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<br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br />) <br /> <br /> <br />APCTE Tenure: 7 yrs <br />Industry Experience: 26 yrs <br /> <br />OFFICE LOCATION: Doral <br /> <br />REGISTRATION: <br />2001, Florida Professional Engineer <br />No, 58025 <br /> <br />EDUCATION: <br />Bachelor of Science - Civil Engineer- <br />ing, 1985. Polytechnic University of <br />Havana, Cuba <br /> <br />EXPERIENCE: <br />Senior Project Engineer <br />March 2004 - Present APCTE <br />Senior Project Engineer, in charge of <br />water and sewer system design. <br /> <br />Project Engineer <br />Nov, 2000 - March 2004 <br />HNTB Corporation <br />Project Engineer for the Miami office <br /> <br />Project Engineer <br />Jul 2000 - Nov. 2000 <br />EAC Consulting Engineer <br />Drainage Engineer for the Miami of- <br />fice, was in charge of Drainage design, <br /> <br />Senior Project Engineer <br />July 1993 - March 1995 <br />Irrigation and Drainage Institute Ha- <br />vana, Cuba. Engineer in charge of <br />project management of mayor projects <br />performed for the Ministry of Agricul- <br />ture and the DOT in Havana, Cuba. <br /> <br />Project Engineer <br />Jul. 1987 - Jul. 1993 <br />Hydraulics Research Institute, Pinar <br />del Rio, Cuba <br /> <br /> <br />KEY PERSONNEL RESUME ~ <br />A&P CONSULTING TRANSPORTATION ENGINEERS ~ <br /> <br />. LAZARO FERRERO, P.E. PAGE 1 /2 <br /> <br />Drainage Analysis/Plans/Permitting <br /> <br />As senior project engineer, in charge of storm water management systems design. Mr. <br />Ferrero has 26 years of engineering experience in civil engineering, including major <br />drainage systems, stormwater pumping stations, pipe networks, water main, force <br />main, hydraulic and structural design, and computer programming for engineering, Mr. <br />Ferrero has been responsible for the design of several Stormwater management <br />Projects in Miami-Dade and Broward Counties. Among his most relevant projects are: <br />MIC Storm water Management Master Plan; Rental Car Facility Drainage System <br />Design; Washington Avenue Improvements and Naitilus Neighbourhood Drainage <br />Master Plan. Mr. Ferrero is currently a member of the Florida Engineering Society (FES). <br /> <br />KEY PROJECTS <br /> <br />MIAMIINTERMODAL CENTER (MIC), FOOT DISTRICT 6, MIAMI-DADE COUNTY, <br />FL. <br />Client: FDOT District VI (Gary Donn, P.E. (305) 470-5145), Development of a Stormwa- <br />ter Management Master Plan. This is multi modal transportation facility, which links <br />Metrorail, Amtrak, Tri-Rail, High Speed Train and Metrobus. The total area of the proj- <br />ect is 742 Acres, which includes the SR 836/SR 112 Interconnector, Mic Core, Rental <br />Car Facilities, MIC/MIA Connector and Baggage Tunnel. <br /> <br />NAUTILUS NEIGHBOURHOOD IMPROVEMENTS, CITY OF MIAMI BEACH, <br />FLORIDA <br />Client: City of Miami Beach (Jose A. Perez, P.E. (305) 673-7080). The Nautilus Neigh- <br />borhood includes all of the area from Arthur Godfrey Road on the South, Biscayne Wa- <br />terway on the East, Biscayne Bay on the West, and Surprise Waterway on the north. <br />The total area of the project is 112 Acres. The proposed improvements include new <br />catch basins and manholes new collection system with increase of the pipe diameters, <br />9 gravity wells, and 6 pump stations with 37 injection wells. The improvements to the <br />stormwater system are limited to the three priority drainage basins (92, 97 & 99) iden- <br />tified in the City of Miami Beach Stormwater Management. <br /> <br />LUMMUS NEIGHBORHOOD IMPROVEMENTS, CITY OF MIAMI BEACH, FLORIDA <br />Client: City of Miami Beach (Jose A. Perez, P.E. (305) 673-7080). The Lummus Neigh- <br />bourhood includes all of the area from Washington Avenue on the West, Ocean Drive <br />on the East, 6th Street on the South, and 16th Street on the North. The total area of the <br />project is 25 Acres. The proposed improvements include new catch basins, new col- <br />lection systems and 16 gravity wells. Design started in February 2007 and ended in <br /> <br />CIVIL ENGINEERING SERVICES TO DESIGN STREET AND DRAINAGE IMPROVEMENTS . <br />