|
BRADY
<br />JOINED FIRM
<br />2006
<br />PROFESSIONAL
<br />EXPERIENCE BEGAN
<br />2000
<br />EDUCATION
<br />B.S. Electrical
<br />Engineering
<br />University of
<br />California, San Diego,
<br />2005
<br />LICENSES /
<br />CERTIFICATIONS
<br />Professional
<br />Electrical Engineer
<br />California, No.
<br />20050
<br />SDG&E Qualified
<br />Designer Applicant
<br />(OH)
<br />PROFESSIONAL
<br />AFFLIATIONS
<br />C
<br />Ryan Nishimura, P.E.
<br />Electrical
<br />Professional Summary
<br />Mr. Nishimura is a Professional Engineer with 13 years of professional experience in engineering.
<br />Mr. Nishimura is also proficient in AutoCad, AutoCad P&ID, AutoCAD Plant 3D, ETAP (Load Flow,
<br />Short Circuit, Protective Device Coordination & Arc Flash Analysis), Microstation, Plantspace P&ID,
<br />Sketchup, Allen Bradley RSLogix 500/5000, Schneider Electric Concept, Control Microsystems
<br />Telepace, Allen Bradley FactoryTalk, GE Fanuc Proficy, and Wonderware InTouch as well as
<br />programming experience in Matlab, Visual Basic, C, Java, KML (for use with Google Earth), and
<br />relay ladder logic programming. In addition to engineering design work, Mr. Nishimura also has
<br />extensive field experience during installation and startup/commissioning of electrical and
<br />industrial control systems in the built environment.
<br />Project Experience
<br />Electrical & Control Systems Engineer, North City Pure Water Facility Project, City of San Diego -
<br />The Project consisted of electrical design for the new 34 MGD Pure Water Plant in San Diego. The
<br />plant utilizes Ozone, BAC filtration, Ultra filtration, Reverse Osmosis, UV and CO2 systems. The
<br />power requirements were 12kV 15MVA Main Electrical Building, medium voltage 1000HP pumps
<br />at the pump station, and multiple process systems. The DCS system is networked to the North City
<br />plant that also feeds the raw water to the new plant. Smart MCCs and ARC resistant switchgear
<br />were incorporated into the design. Multiple valve networks and analyzer networks were part of the
<br />design along with a fully integrated security system. Provided electrical and controls system
<br />design, which included power, grounding, lighting, controls, and integration to the City's Des
<br />system.
<br />Electrical & Control Systems Engineer, Pump Station, City of Upland - The project consisted of a
<br />new 7.5 MG pre -stressed concrete reservoir, chlorine injection system, and site amendments.
<br />Provided electrical and controls system design, which included SCE coordination, power,
<br />grounding, lighting, controls, and integration to the City's SCADA system.
<br />Electrical & Control Systems Engineer, Reservoir 2 and Pump Station, City of Fountain Valley- The
<br />project consisted of a new booster pump station, SCADA system, and upgrades to the existing 5
<br />MG reservoir and existing site. Sewer liftstation 106 was completely replaced and upgraded.
<br />Provided electrical and controls system design, which included SCE coordination, power,
<br />grounding, lighting, controls, and integration to the City's SCADA system via the existing fiber optic
<br />network.
<br />Electrical & Control Systems Inspector/Construction Manager, SCADA Upgrades Project, City of
<br />Westminster - This project consisted of providing the City with an upgraded SCADA system to
<br />maintain and operate their water system. The system consists of ten wells, a reservoir, and three
<br />turnout connections to MWD. This project included multiples phases of working closely with the
<br />City operations to assess all sites to determine the conditions and needs at each site to develop
<br />an RFP and assisting in the bidding phase to select a design -build contractor. During the design
<br />phase, assistance was provided to review all design and provide input and review comments.
<br />During construction, field inspections were performed to verify that all aspects of the RFP and
<br />needs of the City were incorporated.
<br />Electrical and Control Systems Designer, Whitegates Reservoirs #1 and #2, City of Riverside -
<br />Design -build project involved the design of two buried reinforced concrete reservoirs and two
<br />buried booster pumping stations. Reservoirs volume totaled 9 MG. Work included design,
<br />obtaining permits, excavation, construction of concrete reservoirs and booster stations, backfill,
<br />grading, underground utilities, electrical, SCADA and instrumentation, water quality enhancement,
<br />interconnections to existing utilities, site improvements (consisting of, but not limited to:
<br />landscaping, drainage, lighting, security, access road), testing, and startup of the four facilities.
<br />BRADY also provided design, programming, commissioning and startup services for the on
<br />Programmable Logic Controllers (PLCs) and Operator Interface Terminals (OITs). Assisted in
<br />producing the Piping Instrumentation and Controls, and the Electrical designs, programmed the
<br />PLCs and OITs at both pump stations and participated in loop checks, startup and commissioning
<br />at the two facilities.
<br />RICHARD BRADY &ASSOCIATES, INC. E-36
<br />25B-114
<br />
|