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Exhibit E - LWA PROPOSAL �RFP NO. 1'4 -069 D C <br />WALRKER ill Lewis, C1 SWQ, C1 EVC <br />t; <br />Project Scientist II <br />4� n <br />ASSOCIATES <br />EDUCATION <br />Mr. Will Lewis is a Project Scientist II with LWA who is adept in the application of <br />computational tools to address complex hydrology and water quality problems. <br />M.S., Environmental Science <br />Mr. Lewis has been engaged in a wide array of water resource management work <br />and Management, Water <br />ranging from stormwater and receiving water modeling to developing and <br />Resources Concentration, <br />carrying out sampling and analysis programs. Since joining LWA, he has been <br />University of California, <br />heavily involved in efforts to comply with multiple separate storm sewer (MS4) <br />Santa Barbara, 2008 <br />permits and TMDLs throughout California. Recent efforts include supporting the <br />B.A., Environmental Studies, <br />development of a series of TMDL Implementation Plans in Ventura County, <br />University of San Diego, <br />Enhanced Watershed Management Programs (EWMPs) in Los Angeles County <br />2005 <br />and Water Quality Improvement Plans (WQIPs) in San Diego County. <br />Calleguas Creek Watershed Implementation Plan. <br />Responsible for developing an innovative and collaborative equivalent to a <br />REGISTRATIONS <br />Reasonable Assurance Analyses (RAA) to address relevant TMLDs and 303(d) <br />Certified Professional in <br />listings on behalf of municipal, wastewater and agricultural stakeholders. <br />Erosion and Sediment <br />Developed a Hydrologic Simulation Fortran (HSPF) model to simulate hydrology <br />Control (CPESC), #6388, 2011 <br />and the fate and transport of pollutants through the watershed. Established <br />baseline and target load reductions for pollutants of concern using monitoring <br />Certified Professional in <br />summary statistics. <br />Stormwater Quality <br />(CPSWQ), #0735, 2011 <br />Enhanced Watershed Management Program Technical Review. <br />Completed a technical review of Reasonable Assurance Analysis (RAA) approach, <br />modeling methodology and documentation presented in the Upper Los Angeles <br />YEARS OF EXPERIENCE <br />River (ULAR), Dominguez Channel (DC) and Upper Santa Clara River (USCR) <br />EWMPs on behalf of the City of Burbank (ULAR), Santa Clarita (USCR) and the City <br />With LWA: 1 <br />of Los Angeles (DC and ULAR). <br />With other Firms: 9 <br />Los Angeles River Upper Reach 2 and City of Walnut WMPs. <br />Primary modeler responsible for establishing baseline pollutant loading and <br />target load reductions to receiving water concentrations into compliance using <br />PROFESSIONAL <br />the Load Simulation Program in C ++ (LSPC). Carried out multiple iterations of <br />AFFILIATIONS <br />structural best management practice (BMP) modeling using the Structural BMP <br />Analysis and Prioritization Tool (SBPAT) to develop a suite of BMPs acceptable for <br />Member, Water <br />the Watershed Management Group (WMG). <br />Environment Federal, <br />Society of Environmental <br />North Santa Monica Bay /Jurisdiction 2/3 /Beach Cities EWMPs. <br />Toxicology and Chemistry <br />Developed conceptual modeling framework to be used in future EWMP's for <br />three large coastal WMGs. The proposed modeling framework exclusively uses <br />SBPAT to establish baselines loads, load reduction targets and loads reduced for <br />each BMP. <br />Los Angeles Dept. of Water & Power Stormwater Capture Master Plan. <br />Responsible for carrying out all spatial constraints and opportunities analyses <br />used to establish baseline stormwater capture and future LADWP efforts to <br />enhance capture under various scenarios. <br />Page 1 12 I.:. <br />25M -70 <br />