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Rebecca Kinney, PE I Project Manager
<br />Ms. Kinney has extensive experience in all phases of stormwater
<br />management projects including planning, design, and
<br />construction. Her recent experience has focused on development
<br />of Master Plans of drainage, which focus on storm drainage facility
<br />sizing, stormwater NPDES compliance, stream stability, and
<br />floodplain management. Her planning experience includes large
<br />master planned communities, and municipal planning, as well as
<br />supporting hydrologic and stormwater quality analysis as a basis
<br />for CEQA documentation. Ms. Kinney has prepared Water Quality
<br />Management Plans, Stormwater Pollution Prevention Plans, and
<br />CEQA water quality technical studies.
<br />Ms. Kinney is experienced in channel restoration design work
<br />including hydrologic and hydraulic modeling and PS &E work. She
<br />has also served as a regulatory agent for the application of 404
<br />Corps of Engineers, 401 California Regional Water Quality Control
<br />Board, and 1601/1603 California of Department of Fish and Game permits. She received Wetland
<br />Delineation training by the Wetland Training Institute. Her knowledge of both engineering and
<br />environmental requirements make her an asset to any multi - disciplinary team.
<br />Relevant Experience includes:
<br />Santa Ana Storm Drain Master Plan, Santa Ana, California. City of Santa Ana. Project Manager.
<br />Responsible for stormwater engineering and project management to update the city's storm drain
<br />master plan, The city has an established drainage system with some segments over 50 years old and
<br />other segments recently constructed, Michael Baker analyzed the main line drainage system and
<br />prepared a hydrology study along with maps for the entire city boundary and for individual sub -areas
<br />for 2 -, 10 -, 25 -, and 100 -year storm events. The capacity of the existing storm drainage was evaluated
<br />to determine system capacity sufficiency using a hydrodynamic hydraulic model. A comprehensive list
<br />of needed storm drainage improvements was then generated. Michael Baker performed a hydraulic
<br />analysis to size sufficient storm drain lines and provided an ESRI ARCGIS geodatabase of city storm
<br />drain facilities, including storm drain pipes, city -owned drainage channels, manholes, catch basins,
<br />and culverts. Michael Baker used the Bentley software hydrodynamic hydraulic model CivilStorm,
<br />which uses hydrographs with in the hydraulic model to determine adequate pipe sizing.
<br />San Diego Creek Master Plan of Drainage, Orange County, California. County of Orange. Project
<br />Manager, Responsible for stormwater engineering and project management to update and extend the
<br />San Diego Creek Master Plan hydrology from the confluence with Peters Canyon Wash to the Upper
<br />Newport Bay; a total watershed area of 120 square miles. Michael Baker's services included review
<br />and update of the watershed maps, rational method analysis, hydrograph parameter development,
<br />hydrograph analysis, and preparation of the master plan report.
<br />Storm Drainage Master Plan, Buena Park, California. City of Buena Park. Engineer. Provided
<br />stormwater engineering services to prepare a citywide drainage master plan, Michael Baker's
<br />services included field investigations, video surveys, storm drain mapping, hydrodynamic modeling,
<br />regulatory compliance analysis, best management practice (BMP) retrofit recommendations,
<br />geodatabase update, and master plan report preparation.
<br /><, t i arr hip v fs I Ru[n,,:_,
<br />IN TA A N AT IORAI
<br />20C -36
<br />Drain Master Plan
<br />h �Storms
<br />Phase 2 1 RFP No. 16 -02
<br />Rebecca Kinney, PE I Project Manager
<br />Ms. Kinney has extensive experience in all phases of stormwater
<br />management projects including planning, design, and
<br />construction. Her recent experience has focused on development
<br />of Master Plans of drainage, which focus on storm drainage facility
<br />sizing, stormwater NPDES compliance, stream stability, and
<br />floodplain management. Her planning experience includes large
<br />master planned communities, and municipal planning, as well as
<br />supporting hydrologic and stormwater quality analysis as a basis
<br />for CEQA documentation. Ms. Kinney has prepared Water Quality
<br />Management Plans, Stormwater Pollution Prevention Plans, and
<br />CEQA water quality technical studies.
<br />Ms. Kinney is experienced in channel restoration design work
<br />including hydrologic and hydraulic modeling and PS &E work. She
<br />has also served as a regulatory agent for the application of 404
<br />Corps of Engineers, 401 California Regional Water Quality Control
<br />Board, and 1601/1603 California of Department of Fish and Game permits. She received Wetland
<br />Delineation training by the Wetland Training Institute. Her knowledge of both engineering and
<br />environmental requirements make her an asset to any multi - disciplinary team.
<br />Relevant Experience includes:
<br />Santa Ana Storm Drain Master Plan, Santa Ana, California. City of Santa Ana. Project Manager.
<br />Responsible for stormwater engineering and project management to update the city's storm drain
<br />master plan, The city has an established drainage system with some segments over 50 years old and
<br />other segments recently constructed, Michael Baker analyzed the main line drainage system and
<br />prepared a hydrology study along with maps for the entire city boundary and for individual sub -areas
<br />for 2 -, 10 -, 25 -, and 100 -year storm events. The capacity of the existing storm drainage was evaluated
<br />to determine system capacity sufficiency using a hydrodynamic hydraulic model. A comprehensive list
<br />of needed storm drainage improvements was then generated. Michael Baker performed a hydraulic
<br />analysis to size sufficient storm drain lines and provided an ESRI ARCGIS geodatabase of city storm
<br />drain facilities, including storm drain pipes, city -owned drainage channels, manholes, catch basins,
<br />and culverts. Michael Baker used the Bentley software hydrodynamic hydraulic model CivilStorm,
<br />which uses hydrographs with in the hydraulic model to determine adequate pipe sizing.
<br />San Diego Creek Master Plan of Drainage, Orange County, California. County of Orange. Project
<br />Manager, Responsible for stormwater engineering and project management to update and extend the
<br />San Diego Creek Master Plan hydrology from the confluence with Peters Canyon Wash to the Upper
<br />Newport Bay; a total watershed area of 120 square miles. Michael Baker's services included review
<br />and update of the watershed maps, rational method analysis, hydrograph parameter development,
<br />hydrograph analysis, and preparation of the master plan report.
<br />Storm Drainage Master Plan, Buena Park, California. City of Buena Park. Engineer. Provided
<br />stormwater engineering services to prepare a citywide drainage master plan, Michael Baker's
<br />services included field investigations, video surveys, storm drain mapping, hydrodynamic modeling,
<br />regulatory compliance analysis, best management practice (BMP) retrofit recommendations,
<br />geodatabase update, and master plan report preparation.
<br /><, t i arr hip v fs I Ru[n,,:_,
<br />IN TA A N AT IORAI
<br />20C -36
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