FULL PACKET_2018-06-19 (INCLUDES 25E EXHIBITS)

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TAIT & Associates, Inc. On -Call Engineering Services Santiago Hills It, Irvine Community Development Company, Engineering Technician, 2019-2016 Completed the storm drain design plans for the on -site Improvements for Santiago Hills 11 Tract 16199 and for the off-s1te Street Improvements within Santiago Canyon Drive and Jambolro Road. Tract 16199 is a 200 acre development located In the City of Orange. The project comprise a water quality basin system that Included a combination of emergent marshes, extended detention basins and b1ofiltration basins that supported thefuture development, This water quality system was designed to tie comply with all the regulations and to satisfy the client needs. Prepared the Hydrology and Hydraulics Basis of Design Report for both the on -site and the off -site studies. The Report included hydrology analysis using AM hydraulics using WSP(iW, catch basin design usingAES and FlowMaster, hydraulIcscalculations. for the Water OualltV Piping System desigm Subarea 2 Agricultural Preserve Master Plan of Drainage, City of Chino, Project Engineer, 2015-20ifi Prepared the Master Plan of Drainage (MPD) Report and Analysis for the Agricultural Preserve storm drain system. The 2016 MPD Incorporated amendments and updates to the Agricultural Preserve storm drain system that were completed after the 2001 MPD. The 2016 MPD Included hydrologic and hydraulic analysis following the County of San Bernardino standards. The analysis was prepared for the existing, Interim and ultimate conditlon.The analysis provided alternatives for the master plan storm drain systems In order to accommodate the City of Chino requirements. The MPD Included studies for regional water q uallty basin preliminary design following the Santa Ana Region Water Qualfty�aoard Control and the San Bernardino County requirements. The storm drain design and, regional water quality basin design optimized the bashi.location and sizes to maximize the developable land within the area. Storm Water Master Plan, City of Rancho, Palos Verdes, Project Engineer, 2014-2015 The Rancho Palos Verdes Storm Water Master Plan Includes the development of a GIS database for the storm drain Inventory including a Facility Mapping Tool which Is being utilized to gather field data and keep the City Informed of the field workschedule and findings. Data gathering for the project Includes filling in missing as -built data such as Inverts and facility naming. The hydrology and hydraulics modeling Is being completed utilizing GIS, XPSWMM, and XPWSPGW. This master plan Includes the Integration of st,Drmwater quality retrofit opportunities. The Master Plan will ultimately provide the City with a comprehensive "living" storm water master plan, The master plan also Includes a project prioritization scheme and a Capital Improvement Plan. Santa Ana Storm Drain Master Plan, City of Santa Ana, Designer, 2013 Responsible for CADO design. Provided professional engineering services to update the city's storm drain master plan, The city has an established drainage system with some segments over So years, old and other segments recently constructed. Michael Baker analyzed the main line drainage system and prepared a hydrology study along with maps for the entire city boundary and for Individual sub -areas for 2-,10-,25- and 100-year storm events, The capacity of the existing storm drainage was evaluated to determine system capacity sufficiency using a hydrodynamic hydraulic model. A comprehemlve list of needed storm drainage Improvements was then generated. Performed a hydraulic analysis to size sufficient storm drain lines and provided an ESRI ARCGIS geodatabase of city storm drain facilities, Including storm drain pipes, city -owned drainage channels, manholes, catch basins, and culverts. Mlchaef Baker used the Bentley software hydrodynamic hydraulic model CIvIIStonn, which uses hydrographs with In the hydraulic model to determine adequate pipe sizing. I I i�M_ Appendix I Page 11 2 E-590 17 an I ri 11 La