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Education
<br />BS/1990/Civil Engineering/State
<br />University of Newyork at Buffalo
<br />Registrations
<br />1999/PE/Civil/CA #C59312
<br />Professional Affiliations
<br />American Society of Civil Engineers
<br />American Water Works Association
<br />American Consulting Engineers
<br />Council —California (Water
<br />Resources Committee)
<br />Awards and Recognition
<br />San Elijo Hills Pump Station — ACEC
<br />CA Engineering Excellence Merit
<br />Award, 2015
<br />Pala Mesa Tank — ASCE San Diego
<br />Section: Award of Merit, 2012
<br />ASCE - Region 9: Outstanding Water
<br />Project Award, 2013
<br />Carmel Valley Recycled Water Pipeline
<br />—APWA San Diego -Imperial Counties
<br />Chapter: Project of the Year, 2013
<br />Gano Reservoir and Unit X Pipelines —
<br />ASCE San Diego Section: Award of
<br />Merit, 2004 CELSOC (now ACEC CA)
<br />Engineering Excellence Merit Award,
<br />2006
<br />4S Ranch Water Reclamation Facility,
<br />Plant 'Wand'B' Modifications—
<br />APWA San Diego -Imperial Counties
<br />Chapter: Project of the Year, 2007
<br />Years of Experience:32
<br />ARDURRA
<br />Rob Weber, PE
<br />Design Services, Pipeline Design
<br />Rob Weber, PE, has 32 years of civil engineering and project management experience on a variety of
<br />municipal and public works water, wastewater, and recycled water projects. Specific project experience
<br />includes conveyance pipelines, reservoirs and tanks, water pump stations, and sewer lift stations. He has
<br />also successfully managed several as -needed services contracts for municipalities and water/wastewater
<br />utilities. Rob is thoroughly familiar with design standards, techniques, and analytical methods, bid
<br />specifications, and cost estimating. His experience extends beyond civil engineering to include securing
<br />required project permits, fostering cooperative inter -agency approvals, and gaining community project
<br />acceptance.
<br />Rob's project success is based on his ability to understand the client's needs and objectives and translate
<br />them into actions during execution of the project. He prides himself in involving the client in the project
<br />and ensuring that technical staff understands the critical issues of the project. His engineering decisions
<br />and designs are based on careful considerations of project needs and specific site characteristics. His
<br />dedication to quality effectively manages project risks and controls construction and operational costs.
<br />Designing and sizing pipelines is a relatively simple task for an experienced professional engineer.
<br />Constructing the pipeline under emergency conditions, through sensitive coastal beaches and creeks,
<br />in highly developed residential areas, across open rural property, within existing pavement traveled by
<br />daily commuters, and requiring multiple agency approvals can be extremely difficult. Rob has applied his
<br />engineering and project management talents in all of these settings to construct water transmission and
<br />distribution lines, force mains, and gravity sewers. He has an ability to anticipate problems, is poised with
<br />solutions, and understands that responsiveness is critical to every construction project. He has developed
<br />plans to provide continuous uninterrupted service and peak hour uncongested traffic flow during
<br />construction.
<br />RELEVANT EXPERIENCE
<br />As Needed Engineering Services, Leucadia Wastewater District, CA. Project Manager providing
<br />as -needed engineering services on a task order delivery basis to the Leucadia Wastewater District since
<br />2006. Services have encompassed a wide variety of tasks to support all aspects of the District's capital
<br />and operational needs including planning and hydraulic modeling, GIS support services, flow monitoring,
<br />engineering design, cost estimating, plan preparation, office engineering during construction, and
<br />construction inspection.
<br />South Oceanside Water & Sewer Main Replacement, City of Oceanside, CA. Project Manager for
<br />the design of 7,400 LF of replacement 8-inch PVC water distribution mains and 6,345 LF of sewer upsizing
<br />to 8-inch PVC, with 4 manhole rehabilitations and 8 manhole replacements, within residential areas of
<br />south Oceanside. The project encompassed evaluation of replace -in -place versus parallel alignments as
<br />well as rerouting of several existing water services in order to eliminate a problematic alley main.
<br />Myers Street Sewer Replacement, City of Oceanside, CA. Project Manager for the replacement and
<br />upsizing of existing gravity trunk sewers in the La Salina Service Area of the city of Oceanside. The existing
<br />sewers are currently over capacity; consequently, the replacement sewer lines must accommodate the
<br />existing flows as well as the future flows generated by new development in downtown Oceanside. New
<br />27-and 30-inch gravity sewers were constructed in narrow residential streets. Significant community
<br />impacts and congested utility corridors added to the complexity of the project.
<br />City of Santa Ana Water Resources Division
<br />RFP 22-0021 May 24, 2022
<br />[ B-11 ] /� j ARDURRA
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