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<br />TECHNICAL AND FINANCIAL PROPOSAL <br />Demolition and Reconstruction of the Historic Sunny Isles Beach/New Port Fishing Pier <br />Pier Park, City of Sunny Isles Beach, FL <br /> <br />Realistically the entire project can be delivered within 11- 12 months, assuming no permitting and/or construction <br />inspection obstacles are encountered. <br /> <br />As mentioned in Section 1 of this proposal, a detailed Work Breakdown Structure (WBS) Schedule would be provided <br />during contract negotiation to identify critical path for this project and identify other factors (weather time, inspection <br />milestones, etc.). The start date (season of the year) of construction is critical since this will dictate whether shorter or <br />longer weather time will be required. <br /> <br />SECTION 3 - TECHNICAL ApPROACH AND METHODOLOGY <br /> <br />3.1 Innovative Construction Technology <br /> <br />In order to deliver a cost effective construction solution, our Team will implement a unique offshore <br />construction system. This system will eliminate the conventional boat-based operations in driving large <br />diameter pipe piles and erecting pile supported structural decks. This technology will reduce downtime due to <br />erratic and sometimes destructive wave actions and provide a stable platform to stage the work. The <br />Restaurant Building and the Site Works will follow the conventional approach. <br /> <br />3.2 Project Stake-Out and As-Built Survey <br /> <br />The Team will work with two different surveying companies Sea Diversified, Inc. (seaside construction layout) <br />and Felippelli Surveying, Inc. (Iandside construction layout). The Team will provide the City final as-built <br />survey at the end of the project. <br /> <br />3.3 Pre-stressed Concrete Test Pile <br /> <br />A test pile program will be implemented to determine the adequacy of the piles in bearing and lateral loads. All <br />tests will be coordinated with the Engineer of Record and City representatives. The Team will submit <br />specifications on the diesel hammer and get approval before pile installation. All piling will be installed per <br />permitted design and specifications. The Team understands that it could potentially encounter rock and has <br />taken this into consideration. When rock is encountered, the Team will drill and drive pile tip until elevation is <br />met per permitted design and specifications. <br /> <br />3.4 Concrete Pilings, Foundation, and Pile Driving <br /> <br />All fixed piers will be supported by concrete pilings, as per plans and specifications. These pilings will be <br />driven by way of diesel hammer to meet all load bearing requirements provided by the Engineer. Detailed logs <br />will be kept by the Team and the Engineer. The Team will coordinate with the Engineer on the days pilings will <br />be installed. The Team will ensure that no damage is done to existing structures. A Vibration Control <br />Specialist will monitor site during driving of piles, and will be responsible for preconstruction and post- <br />construction surveys of existing structure. All material and equipment will be submitted for approval to the <br />Engineer and the City. <br /> <br />3.5 Construction Materials <br /> <br />The Team will follow the plans and specifications for this project as provided by the Engineer. All concrete <br />shall be provided by local vendor and approved by the Engineer and the City. All tests shall be coordinated <br />with the Engineer and the City. The Team will confirm that steel cover, reinforcement steel diameter, concrete <br />thickness, curing, etc. will be recorded as per specifications provided by the Engineer. The Team will <br />coordinate concrete tests consisting of four (4) test cylinders for any given amount of concrete cast in one (1) <br />day. <br /> <br />Page 7 of 15 <br />