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CHRIS R. FAGERSTROM, P.E. 0 O Page 2 and regraded the existing roadway to provide stormwater treatment where none existed previously. Project Manager; Chassahowitzka River Basin Watershed Management Plan, SWFWMD—Conducting watershed modeling. LIDAR mapping and development of digital elevation model, watershed delineation, watershed in- ventory. digital flood insurance rate maps. GIS/ArcHydro, BMS. and GWIS database as part of the plan. Project Manager; Cambridge Basin Stormwater Quality, Quentin L. Hampton & Associates, Inc.—Conducted stormwater quality monitoring. QAPP preparation. and final monitoring report as part of a total maximum dai- ly load grant. Nine sample events were collected at the inflow and outflow of the system to access the system's pollutant removal efficiency. Pollutant loads were developed based on the flow data collected and a final monitoring report ' was prepared. Project \tanager; Tributary "E" Stormwater Park, Volusia County— Conducted design and construction administration service for a 15-acre stormwater park in southeast Volusia County. Florida. The offline treatment system will serve a 1.100-acre watershed. The site design includes grading and drainage plans. precast restroom building, asphalt parking, irrigation and pond aeration. 3.300+ feet of walking trail. Other tasks completed for this project include watershed modeling using S\VMM. wetland restoration. and storm- water pollution prevention plan preparation. Project Manager; Draa Field Stormwater Park, City of Titusville—The goal of this project was to design a stormwater management system that would help meet the pollutant reduction goals of Indian River total maximum daily load and alleviate flooding within the basin. These goals will be accomplished by creating a regional stormwater treatment system at Draa field. Draa field was the historic location of the City's high school football field. The regional treatment system shall consist of a 4-acre settling basin, followed by a wetland ' marsh. then outfalling to an existing ditch that will be improved by removing exotic vegetation. replanting with native wetland vegetation. providing a natu- ral meander. and creating wetland pools for additional habitat. Project high- lights include: conducting a small scale basin study. ICPR model development, rails-to-trails coordination. environmental resource permitting. and park amen- ities. Project Engineer; Depot Park Brownfield Restoration, City of Gaines- ville—Instrumental in the redevelopment of a 35-acre site located south of the city's downtown and within its designated Enterprise Zone. where significant soil and groundwater contamination had been identified as a result of a former manufactured gas plant operation and historic railway activity. Assisted in the preparation of a QAPP, and participated in community outreach meetings and public presentations to educate the surrounding community on this brownfield redevelopment project. Project tasks included site assessment, human health and ecological risk assessment, feasibility study. remedial action planning. permitting, reuse planning and design and construction oversight of a unique stormwater park capable of treating storm water runoff from the downtown ar- e ea. This project is widely thought to be one of the State's most successful brownfield projects. seamQ En actmentm Cmmufag a bd.Nogr,ac PAPAW,YAXG\CIT OF SUNNY ISLES\APPENDICESW SUMES SUNYtsts.DOC-043012