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Continuing Professional Architectural and Engineering Consulting Services (CCNA), RFQ 26-07-01
<br />Cummins Cederberg | Trusted by the Coast. Proven in Practice.
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<br />ANDREW “DREW” CONDON, PhD, PE
<br />Senior Coastal Engineer
<br />Fisher Island Club Visitor Marina Expansion, Miami-Dade County, Florida. Leads marine engineering and environmental
<br />services for a large-scale marina expansion to improve capacity, navigation, and coastal resilience. Supports dock
<br />reconfiguration, breakwater and jetty relocation, dredging, and basin backfill. Performs coastal modeling (waves,
<br />currents, flushing), hydrodynamic analysis, marine structural design, and multi-agency permitting coordination.
<br />Currently the project is advancing design and permitting to support optimized marina layout and long-term operation
<br />performance.
<br />Bay County CR2321 PD&E Bridge Hydraulics Report, Bay County, Florida. Provided PD&E services for County Road
<br />2321 from State Road 77 to State Road 75 to evaluate hydraulic conditions and inform potential bridge replacement
<br />or widening in support of resiliency and regulatory compliance. The project includes development of a comprehensive
<br />Bridge Hydraulics Report incorporating watershed data, topography, bathymetry, and evaluation of existing bridge
<br />conditions and scour vulnerability in accordance with FDOT and FHWA standards. Services performed include
<br />hydrologic and hydraulic modeling using DHI MIKE 21 for riverine, hurricane, and storm surge scenarios with sea level
<br />rise; wave load analyses on substructures and superstructures; and evaluation of design alternatives for hydraulic and
<br />environmental performance. The project is ongoing, with deliverables supporting permitting, stakeholder coordination,
<br />and recommendations for debris mitigation, drift clearance, and scour countermeasures.
<br />Phillippi Creek Dredging, Sarasota, Florida. Serves as engineer of record and technical lead for a multi-phase
<br />dredging program restoring navigability and enhance stormwater conveyance along Phillippi Creek. Leads Phase 1
<br />efforts, including the WCIND-funded dredging project near the creek mouth and the County’s High Spots initiative, and
<br />directs Phase 2 design of the maximum dredge footprint throughout the creek. Develops construction plans, technical
<br />specifications, and engineering analyses; supports permitting and bidding; and oversees construction engineering and
<br />inspection (CEI) and independent design review. The project is ongoing, with construction underway for the WCIND
<br />project and continued engineering oversight and coordination across concurrent phases.
<br />Escribano Point South Shore Restoration, Pensacola, Florida. Serves as project manager and technical lead for
<br />coastal engineering analysis and modeling supporting a shoreline restoration project focused on reducing erosion
<br />and enhancing habitat through nature-based solutions, including oyster restoration. Oversees project execution while
<br />performing coastal data evaluation, field measurements (tides, currents, and waves), and numerical modeling of
<br />hydrodynamics, wave transformation, and sediment transport using DHI MIKE 21. Evaluates shoreline change and
<br />design alternatives to improve resiliency and sediment retention, advancing conceptual design and supporting project
<br />delivery.
<br />Miami Harbor Navigation Improvements, USACE, Miami, Florida. Served as the coastal engineer examining navigation
<br />improvements, including widening the federal channel. Addressed environmental concerns by modeling indirect
<br />impacts from dredging using Delft3D, simulating dredge plume dispersal. Results aided in alternative screening,
<br />developing management strategies, and beneficial use alternatives. Additionally, performed ship simulation studies to
<br />develop channel improvements.*
<br />South Atlantic Coastal Study, USACE, Southeast, US, US Virgin Islands, & Puerto Rico. Engineering technical lead
<br />for a $18.4 million, four-year study to identify risks and vulnerabilities of coastal areas to increased hurricane and
<br />storm damage due to sea level rise. The study area covered over 60,000 miles of coastline from North Carolina to
<br />Mississippi, including Puerto Rico and the U.S. Virgin Islands. Oversaw a team of engineers in developing the Coastal
<br />Hazard System (CHS), a data storage and mining system for probabilistic estimates of coastal hazards, including wave
<br />height, wave period, wave direction, and current magnitude. Collaborated on the development of additional tools and
<br />reports, such as the Tier 2 Risk Assessment, the Sand Availability and Needs Determination, and the Measures and
<br />Costs Library. Authored the engineering appendix and supervised the writing of engineering appendices for each state
<br />*Services provided with prior firm
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