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• <br />• <br />• <br /> <br /> <br />F. Example Projects (Present as many projects as requested by the agency, or 10 projects, if not specified. <br />Co mplete one Section F for each project) <br /> <br />20. <br /> 10 <br />21. TITLE AND LOCATION (City and State) <br /> <br /> Matheson Hammock Sea Level Rise Flood Mitigation Study, Coral Gables <br />Miami-Dade County, Florida <br /> <br />22. YEAR COMPLETED: <br />PROFESSIONAL SERVICES <br /> <br />2018 <br /> <br />CONSTRUCTION <br /> <br /> NA <br /> <br /> <br />23. PROJECT OWNER'S INFORMATION <br />a. PROJECT OW NER <br /> <br />Miami Dade County <br />b. POINT OF CONTACT NAME <br /> <br />Jose A. Gonzalez <br />c. POINT OF CONTACT TELEPHONE NUMBER <br /> 305-755-7833 <br /> 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) <br />Summary: <br />Underwater inspection, engineering analysis, <br />coastal resiliency, sea level rise, flooding, <br />marine resources, environmental permitting, <br />flood mitigation design, planning, cost <br />estimates. <br /> <br />Relevance: <br /> The Project demonstrates knowledge of <br />coastal resiliency and sea level rise. <br /> <br /> The Project demonstrates the ability to <br />combine various disciplines to <br />develop and plan long term <br />solutions . <br /> <br /> The Project demonstrates innovative <br />design to meet changing conditions <br />and incorporate flexibility in designs . <br /> <br />Project Schedule/ Actual Schedule: <br /> <br />On schedule. <br /> <br />Scope: Engineer, Marine Scientist and <br />Project Manager <br /> <br />Size: 120 acres <br />Construction Cost: $50M (est.) <br />Description: <br />A technical assessment of the conditions at Matheson Hammock Park (Park) was conducted <br />relative to developing flood mitigation concepts to limit impacts of sea level rise. Topographic LiDAR <br />data was compiled and processed to develop a detailed topographic map of the Project area. A <br />conditions inspection was conducted of the Park documenting the condition of all significant <br />infrastructure components, along with anticipated service life. Environmental resources were <br />preliminary assessed and mapped. <br /> <br />An evaluation of typical and extreme tidal water levels was conducted to understand peak tidal <br />levels and exceedance probability. Published sea level rise projections were reviewed and adopted <br />for the study. A flood inundation model was developed to analyze areas of flooding and timeframes <br />relative to sea level rise. <br /> <br />Flood mitigation concepts were developed for major infrastructure components within the Park. The <br />concepts were evaluated relative to urgency, construction costs, impacts to Park guests, permit <br />feasibility and environmental impacts. An implementation schedule reaching the year 2100 was <br />developed, outlining estimated infrastructure replacement dates, anticipated service life and <br />required elevations based on the adopted sea level rise projection. <br /> <br /> <br /> <br />25. FIRMS FROM SECT ION C INVOLVED WIT H T HIS PROJECT <br /> (1) FIRM NAME (2) FIRM LOCATION (City and State) (3) ROLE <br />a Cummins Cederberg, Inc. Miami, Florida Engineer <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br /> <br />AUTHORIZED FOR LOCAL REPRODUCTION STANDARD FORM 330 (6/2004) <br />MANDATORY USE DATE OF FORM 6/2004