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<br />. <br /> <br />Assistant project manager for the Comprehensive Drainage Plan Update for the City of <br />Greeley, Colorado. This project involved the preparation of a city-wide hydrologic model, <br />evaluation of existing drainagelflooding conditions, development of drainage system <br />improvement alternatives, economic evaluation of alternatives, and prioritization of city-wide <br />improvements. <br /> <br />. <br /> <br />Project manager for the Spring Creek Mastel' Drainage Plan Update, Fort Collins, <br />Colorado. This project was actually a series of projects within the Spring Creek drainage <br />basin which involved hydrologic modeling, both open channel and pipe hydraulic analyses, <br />design of hydraulic structures, conveyance channels and trail crossings, design of channel <br />stabilization measures, and flood plain analyses and mapping. <br /> <br />. <br /> <br />Project manager for the Evergreen/Greenbriar Master Drainage Plan, Fort Collins, <br />Colorado. This study involved the complete re-revision of the master drainage plans for the <br />Greenbriar and Evergreen Drainage Basins to provide a single, coordinated plan for these <br />hydrologically and hydraulically connected areas. Specifically, the study included: (a) <br />revising the existing and developed condition hydrology; (b) evaluating all existing hydraulic <br />facilities including detention ponds; (c) providing preliminary designs and recommendations <br />for regional and on-detention facilities, stornl sewe,rs, and open channel conveyance systems. <br /> <br />. <br /> <br />Assistant project manager for the open-end contract with the City of Fort Collins <br />Stormwater Utility. This contract provides teclmical support for the Fort Collins Stormwater <br />Utility in the form of hydrologic, hydraulic, erosion! sedimentation, and chmmel stability <br />evaluations, as well as final design services in both riverine and urban drainage <br />environments. <br /> <br />. <br /> <br />Engineer-in-charge for the Fossil Creek Channel Stability Study, Fort Collins, Colorado. <br />This study included the hydraulic, geomorphic, sediment transport, and bank stability <br />analyses for Fossil Creek between Trilby Road and Lemay Avenue in Fort Collins. The <br />study resulted in the delineation of the 1 OO-year floodplain boundary, definition of erosion <br />buffers limits, and recommended bank stabilization measures for the creek. <br /> <br />. <br /> <br />Project manager for the Avocet Road Storm Sewer Improvements, Fort Collins, Colorado. <br />This project included the hydrologiclhydraulic analysis and final design of a I ,600-ft long, <br />36-inch RCP storm sewer installation in Fort Collins which included three irrigation ditch <br />crossings (two inverted siphons) and the crossing of major arterial. The analyses included <br />an impact evaluation and mitigation plan for two regional detention ponds and a floodplain <br />delineation across the Colorado State University Veterinary Teaching Hospital. <br /> <br />. <br /> <br />Project engineer for the Monroe Creek Relocation and Stabilization Project, Weiser, <br />Idaho. This study and design included field investigations, an evaluation of area hydrology <br />to define design discharges, and hydraulic (HEC-2) analyses of existing and with-project <br />conditions to assess flooding potential and evaluate sediment transport processes. The <br />hydraulic/stable channel design included a 20'W x 1 O'H RCB culvert and relocation of nearly <br />7,900 feet of the Monroe Creek channel near Weiser, Idaho. <br /> <br />T:\MARKET\Bios\GJK-BIO drainage.wpd <br /> <br />ANdEnS0N CONsulTiNq EN<jiNEEIlS, INC. <br />