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ANIRUDDHA GUHA, CFM <br /> I O . Senior Associate Engineer II <br /> Project Assignment: Storm water <br /> I Project Engineer; Cardinal Lane Watershed Management Plan, <br /> SWFWMD—Responsible for database management, data collection. ERP <br /> analysis. DTM preparation. infrastructure location and engineering data. GIS <br /> modeling, hydraulics and hydrology(H&H) modeling, floodplain delineations, <br /> and other aspects of preparing a watershed management plan. <br /> Project Engineer; Draa Field Stormwater Park, City of Titusville— <br /> ' Education <br /> M.S.. Geology/Hydrology— Responsible for data collection.ERP analysis. DTM preparation. infrastructure <br /> location and engineering data, GIS modeling. H&H modeling using ICPR. <br /> University of South Carolina. flood and water quality mitigation planning. conceptual design of mitigation <br /> 2002 strategies. and report preparation for a stormwater improvement project for the <br /> IM.S.,Applied Geology—Indian City of Titusville. Florida. <br /> Institute of Technology. <br /> Bombay. 1998 Project Engineer; Watervliet Dam Removal Project, Berrien County— <br /> ' B.S..Geology. University of <br /> Calcutta. India. 1996 Responsible for review of a HEC-RAS model for a dam removal project on <br /> the PawPaw River in Berrien County. Michigan. <br /> Project Engineer; B-21 Watershed Management Plan, Volusia County— <br /> Responsible for database management. data collection. ERP analysis. DTM <br /> Registrations preparation. infrastructure location and engineering data, GIS modeling. H&H <br /> Certified Floodplain Manager. modeling using ICPR. floodplain delineations, flood mitigation planning. con- <br /> INo. US-12-06326 ceptual design of mitigation strategies.and report preparation. <br /> Project Engineer; Depot Avenue Stormwater Park, City of Gainesville— <br /> Responsible for development of a SWMM model for an urban watershed in <br /> 1 Areas of Specialization downtown Gainesville. Florida. <br /> Hydrological and Hydraulic <br /> Modeling. Fluid Dynamics. Land Project Manager; Isleboro Area Drainage Study, New Smyrna Beach- <br /> I Surface Hydrology.Open Channel Responsible for database management, data collection. ERP analysis. DTM <br /> Hydraulics.Groundwater preparation. infrastructure location and engineering data. GIS modeling. H&H <br /> Hydrology.Wetland Hydrology modeling using ICPR. floodplain delineations. flood mitigation planning. con- <br /> and Chemistry. Fundamentals of ceptual design of mitigation strategies. and report preparation. <br /> 1 GIS and GIS-Based Modeling. <br /> Digital Techniques in Remote Project Engineer; Watershed Management Plan Review, SWFWMD— <br /> Sensing. Statistical Methods in Responsible for review of watershed management plans. providing supporting <br /> Hydrology. Numerical Analysis. <br /> Computer Applications in Civil materials for public meetings. and GIS data support. <br /> Engineering Project Engineer; Dewatering Study, Confidential Client—Responsible for <br /> groundwater mound analysis for a dewatering project for large tourist attrac- <br /> ttion in central Florida. <br /> Project Engineer; Mill Creek Streambank Improvement, Huron River <br /> I Watershed Council—Responsible for development of a HEC-RAS model <br /> and GIS support for a stream restoration project in Washtenaw County. Michi- <br /> gan. <br /> Research Assistant, University of Florida—Responsible for: <br /> • Hydrological modeling of wetland, shallow water and reservoir sys- <br /> tems. and model evaluation for estimation of evapotranspiration and <br /> water and energy balances. <br /> • Hydrological and environmental modeling using a GIS-based tool <br /> II (SWAT 2000) for estimation of fertilizer runoffs. <br /> I £cConsatig 7 <br /> &behrology,114 PWAUI.YAXG1CnY OF SUNNY ISLESIAPPENDICESRFSUMES SUNYISIS.DUC-043012 <br />