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<br />CH~RE <br />"'j &ASSOClATIS <br /> <br />Oscar R. Bello, PE <br />Senior Engineer <br /> <br />Education <br />Bachelor of Science, Civil Engineering, <br />University of Central Florida, 1999 <br /> <br />Registration <br />Professional Engineer, Florida, 61612, 2004 <br /> <br />Professional Affiliations <br />. American Public Works Association <br />. American Society of Civil Engineers <br />. Environmental Coalition of Miami and the <br />Beaches <br />. Florida Engineering Society <br />. National Society of Professional <br />Engineers <br /> <br />Certifications <br />Nuclear Density Gauge Certification <br />Level I Survey Technician <br /> <br />)summary <br />Mr. Bello has more than 12 years of experience <br />in planning, design, permitting, and <br />construction management of water, wastewater, <br />and drainage municipal projects in Florida. Mr. <br />Bello has worked as a project manager and <br />project engineer for various projects in South <br />and Central Florida. He currently manages <br />municipal projects for the City of Miami Beach, <br />City of Dania Beach, Florida Keys Aqueduct <br />Authority and the City of Key West. <br /> <br />Project Experience <br />Miami Beach - South Pointe Phase <br />III/IV IV - ROW Improvement Project. <br />Chen Moore and Associates is the prime <br />consultant and is responsible for providing <br />surveying, planning, geotechnical investigation, <br />design, permitting, preparation of construction <br />documents, bid and award and construction <br />engineering and inspection services for <br />infrastructure improvements within the public <br />right of way areas of the South Pointe III/IV/V <br />neighborhood of Miami Beach. The project <br />encompasses approximately 19,000 LF of ROW <br />infrastructure improvements including water <br /> <br />main replacements, stormwater drainage <br />improvements, paving & grading, streetscaping <br />enhancements, landscaping improvements, <br />lighting improvements, and roadway <br />reconstruction. This project also required <br />extensive coordination with the public, adjacent <br />CRAs, historic districts and various regulatory <br />agencies. <br /> <br />As part of the proposed stormwater and <br />drainage services, extensive analysis was <br />conducted utilizing ICPR Modeling and GIS to <br />meet and/or exceed required stormwater Level <br />of Services standards. The proposed <br />stormwater design included the introduction of <br />catch basins and stormwater piping to <br />effectively collect and route the storm water to <br />sixteen drainage gravity wells and a stormwater <br />pump station with overflow outfall connections <br />to Biscayne Bay. Due to the environmental <br />sensitivity of Biscayne Bay design and <br />implementation of water quality treatment <br />measures was an important consideration and <br />design factor of the system prior to outfall to <br />the Bay and was closely coordinated with <br />regulatory agencies during the permitting <br />process. <br /> <br />Dania Beach - NW 1st Ave <br />WaterlStormwater. Chen Moore and <br />Associates was selected by the City of Dania <br />Beach for the NW 1st Ave project, which <br />includes replacing existing water main and <br />providing drainage improvements. The project <br />area is commercial, where many existing <br />utilities including gas main, sanitary sewer, <br />fiber-optic cables and other AT&T / Bellsouth <br />utilities are located. Therefore the placement of <br />the exfiltration trench and new water main was <br />a challenge in this small one way road. <br />Approximately 1400 linear feet of 12" water <br />main as well as 700 linear feet of exfiltration <br />trench have been designed and is currently <br />within the permitting phase. <br /> <br />www.chenmoore.com <br />