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l C ON S U 4 T ING E N O I N 1G E R a
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<br />RESUME FOR
<br />OPTY N. FERNANDEZ
<br />Chief Electrical Engineer
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<br />EDUCATION
<br />B S., Electrical Engineering, California State University, Long Beach, CA 1Q82
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<br />PROFESSIONAL REGISTRATION
<br />Registered Elodtricei Engineer, California E•012406
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<br />PROJECT EXPERIENCE
<br />Mr Pernandez hes eyer$0 years Of diverse experience In all facets df Geolfieof eriggineartng, including low and medium voltage
<br />power distribution, process Instrumentatipn and controls, power quality studies, andvalue enginaedng, He has experience in
<br />water and wastewater, municipal industrial, commercial, high technology industdat and Institutional facilities, Mr, Fernandez has
<br />boon responsible for technical studies; construction management, quality assurance, conceptual designs, construction plans and
<br />speolfida ions, submittal reviews and costestimates Mr. Pemandoz's recent design oxpedeoee includes medium'lup to 65KYi
<br />and low voltage power disralbutioo, process and equipment controls, PLC integration design and programming, DCS, SCADA,
<br />telemetry; HMI screen tlevelopmaht using popular software such as t'Vonderwafe and RSVIeW, omergency and stand-by power
<br />generation, UPS and battery power, and Indoor and outdoor lighting.
<br />REPRESENTATiVE PROJECTS
<br />City of Camaril,li), Wastewater Pumping Station No. 6
<br />Project Status; Operating $1106 06/06, The project is a new wastewater pumping lift station for a new housing development in
<br />the City of Camarillo. The lift station is capable of pumping 1100 gallons per minute and is equipped with three (3)25
<br />horsepower pump. All the elecIrld equipmant is instated outdoor In a NEMA 4 enclosure including the main switchboard, the
<br />motor control center and the control panel, Each pump Is controlled by a variable frequency drive which operates to match In
<br />Incoming flow, An integrated PLC, OF and telemetry system controls the lift stalion and communicates the station status,
<br />controls; and alarm points to an existing SCADA system, The lit station is equipped with a 100 kW standby generator in the
<br />event of utility power failure,
<br />Los Alamitos Wastewater Pump.stotion
<br />Prof ect Ststus: Operating since 12106. Prepared -a preliminary design report and final design plans for the Developer funded
<br />Storm Watar Pump Station lathe Los Alamitos Race Track Parking Lot Facility Includes 1800 gpm submersible pumps in wet
<br />wall with valve vaults, the MCC, Control System, The facility pump the collected storm water runoff from the parking lei into a
<br />local storm drain system.
<br />Coachella Valley Water District, Indian Well Lift Station
<br />Project Status: Operating since 03/06, The lift station consists of two 60 hp submersible pumps controlled by variable frequency
<br />drives to modulate the pumps and match the incaming flow, A 200 kW Masai generator provide emergency power in the event of
<br />utility power outage. The statlon Is monitored and controlled locally a focal PLC and remotely via an axlstng SCADA system.
<br />Walnut Pads Water District Booster pump Station Replacement
<br />Project Status: Operating since 03104, The project encompasses the replacement of a closed system booster pump statlon and
<br />assoolated equipment which includes the replacement of existing efaotneal service equipment, pumps and motors, motor control
<br />center and provisions for a future 1500 gpm well. In addition, a new PLC based control system and Instruments ware provided to
<br />control the now booster station, the existing two (2)125 hp well pumps and the future well pump. Furthermore, the existing 400
<br />kW diesel generator and automatic]ransferewitch were salvaged and integrated with the new electrical system as well as food
<br />to the existing well pumps and chlorination facility.
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