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Mr. Webb has 10 years of experience serving
<br />as project manager, task order manager, and
<br />a lead designer for a wide range of municipal
<br />t — infrastructure projects including potable,
<br />►--� recycled, waste, and stormwater. He has
<br />designed water, recycled water, wastewater
<br />pipelines, pump stations, and treatment
<br />facilities and specializes in pipeline condition
<br />assessment, rehabilitation, and replacement.
<br />While serving as project engineer, Mr. Webb
<br />Education
<br />BS, Civil Engineering,
<br />Wentworth Institute of
<br />Technology, MA
<br />Licenses
<br />Professional Engineer —
<br />Civil, No. 028397, NV
<br />Professional Engineer, Civil,
<br />No. C94278, CA
<br />NASSCO Certified
<br />developed the City of San Diego Water Master Plan Report. His PACP/MACP/LACP No.
<br />numerous utility pipelines and utility rehabilitation design projects U-0819-70307090
<br />include the City of Pittsfield's $50M wastewater treatment upgrade, a $15M raw water pump station
<br />(100 MGD) condition assessment, the City of San Diego's Pure Water Program rehabilitation
<br />design, a $7M sewer expansion project for the Town of Kittery, a $10M sewer rehabilitation project
<br />for the Town of Swampscott, and a fast track $5M sewer force main project for the City of Coronado.
<br />Trunk Sewer Condition Assessment Program City of San Diego, CA. Project manager
<br />overseeing the condition assessment of approximately 23,000 LF of large diameter trunk sewer
<br />across the City of San Diego. The sewer mains ranged between 16-in to 108-in in diameter. Work
<br />including coordination of permits, traffic control, inspection team, and analysis of the inspection data
<br />to provide rehabilitation recommendations to address level 4 and 5 deficiencies in accordance with
<br />NASSCO and PACP standards.
<br />Miramar Reservoir Pump Station Intake Condition Assessment, City of San Diego, CA. Project
<br />engineer for the internal electromagnetic (EM), sound navigation and ranging (SONAR), and closed-
<br />circuit television (CCTV) inspections of the 48-inch reinforced concrete cylinder pipe (RCCP) MRPS
<br />suction pipeline and the 48-inch cement mortar lined and coated (Cl discharge pipeline. The
<br />goal of this condition assessment was to confirm the integrity of the pipeline including the steel
<br />cylinder, radial reinforcing members, and the general condition of the pipe interior lining. The
<br />inspection covered a cumulative distance of approximately 617 (LF) and spanned 39 pipe
<br />Mr. Nedic has 41 years of experience in
<br />planning, design, project management,
<br />construction, and commissioning of water
<br />reuse, water, and wastewater projects. He
<br />has planned, designed, and managed many
<br />complex water supply systems, including
<br />pipelines, pump stations, reservoirs, dams,
<br />storage tanks, and water treatment plants.
<br />He has expertise in designing conventional
<br />and advanced wastewater treatment
<br />Education
<br />BS, Civil Engineering,
<br />University of Belgrade
<br />MS, Civil Engineering,
<br />University of Illinois
<br />Licenses
<br />Professional Engineer (PE)
<br />- Civil, No. C53499, CA
<br />facilities, such as preliminary, primary, activated sludge, nitrogen, and
<br />phosphorus removal and membrane bioreactor and biosolids
<br />processes.
<br />On -site Sodium Hypochlorite Generation Upgrades, Ontario Municipal Utilities Company
<br />(OMUC), Ontario, CA. Project Manager for the $1.1 M on -site sodium hypochlorite generation
<br />system upgrades, which included five potable well sites across the City. Led the multidisciplinary
<br />design team and worked closely with OMUC staff to see that all design components met the access
<br />1 KLE/NFELOER City of Santa Ana On -Call Professional Engineering Services — No. 23-0301 Page 10
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