The District requires the services of a professional engineering firm to provide consulting services to migrate the District's existing master drainage model to Interconnected Channel and Pond Routing Model 4 (ICPR4) and GIS. One of the primary responsibilities of the District is to maintain flood control of the master drainage system which serves approximately 24,500 acres. The master drainage system is comprised of approximately 67 miles of canals, as well as, portions of natural creek and swamp topography which include Whittenhorse Creek, Davenport Creek and Reedy Creek which is controlled by water control structures, including weirs and amil gates. The project will be split into seven (7) zones. The zones are interconnected, therefore each zone will build upon the previous zone. However, each zone will have separate deliverables and check points. Each zone will consist of two phases, the Data Collection Phase and the Modeling Phase. As part of the Data Collection Phase, ESRI ArcGIS will be used to delineate and georeference all 700+ drainage basins, establish existing and future land uses, and soil properties. All areas within the District will be detailed modeled. In addition, the project will also include analysis the Offsite Tributary Basins to establish updated flow conditions. The Modeling Phase will consist of the creation of a detailed one-dimensional model of the entire master system for both existing and future conditions. The end result will include a geo-referenced model consistent between ICPR and GIS and will establish revised hydraulic stages and floodplains for the canals and modeled waterbodies. Lastly, the floodplain will be mapped to provide final flood elevations and delineations. License Requirements Florida-registered P.E. and Licensed Surveyor Online Q&A
Yes
Q&A Deadline
05/17/2024 6:00 PM (EDT) Start/Delivery Date On or about September 2, 2024 Project Duration 1.5 years Bid Bond
0.00%
Payment Bond
0.00%
Performance Bond
0.00%
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