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CONTACT INFO <br />CYNTHIA S. PERAZA, PE <br />cynthia.peraza@nv5.com <br />Special Engineering Studies <br />EXPERIENCE.................................................................................................................................................................................. <br />25 years <br />Ms. Peraza has 25 years of experience in water, wastewater, and recycled <br />EDUCATION <br />water projects, including master planning and design of capital improvements <br />M.S. Civil and <br />for water, sewer, and storm drain improvements. As a quality assurance/quality <br />Environmental <br />control technical reviewer, she has completed improvement projects for various <br />Engineering <br />agencies throughout Southern California. She is familiar with the approval and <br />permitting procedures of federal, state, county and local jurisdictions. <br />B.S. Civil Engineering <br />LICENSES/ <br />Project Experience <br />CERTIFICATES <br />................................................................................................................................................................................. . <br />Civil Engineer (CA) <br />Updated Recycled Water Master Plan (Beneficial Reuse) <br />No. 71261 <br />CITY OF SAN DIEGO I SAN DIEGQ CA <br />Project Engineer. Ms. Peraza assisted in the update of the Recycled Water <br />NASSCO Certification <br />Master Plan for the city's $50M recycled water system expansion into northern <br />No. U06-16622 <br />San Diego. Responsibilities included preparation of the market assessment <br />AFFILIATIONS <br />update technical memorandum, which identified new customers that could <br />Society of Hispanic <br />potentially provide a cost-effective expansion of the existing recycled water <br />Professional Engineers <br />system. She evaluated the potential and feasibility of expanding the existing <br />Society of Women <br />recycled water distribution system within the city's northern services area and <br />Engineers <br />assisted in developing the proposed layout of the expanded system and capital <br />cost estimate. She assisted in development of the San Pasqual recycled <br />Chi Epsilon Civil <br />water system update, which served to assist the city in developing a strategic <br />Engineering Honor <br />planning approach to expanding the existing recycled water system in the San <br />Society, San Diego <br />Pasqual Valley. <br />Alumni Association, Past <br />President <br />Stormwater and Wastewater Master Plan <br />American Society of <br />CITY OF CHULA VISTA I CHULA VISTA, CA <br />Civil Engineers <br />Project Engineer. Ms. Peraza was responsible for the evaluation and <br />assessment of the existing sewerage system, including sewer mainlines and <br />AVAILABILITY <br />manholes, based on the city -provided database and GASB 34 information. <br />40%u <br />The evaluation identified facilities requiring immediate and future rehabilitation <br />based on an age of facility analysis. She assisted in developing a long-range <br />rehabilitation plan for the city's capital improvement program that incorporated <br />capacity and rehabilitation type projects. <br />Phase II, Integrated Facilities Plan <br />PADRE DAM MUNICIPAL WATER DISTRICT I SAN DIEGQ CA <br />Project engineer. Assisted in developing phase II of the plan. The project <br />was developed to generate updated water, wastewater, and recycled water <br />master planning documents; a detailed capital improvement program; review <br />maintenance and staffing needs; and provide financial analysis. Assisted in <br />developing the recycled water customer analysis technical memorandum, <br />which identified potential new customers and alignment alternatives that <br />could provide cost-effective expansions of the existing recycled water system. <br />Evaluated the potential and feasibility of expanding the existing recycled <br />V <br />5 <br />water distribution system within the district's services area, and assisted in <br />developing the proposed layout of the expanded system, which included <br />pipelines, pump stations and storage reservoirs. Assisted in developing <br />preliminary cost estimates for the proposed expansion alternatives of the <br />existing distribution system. <br />