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Jonis C. Smith, PE, CFM <br />Project Manager <br />Jonis Smith is a professional engineer with 23 years' experience in <br />all aspects of project management, stormwater management, <br />flood control engineering, water quality permitting, low impact <br />(LID) stormwater management design, construction management, <br />and water resource system design. He has successfully <br />engineered and managed the conceptual design, preliminary <br />design, final design, and construction processes for numerous <br />public, pseudo -public, and private projects. He is adept in all <br />aspects of obtaining resource agency permits and construction <br />permits. He has successfully processed numerous Federal <br />Emergency Management Agency (FEMA) (Conditional Letter of <br />Map Revision (CLOMR), Letter of Map Revision (LOMR), Physical <br />Map Revision (PMR), and Letter of Map Amendment (LOMA)) <br />applications, <br />Project Experience <br />EDUCATION <br />California State University, Long Beach <br />MS, Civil Engineering (Construction <br />Management), 2000 <br />California State University, Long Beach <br />BS, Civil Engineering, 1995 <br />ACCREDITATIONS AND LICENSES <br />State of California Registered Professional <br />Engineer RCE 58854 <br />State of Arizona Registered Professional <br />Engineer RCE 48552 <br />Cerlified Floodplaln Manager <br />No, US -14-07485 <br />PROFESSIONAL AFFILIATIONS <br />Floodplain Managers Association <br />Centennial Park Lake Circulation and Aeration Study, Santa Ana, California. Project manager for the <br />evaluation and remediation study for the Centennial Park Lake, Field work and existing project evaluation <br />included soft sediment samples to analyze the lake bed retardation properties and water samples, taken of <br />the course of three months, to monitor the quality of the water. A Lake Operations and Maintenance <br />Manual was written for the city on urban lake habitat preservation. The proposed design alternatives <br />included recirculation pumps, aeration pods, manmade reefs, bio -remediation areas, and educational <br />signage to educate the public of their essential role in sustaining the habitat. <br />Percolation Pond Site Expansion Project, City of Santa Maria, California. Served as the Project <br />Manager for the Percolation Pond Site Expansion Project (Project) which involves expanding the <br />percolation ponds to dispose of the WWTP's ultimate treated effluent capacity of 13.5 MGD. Dudek's <br />engineers explored and ultimately designed pumping, pipeline and expanded percolation facilities on 241 <br />acres of land owned by the City, that were previously being contract farmed. Phase I of the Project <br />designed facilities to accommodate 25% of the WWTP effluent capacity. Dudek's engineers also <br />investigated the use of a Bio -Filter to fix and remove dissolved nitrogen from the effluent prior to <br />percolation. <br />Valley Center Municipal Water District, Woods Valley Ranch WRF Phase 2 and Charlan Road <br />Seasonal Storage, Valley Center, California. Mr, Smith is serving as Civil/Site Design Task leader for the <br />Charlan Road Seasonal Storage Facility Project(s). The Projects support the phased development of the <br />South Village Wastewater Service Area within the District and are funded by Clean Water State Revolving <br />Fund (SRF) loans, The WRF upgrades include design of an extended aeration, activated sludge process <br />design for biological nitrogen removal and tertiary disk filters followed by chlorine disinfection. The facility <br />is a 100% reuse project requiring 84 -days of wet weather storage, Dudek is designing a 43 acre-foot (14 <br />million gallons) earthen basin to provide supplemental wet weather storage. The pond geometry and <br />layout was designed to stay out of jurisdictional permitting of the Division of Safety of Dams, To mitigate <br />the potential consolidation of loose alluvial soils below the basin berms during a design seismic event, <br />DUDEK Page 1 of 2 <br />