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' ^k'.- Storer Drama Master Planvor Phase RFPNo. 1C Jahn McCarthy, PE, CFM I Principal -in -Charge Mr. McCarthy is experienced in the development, final design, and construction of flood control and drainage projects for public works and private sector projects. His experience Is concentrated In the field of stormwater management, including: hydrology studies, floodplain analysis, drainage master plan studies and runoff management plans, detailed hydraulic analyses, and improvement plan preparation. He has prepared stormwater runoff and drainage master plans for public and private sector clients, Including the cities of Irvine, Tustin, Yucaipa, Victorville, and Azusa; counties of Orange, Riverside, and Ventura; and various private sector clients throughout California. Mr. McCarthy specializes in the development of complex flood control and runoff management solutions for both public and private sector projects. He also has extensive experience in flood control and storm drain facility design, including flood channels, storm drain pipes, debris and detention basins, and ecosystem restoration projects. Relevant Experience includes: Santa Ana Storm Drain Master Plan, Santa Ana, California. City of Santa Ana. Principal in Charge. Responsibilities included project team and resource management oversight for the update the city's storm drain master plan. The city has an established drainage system with some segments over 50 years old and other segments recently constructed. Michael Baker analyzed the main line drainage system and prepared a hydrology study along with maps for the entire city boundary and for individual sub -areas for 2-, 10-, 25-, and 100-year storm events. The capacity of the existing storm drainage was evaluated to determine system capacity sufficiency using a hydrodynamic hydraulic model. A comprehensive list of needed storm drainage improvements was then generated. Michael Baker performed a hydraulic analysis to size sufficient storm drain lines and provided an ESRI ARCGIS geodatabase of city storm drain facilities, including storm drain pipes, city -owned drainage channels, manholes, catch basins, and culverts. Michael Baker used the Bentley software hydrodynamic hydraulic model CivilStorm, which uses hydrographs with in the hydraulic model to determine adequate pipe sizing. Drainage Master Plan, Redlands, California. City of Redlands. Principaldn-Charge. Responsible for overseeing project. Michael Baker developed a drainage master plan for the city to update its drainage infrastructure and to identify regional drainage solutions to the city's flooding issues. Michael Baker's services included hydraulic modeling, planning, best management practice (BMP) identification and evaluation, and stakeholder coordination. Master Plan of Drainage Update, Yucaipa, California. City of Yucaipa. Principal -In - Charge. Responsible for project management for engineering services to update the city's drainage master plan. The update included the development of new hydrologic calculation of peak flow rates along Wilson and Wildwood Creeks with the City limits. The update included the incorporation of existing and future stormwater detention basins proposed for the watersheds. Michael Baker identified the configuration of the existing facilities and basins based on available as -built plans and data, prepared preliminary stage -storage and stage -discharge relationships for the proposed basins, and performed an optimization study to develop the most cost effective system to meet the city's standards. !i ri G,rrnfl P.lr LS � k:'en i,u`,p5 I W'fERNATIDNAL 20C-39