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<br />OOHG5 <br /> <br />An ever increasing awareness of national flood plain criteria <br />and regulations has enabled Mr. Prokopiak to effectively work <br />with the Federal Insurance Administration on the local and <br />national level in managing the preparation of H.U.D. Type 15 <br />Flood Insurance Studies. These projects have involved him in <br />all phases of the contract, from development of the scope of <br />services to supervision and review of all work prepared <br />including contract negotiation and coordination with all <br />agencies involved. <br /> <br /> I <br />Additionally Mr. Prokopiak has been responsible for the l <br />determination and acceptance by local communities of flood <br />plains and the revision of flood plains due to channel E <br />improvements. c <br /> <br />His experience has resulted in a sound understanding of <br />hydrology statistics and computer capability of the Army Corps <br />of Engineers' Flood Flow Frequency, HEC-l and HEC-2 programs <br />as well as the Soil Conservation Service's WSPIN, WSP2 and TR- <br />20 programs. <br /> <br />~ <br /> <br />Pr ior to ~oining our firm, Mr. Prokopiak was substantially <br />involved 1n the preparation of many flood insurance rate <br />studies. Initially having worked on studies for the towns of <br />Greenwich and Stamford, Connecticut and later 7 communities in <br />Northampton and wayne Counties, Pennsylvania, he was assigned <br />as Project, Engineer for 10 communities in Orleans, Wayne, <br />Jefferson and Oswego Counties, New York. In addition, he was <br />assigned as the company technical liaison to two other <br />engineer ing firms who had been subcontracted by his former <br />firm, to perform 22 flood insurance rate studies. <br /> <br />~ <br /> <br />L <br />r <br /> <br />Mr. Prokopiak' s expertise in the use of the Army Corps of <br />Engineer's HEC-2 program often involved him in instructing <br />other engineering firms in the program's use and applications. <br /> <br />He was responsible for drainage computations and design for 1- <br />481, Syracuse, New York, and Easton Avenue, Somerset County, <br />New, Jersey; open and closed storm drainage systems; <br />Clarkstown, New York; Hartz Mountain Industries, Secaucus, New <br />Jersey. <br />