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E-45Proven solutionsResponsive and dependable performance <br />City of Sunny Isles Beach RFQ No. 20-07-01: Continuing Professional Consulting Services (CCNA) <br />CES coordinated with the CMB, Ric-Man Construction Florida and the public/residents via the PIO and managed and interfaced <br />with 10 subconsultants in a variety of disciplines throughout the project development and design, project resiliency improvements, <br />and into permitting and construction. In a collaborative effort, CES directed, held or attended bi-weekly design, utility and <br />project meetings with CMB staff and project team/contractor members. CES also developed, coordinated and attended multiple <br />public meetings and prepared presentations for CMB review/use, supporting resident interface. The team also participated <br />in the 100 Resilient Cities Workshop and incorporated design changes and improvements to the project as a result of the <br />workshop. The CES Team utilized an Urban Forester/Arborist to identify and evaluate the existing tree canopy and its viability <br />both within and adjacent to ROW to save/maintain as much of the existing “green” infrastructure as possible. <br />The CES Team identified and reviewed encroachments and <br />optional design considerations to resolve conflicts, preparing <br />Harmonization Plans for 192 properties (137 North/55 South), <br />with each property set including a Site Plan, Landscape Plan <br />and 3D Perspective Rendering, specific to each property. CES <br />also reviewed and evaluated seven existing CMB and FDOT <br />stormwater pump stations (three North/four South) that <br />impact or integrate with the project for Emergency Generator <br />locations and connections, including supplemental survey <br />and site investigations. These new Generators will allow CMB <br />to improve and maintain stormwater disposal to reduce/ <br />minimize flooding as part of the resiliency effort. <br />CES coordinated with 12 different utilities along the project <br />ROW to identify existing utility locations, potential conflicts and <br />options/opportunities for facility relocation or adjustments. <br />The project also involved the creation, development and <br />maintenance of a Master Utility Plan to develop designs that <br />incorporated or remediated affected utilities. By utilizing Civil <br />3D Software, CES created a 3D Model and Interactive Video of <br />the existing and proposed utilities to represent location and <br />subsurface conditions to minimize conflicts and to improve <br />utility allocations and corridors. <br />Stormwater Drainage System Improvements and Rehabilitation: CES performed a review and evaluation of two existing hydraulic <br />models and developed an updated Stormwater and Hydraulic Model of the West Ave Project Basin that included the impacts <br />of the City’s 600-acre Basin, from the project east to the Atlantic Ocean. The project was modeled using ICPR4 and included <br />upsizing and design of all drainage lines, curb inlets and yard piping followed by significant upsizing and modifications of the <br />proposed pump stations. CES created <br />the stormwater model and developed <br />a pre vs. post scenario, along <br />with three alternative stormwater <br />models. The model considered the <br />proposed roadway elevation and the <br />actual finish floors of each existing <br />structure. A hydraulic grade line was <br />developed and maintained at one <br />foot below the lowest finish floor <br />elevation. The results of this model <br />are being used in the complete <br />design of the stormwater system for <br />both the North and South projects.