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Brian S. Hathaway, PE
<br />(Continued)
<br />materials testing and inspection services on a task
<br />work order basis during the construction of road and
<br />bridge improvements of the Florida's Turnpike. The
<br />services provided under this contract consist of pile
<br />driving analyzer (PDA), vibration monitoring, field and
<br />laboratory QA/QC materials testing services,
<br />construction inspections, asphalt paving and plant
<br />QA testing, non - destructive testing, structural steel
<br />testing, and inspection services.
<br />1 -595 Corridor Improvement Program
<br />AECOM /Florida Department of Transportation,
<br />Florida, USA
<br />Senior Geotechnical Engineer: Performed
<br />geotechnical design analysis for a segment of noise
<br />barrier walls. Performed field engineering services
<br />related to site characterization using dilatometer
<br />(DMT) insitu testing to evaluate the settlement
<br />potential for a bridge structure supported on shallow
<br />foundation system.
<br />Modifications to SR -9
<br />U.S. Army Corps of Engineers,Tamiami, Florida
<br />Senior Geotechnical Engineer: Responsible for pile
<br />dynamic analysis verification instrumentation testing
<br />of prestressed concrete piles. Performed Quality
<br />Assurance oversight during the performance of static
<br />lateral and vertical Statnamic pile load tests and Pile
<br />Integrity Testing (PIT).
<br />WHARVES STRENGTHENING PROGRAM
<br />(WHARVES I — VII)
<br />HDR and Port of Miami, Florida
<br />Senior Geotecnical Engineer /Project Manager:
<br />AMEC teamed with HDR as the geotechnical
<br />engineer -of- record (EOR) responsible for the
<br />development of design alternatives and analyses for
<br />the Port of Miami's Wharf Strengthening Program.
<br />The dredging improvements program demanded
<br />structural integrity review of the current cargo
<br />bulkhead capacity and the stability evaluation
<br />following the future dredge of Wharves I through VII
<br />(more than 6,000 linear feet of bulkhead) located
<br />adjacent to the South Ship Channel (Fisherman's
<br />Channel). AMEC performed 18 soiVrock core borings
<br />to depths up to 110 feet and dilatometer (DMT) insitu
<br />testing in order to develop site characterization for
<br />foundation stability analysis and design. Laboratory
<br />classification, index and strength tests were
<br />performed on recovered soil rock samples.
<br />Geotechnical evaluations included lateral stability
<br />analysis and axial capacities for various deep
<br />foundation systems (prestressed concrete piles, steel
<br />pipe piles, augercast -in -place piling, drilled caissons,
<br />and soil and rock tie back anchors). The results of
<br />our analysis were presented in an engineering design
<br />report. Responsibilities included project
<br />Miami -Dade County Water and Sewer Department
<br />ISD Project No. E13- WASD -03
<br />management, geotechnical lead, resource
<br />management, and serving as technical supervisor
<br />during field and laboratory services, engineering
<br />analyses, and reporting.
<br />Geotechnical Engineering Testing Services
<br />Contract
<br />South Florida Water Management District, Districtwide
<br />Florida
<br />Senior Geotechnical Engineer /Project Manager:
<br />AMEC provides geotechnical engineering, field
<br />exploration services, and field and laboratory
<br />construction materials testing on a Task Work Order
<br />continual service contract for the South Florida Water
<br />Management District (SFWMD). Responsibilities
<br />include contract and task order Project Management,
<br />scope and technical proposal development,
<br />subcontractor selection, technical advisor for all field
<br />exploration, drilling, and testing services, engineering
<br />evaluations and technical reporting. The projects
<br />included various sites throughout Florida, including
<br />upland, marsh /swamp, and open -water sites.
<br />Projects include explorations and analyses for storm
<br />water control structures, earthen embankments,
<br />canal widening and dredging, retaining walls,
<br />embankment stabilization, geophysical testing, well
<br />abandonment, roadway paving, telecommunication
<br />towers, mooring structures and boat ramps.
<br />Lakeside Ranch Stormwater Treatment area
<br />Phase I and Pump Station S-650
<br />South Florida Water Management District, Florida
<br />Project Manager /Senior QC Engineer: Responsible
<br />for technical oversight and engineering compliance
<br />with construction plans and specifications during
<br />earthwork, structural, electrical and mechanical
<br />construction inspections, and construction material
<br />testing construction services. Project management
<br />services included resource management, scheduling,
<br />cost controls, financial performance, and
<br />subcontractor selection, and administration. AMEC
<br />was contracted by the SFWMD, to provide
<br />construction management, inspection, and CMT
<br />services during the construction of the Lakeside
<br />Ranch STA North and Pump Station S -650 projects.
<br />These projects are part of the State's Comprehensive
<br />Everglades Restoration Program (CERP), one of the
<br />largest environmental mitigation projects in the world
<br />representing a multi - billion dollar collaboration
<br />between the State of Florida and the USACE. The
<br />project site is located east of Lake Okeechobee and
<br />west of SR 710 (Bee Line Highway) on the boundary
<br />of Martin and adjacent Okeechobee Counties. The
<br />STA will encompass 2,700 acres and include a three -
<br />cell STA, distribution /outlet canals and water control
<br />structures.
<br />February 24, 2014
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