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I I 'I I I I 'I I I I I I I I I I I I I . Project engineer for the evaluation of the Spring Creek floodplain between Taft Hill Road and the Pleasant Valley and Lake Canal in Fort Collins. He performed hydraulic analyses for the extension of the Spring Creek trail and proposed Master Plan improvements west of Taft Hill Road. Using the HEC-2 model, he delineated the existing and proposed condition floodplains as well as the 6-inch rise floodway for Spring Creek west of Taft Hill Road. . Project engineer for the hydraulic evaluation of drainage facilities in the City of Golden, CO. Mr. Doherty used the CUHP and SWMM models to analyze the downstream impacts of the 6th Avenue West Estates detention ponds on the West Third Avenue subdivision in the City of Golden. In addition, he designed improvements to the detention pond outfall structures to reduce the impacts on the downstream system. . Project engineer for the hydraulic evaluation of Dry Creek in the vicinity of E. Pershing Blvd. in Cheyenne using the HEC-2 model. He developed an existing baseline condition hydraulic model and delineated the existing condition 100-year floodplain for an 8,000 foot reach of Dry Creek. Mr. Doherty also performed a hydraulic analysis of proposed channel improvements which included the improvement of two channel crossings and the rechannelization of 5,000 feet of Dry Creek. . Project engineer for the hydraulic design of the Converse Street bridge across Dry Creek in Cheyenne. Mr. Doherty developed on-site hydrology with HEC-l and performed the hydraulic evaluation of a portion of Dry Creek and the hydraulic design of the Converse Street bridge using the HEC-2 model. . Project engineer for Wyoming AML Project 18, the restoration of Little Thumb Creek downstream from an adjacent gravel mine, the Little Thumb Pit in Yellowstone National Park. Mr. Doherty performed analyses to restore the channel to a geomorphically stable pre-mining condition in the critical fish spawning reach, to reestablish this reach of the channel as a fishery, and to stabilize the upstream reach of the channel, adjacent to the reclaimed mine pit. . Project engineer for the East Fork Carson River Stabilization study. Mr. Doherty prepared portions of the HEC~ 2 model used for the hydraulic analysis of the river. He also prepared design hydrographs which were used as part of the sediment transport analysis of the river. 21