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Cole Warrick PE <br />Project Engineer: Design -Bid -Construction and <br />Engineering Services During Construction <br />Five years of experience • Irvine, California <br />Cole is a Professional Engineer with five years of progressive experience in preparing project specific <br />specifications, drawings, cost estimates, and permitting for civil, mechanical, electrical, and instrumentation <br />disciplines in municipal water and wastewater improvement projects. He is well -versed in project management <br />and prepares design services proposals, fee adjustment requests, and monthly billing progress reports. <br />EDUCATION <br />BS, Civil Engineering, California State Polytechnic <br />University, Pomona, California <br />REGISTRATIONS <br />Professional Engineer #C93488, California <br />PROJECT EXPERIENCE <br />On -call PFAS Treatment System Designs <br />OCWD I Santa Ana, California I Project Civil <br />Engineer <br />The On -Call PFAS Treatment System Designs <br />consists of the preliminary design, final design, and <br />construction phase support services for wellhead ion <br />exchange treatment facilities at four City of Santa Ana <br />well locations. As the project civil engineer, Cole has <br />been responsible for the preliminary and final design <br />of welded steel yard piping, ductile iron potable water <br />laterals, site grading and paving, and equipment <br />layouts. His duties include distributing and delegating <br />tasks; tracking overall project status; development of <br />preliminary design reports; calculating various design <br />parameters; the preparation of final design drawings; <br />preparation of project technical specifications; <br />preparation of the opinion of probable construction <br />cost; providing bid support services; and reviewing <br />and responding to construction submittals and RFIs. <br />High Desert Water Bank (HDWB) I Antelope Valley <br />East Kern Water Agency I Antelope Valley, California <br />Project Coordinator/Project Engineer <br />The High Desert Water Bank project consists of the <br />preliminary, final design, and construction of <br />approximately 900 acres of flood protected and <br />unprotected water recharge basins; five miles of <br />conveyance piping ranging from 96-inches to 12- <br />inches in diameter; a 250 cubic feet per second <br />capacity turnout/turn-in facility on the East Branch of <br />the California Aqueduct; and a well field consisting of <br />27 groundwater recovery wells. As the project <br />coordinator, Cole is responsible for facilitating <br />communications between various disciplines and <br />departments within Stantec, Stantec's <br />subconsultant's, and the Antelope Valley -East Kern <br />Water Agency. His duties include tracking project and <br />task schedules; documenting project decisions and <br />action items; documenting project meetings; <br />packaging deliverables; distributing and delegating <br />tasks; and tracking overall project status. As a project <br />engineer, Cole is responsible for the development of <br />multiple preliminary design reports; calculating <br />various design parameters; preparation of final design <br />drawings; preparation of project technical <br />specifications; preparation of the opinion of probable <br />construction cost; providing bid support services; and <br />reviewing and responding to construction submittals <br />and RFIs. <br />Lake Forest Zone B to C Recycled Water Pump <br />Station I Irvine Ranch Water District I Irvine, California <br />Project Engineer <br />Cole prepared the construction drawings and assisted <br />in the preparation of technical specifications for the <br />destruction of Well No. 5 to make room for the Lake <br />Forest Zone B to C Recycled Water Pump Station. <br />Cole also gathered record drawings and utility <br />information, calculated the system curve, selected <br />pumps for alternative pumping scenarios, designed <br />the preliminary building mechanical layout, designed <br />the preliminary site layout, and wrote the Draft <br />Preliminary Design Report. The pump station <br />converts Zone C from an open system floating on the <br />Upper Oso Reservoir to a close loop system. The flow <br />range of the pump station is 0 to 1,700 GPM. <br />Estimated construction cost is $4.5 million. <br />Water Reclamation Plant 7 PLC Replacements* <br />Coachella Valley Water District I Indio, California <br />Associate Engineer <br />Cole designed nine field PLCs, the Master PLC, 2 <br />LCPs, and the redundant Fiber Optic network. He <br />also performed field investigations, updated piping <br />and instrumentation diagrams with as -built <br />information, reviewed submittals and RFIs, and <br />managed client correspondence. He performed <br />HVAC unit sizing for all outdoor individual <br />programmable logic controllers (PLCs) enclosures, <br />UPS unit sizing for all PLCs, and control circuit <br />raceway sizing. Treatment processes at the District's <br />Plant 7 are controlled by individual PLCs. The existing <br />PLCs were outdated and were inadequately <br />documented. The project replaced this equipment and <br />performed an extensive field investigation to <br />document the existing conditions prior to construction. <br />The scope of work included assessing the control <br />system, identifying the existing as -built conditions, <br />* denotes projects completed with other firms <br />City of Santa Ana I On -Call Engineering Design Services for PFAS Treatment Systems RFP NO. 22-133 A-11 <br />