Union Pacific Railroad, Hydrology and Hy<ilraulk Analyses, Western United States, Served as
<br />program manager for hydrologic and hydraulic analyses supporting the Union Pacific Railroad's
<br />bridge replacement program. Directed teams of proje:cts managers, staff engineers, and teclmicians
<br />in the home office and several outlying offices assigned to perform site specific hydraulic analyses
<br />and bridge sizing for railroad crossings of streams having drainage basins ranging in size from a few
<br />acres to several hundred square miles. Managed the e:xecution of more than 340 analyses in 18 states
<br />and conducted site visits to more than 90 sites in 14 states. Proj,ects included site visits, surveys.,
<br />hydrologic analyses using various locally approved methodologies, hydraulic evaluations, bridge:
<br />sizing, report preparation, and permit acquisition assistance and coordination.
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<br />Lower South Fork Muddy Creek, Winston-Salem, North Carolina. Served as project manager
<br />for the planning study. Project includes comprehensive hydrologic, hydraulic, and water quality
<br />modeling of watersheds and drainageways using XP-SWMM. Estimation of existing problems and
<br />development of alternative mitigation measures is included in project scope. Modeling was
<br />developed using GIS processes for data input development and model preparation.
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<br />Urban Drainage and Flood Control District, South Platte RJiver Major Drainageway Plan"
<br />Denver, Colorado, Served as project engineer for this major drainageway planning study through
<br />metropolitan Denver from Chatfield Dam to Baselim: Road in Brighton (40 miks). Developed and
<br />evaluated solutions for flooding problems, prepared damage and cost estimates, developed
<br />recommended plan, and prepared preliminary design. Final report serves as the foundation for future
<br />improvements along this river that serves as the major outfall through metropolitan Denver.
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<br />Flood Plain Management and Master Planning F'lrogram, Kingman, Arizona, Project engineer
<br />and teclmical consultant for city of Kingman flood plain management and master planning, Project
<br />includes the evaluation of flood hazards utilizing HEC-I and th,e development and evaluation of
<br />alternative solutions to existing and anticipated future flooding problems and the preliminary design
<br />6f"ca~
<br />1999 Flood Documentation Report ~~.,.~~\
<br />NDR Engineering, {nc r::,.,..; 0 ;--::~,'
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