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-. DAVID J. PILLATZKE • <br /> Water Resources Section Manager <br /> Education: <br /> BCE -- University of Minnesota ( 1976 ) <br /> 1982 University of Minnesota Extension <br /> Storm Detention, and Flow Attenuation <br /> Professional Registration: <br /> Registered Professional Engineer in Minnesota and Wisconsin <br /> Professional Associations: <br /> American Public Works Association <br /> Minnesota Public Works Association <br /> Society of American Military Engineers <br /> General Background: <br /> Experience on a wide variety of civil works projects as a <br /> design engineer and project manager from concept to final <br /> completion. Responsibilities have included project <br /> planning, report preparation, preliminary and final design, <br /> specifications, quantity takeoffs, . cost estimating, <br /> operations and construction observations. General project <br /> types include new and rehabilitation of streets/highways <br /> drainage systems, utilities, ' residential and commercial site <br /> development, facilities management and city engineering. ' <br /> Projects have ranged in size from several thousand to multi- <br /> million dollar programs. <br /> Experience: <br /> Project Manager for Miscellaneous Projects - Oakdale, <br /> Minnesota Design and review of drainage systems implemented <br /> over the last two years. The projects included large <br /> studies of multi-basin storm water routing and rate/volume <br /> control structures. <br /> Project Manager for Cottage Grove Ravine Plan - Oakdale, <br /> Minnesota Development of a hydrologic model and hydraulic _ <br /> surface -water routing for updating of the City surface water <br /> management plant. The project included analysis of four <br /> subwatershed districts within the Cottage Grove Ravine WMO <br /> with use of both the SCS TR-55 and TR-20 computer models. <br /> - Project Manager for SWM Plan Update -.: Roseville, Minnesota <br /> City wide hydrologic/hydraulic study of about 8, 500 - acres. <br /> The study is utilizing computer modeling techniques based on <br /> the Soil Conservation Services TR-20 program. <br /> Project Manager - CR116 - Drainage Study Analysis of a 850 <br /> acre urban watershed consisting of eight subwatershed • <br /> districts. Design of ponding basins and outlet control <br /> structures to mitigate local floodi.ng. problems. <br />