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PROPOSAL S wry <br />Civic Center 5tarrnwoterLift5tatfonRenovation Design:Services 1 *" <br />Mujahid Chandoo, P.E. <br />Hydrology / Hydraulic Review <br />Mr. Chandoo has extensive experience in surface water <br />R <br />management. His areas of expertise include hydrology, <br />hydraulics, sediment transport and advanced modeling. He has <br />Years of Experience: 12 <br />been involved with a variety of projects including, but not limited <br />! <br />to, storm drain master plans throughout Southern California, <br />f Edu EduwgonfTraining: <br />2006, Civil Engineering, <br />storm drain design, FEMA processing, sediment transport <br />I California state university at <br />modeling, environmental documentation, and large scale 2- <br />j Fullerton <br />dimensional floodplain studies.Mr. Chandoo has extensive <br />A.S., 2003, Mathematics, <br />experience in using advanced hydraulic 1 D12D modeling for <br />Fullerton College <br />surface and sub -surface flooding analysis. <br />; <br />; Licensesiceroucations: <br />Professional Engineer - Civil, <br />Project Experience <br />I California, 2010, 76633 <br />Santa Ana Storm Drain Master Plan, Santa Ana, California. <br />Professional Affiliations: <br />City of Santa Ana. Engineer responsible for hydrology and <br />American Society of Civil <br />hydraulics analysis. Michael Baker provided professional <br />Engineers, Los Angeles <br />engineering services to update the city's storm drain master <br />I section/ orange County <br />plan. The city has an established drainage system with some <br />Branch, Member <br />segments over 50 years old and other segments recently <br />Engineers Without Borders <br />constructed. Michael Baker analyzed the main line drainage <br />i <br />I (EWB),Orange County, <br />Kenya ream - 'travel Member , <br />system and prepared a hydrology study along with maps for the <br />I <br />Environmental water <br />entire city boundary and for individual sub -areas for 2-, 10-, 25-, <br />Resources Institute <br />titute (EWRI), I <br />and 100 -year stone events. The capacity of the existing storm <br />orange County, President <br />drainage was evaluated to determine system capacity <br />(November 2013 -October <br />sufficiency using a hydrodynamic hydraulic model. A <br />2014) <br />comprehensive list of needed storm drainage improvements i <br />Environmental &Water <br />was then generated. Michael Baker performed a hydraulic <br />Resources Institute (EWRI), I <br />analysis to size sufficient storm drain fines and provided an <br />orange county, Past i <br />ESRI ARCGIS geodatabase of city storm drain facilities, <br />President - 2016 <br />Including storm drain pipes, city -owned drainage channels, <br />Environmental & water <br />manholes, catch basins, and culverts. Michael Baker used the <br />Resources Institute (EWRI), <br />Treasurer(October <br />Bentley software hydrodynamic hydraulic model CivilStorm, <br />2012 -October 2013) <br />which uses hydrographs with in the hydraulic model to <br />determine adequate pipe sizing. <br />Midway City Street and Storm Drain Master Plan and <br />Improvements, Midway City, California. County of Orange. <br />Engineer responsible for hydrology and hydraulic modeling, <br />facility alignments and sizing, and cost estimating. Michael <br />Baker provided professional services for the preparation of <br />drainage and street master plans for the recommendation of <br />Improvements for the Midway City area of unincorporated <br />Orange County to alleviate flooding within a residential area by <br />designing roadway rehabilitation improvements and installing <br />storm drain malnline and local improvements to convey the area <br />storm drain runoff, and to provide Increased protection for <br />motorists and pedestrians. Michael Baker's services included <br />LZEUM <br />1"Tt"MATIONAL Mujahid Chandoo, P.E. <br />25B-49 <br />ti <br />