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City of Sunny Isles Beach —Acoustical Engineering Services for the Town Center skate Park — <br />Phase I Assessment <br />2. Field monitoring will be performed to establish background sound levels (Skate Park closed) and ambient <br />readings during regular and peak Skate Park usage operational hours. Field monitoring will be conducted <br />with a two (2) person team on Monday, Wednesday and Saturday (peak usage), Weather conditions and <br />schedule demands may require an adjustment in the field monitoring days. <br />3. CadnaA Computer Modeling — Modeling of the ambient existing conditions for when the Skate Park is <br />open and when the Skate Park is closed will be performed. Modeling and results for three different <br />mitigation options (to be discussed and determined by our team) will be performed. Sound level contour <br />exhibits will be generated for the three residential buildings' ambient conditions and the three mitigation <br />options evaluated. A full enclosure (building) is not a mitigation option to be. evaluated by this study, <br />4. Draft and Final Report —A well documented report that will include: <br />• Discussion of general sound levels and sound information including examples of typical sound levels <br />associated with common sources or activities <br />• Summary of the methodology, process and analysis used for the sound evaluation <br />• Results of the field measurements and observations for ambient existing background sound levels and <br />other sources of background noise observed in the vicinity of the Skate Park <br />• Results of computer modeling (ambient and mitigated) with sound contours and associated sound <br />level reduction at multiple receptor points within the three (3) residential buildings of the Salem <br />House, 300 Winston Tower and 600 Winston Tower <br />• A table providing a comparison of the mitigation options with sound reduction and construction <br />material cost estimates <br />• Basic drawings /engineering exhibits of the three (3) sound mitigation design options <br />• Discussion of the benefits and drawbacks of the three (3) sound mitigation options <br />• A recommended mitigation option and conclusion <br />• Appendix with Photograph Log <br />5. Structural engineering review of the proposed mitigation options. <br />6. Construction Cost Estimating of the proposed mitigation options. <br />7. Presentation to the City Commission — PowerPoint presentation and three (3) exhibit boards with the <br />proposed sound mitigation options. Participation by the three (3) key team members. <br />Page 2 <br />