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REQUEST FOR PROPOSAL 6 <br />A On -Call Water Resources Engineering Services <br />(RFP N0.19-100) <br />John Harris, PE, CQM <br />QA/QC Manager <br />1.. A _ I ms <br />Background <br />Mr. Harris has extensive experience in developing practical and cost- <br />effective solutions to water and wastewater design challenges and is a <br />proven innovator of creative ideas and technical excellence. He is <br />responsible for a full range of professional services including planning, <br />design and construction support services for water supply, wastewater <br />treatment, and water reclamation facilities. His experience includes <br />distribution and transmission mains, pumping stations, flow control <br />facilities, reservoirs, unit processes, water and wastewater treatment <br />plants, storm drainage lines, roads and parking areas, site development <br />and related civil engineering structures. In association with water <br />resources projects, Mr. Harris has been responsible for value <br />engineering, economic analysis, environmental documentation, <br />regulatory permitting, construction management, and is knowledgeable <br />about local, state and federal regulations. <br />•ITUWN <br />YEARS OF EXPERIENCE: <br />41 <br />EDUCATION: <br />MS, Civil Engineering, San <br />Diego State University <br />BS, Civil Engineering, San <br />Diego State University <br />LICENSES/CERTIFICATIONS: <br />Professional Engineer - Civil, <br />California, 1984, 38217 <br />Construction Quality <br />Management for Contractors, <br />California, 2017, 784 <br />Relevant Experience <br />OC-44 Pipeline Rehabilitation/Replacement Project, Orange County, California. Mesa Water District. <br />Project Manager. The section of the OC-44 Pipeline near the San Diego Creek has a history of failures <br />and emergency repairs. Michael Baker developed a work plan to identify the most cost-effective means of <br />preventing future pipeline failures, and minimizing the potential costs related to repair/replacement. Work <br />effort included preliminary engineering analysis of alternatives including five rehabilitation options and <br />seven replacement alignments. Michael Baker also conducted a habitat assessment to document baseline <br />conditions and closely evaluate the potential for the project site to support any state or federally listed <br />sensitive species. Mesa Water reviewed the proposed alternatives and selected sliplining a 30-inch <br />diameter pipeline inside the existing 42-inch pipe. Michael Baker drafted design plans for the rehabilitation <br />method and provided bid phase services. Michael Baker is providing construction phase services and <br />construction is scheduled for completion in May 2020. <br />Pipeline Infrastructure Testing Program Management, Costa Mesa, California. Mesa Water District. <br />QA/QC. Michael Baker developed a comprehensive testing and evaluation program for the client's water <br />distribution pipelines. Work included identification and prioritization of pipelines for destructive and non- <br />destructive testing and analysis, evaluation of alternative testing methodologies, and development of a <br />materials testing program. Testing results were compiled and reviewed against the client's criteria for <br />pipeline rehabilitation and replacement, and an annual testing program was developed. <br />Santa Ana Regional Interceptor (SARI) Pipeline Site Clearing for Repairs of Reaches IV -A and IV-B, <br />Riverside and San Bernardino, California. Santa Ana Watershed Project Authority. Project Manager. <br />Michael Baker provided site brush clearing and grubbing services in preparation of repairs to Reaches IV - <br />A Lower and IV-B of the SARI line network, which run through sensitive environmental habitat behind <br />Prado Dam. Michael Baker performed the work as part of the contract for design of repairs to the entire <br />pipeline network, which encompasses approximately five miles of 27-inch, three miles of 36-inch, and three <br />miles of 42-inch pipe and contains unlined RCP. The design called for rehabilitation of the 27-inch pipe <br />using the CIPP technique and repairs to the 36-inch and 42-inch sections using live -stream segmental slip - <br />lining technique. <br />Bonita Direct Transfer Facility Pump Station Design, San Diego County, California. City of San Diego <br />Economic Development. Project Manager. Michael Baker is designing the Bonita Direct Transfer Facility <br />Proposa'29LE -1924 On -Call Water Resources RFP No. 19-100 <br />INTERNATIONAL <br />