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FIRST STREET PEDESTRIAN IMPROVEMENTS PS&E <br />RFP NO.: 10-110 <br />Chris Jansen, PE, LEED GA <br />Hydrology/Hydraulics Engineer <br />Project Role: Drainage, Water Quality and Low Impact Development <br />Mr. Jansen is a hydrauIicsenginee rwith experience design ingstormwaterdetention and infiltration <br />Best Management Practices (BMP) throughout Los Angeles County. His experience includes performing <br />hydraulic and hydrologic design calculations, estimating project costs, drafting, writing technical reports <br />and memorandums, and construction specifications. His background includes bioretention basin <br />design, hydrodynamics, numerical modeling of environmental fluid mechanics, groundwater hydrology, <br />hydrometeorology, water resources engineering and management, sediment transport modeling, and <br />chemical fate and transport. <br />EXPERIENCE <br />Design Services for the Silver Lake Reservoir <br />Stormwater Capture Project, MARRS Services Inc., <br />City of Los Angeles, Bureau of Engineering, City of <br />Los Angeles, CA. Lead designer on a project to capture <br />and route stormwater to two reservoirs to offset potable <br />water demands. Mr. Jansen is providing hydrology <br />and hydraulics design support services, including <br />delineating drainage areas where stormwater could <br />be feasibly captured and routed to the existing Silver <br />Lake and Ivanhoe Reservoirs, defining preliminary <br />pipe alignments and structure locations (catch basins, <br />manholes, and pretreatment devices) based on flow <br />paths and existing utility locations, drafting exhibits to <br />include as supporting figures in a Project Engineering <br />Study Report (PESR), and authoringthe PESR that <br />summarizes these findings. <br />Vista Canyon Regional Transit Center, City of Santa <br />Clara, Santa Clara, CA. Mr. Jansen provided hydrologic <br />and hydraulic design support for site drainage and <br />stormwater management compliance, including BMP <br />design for the 100% design of the project. The site is <br />subject to contaminated water due to the frequency <br />and types of modes of traffic used within the transit <br />center and increased stormwater volume due to the <br />bus canopies. Water quality improvements will be <br />achieved through the implementation of Low Impact <br />Development (LID) design techniques, a critical part <br />of the design. Elements such as bioswale/bioretention <br />areas, grass areas, and planters are integrated into the <br />design of the transit center. These LID elements will <br />prevent an increase in stormwater volume as well as <br />stormwater infiltration and to filter stormwater runoff. <br />Culver Boulevard Stormwater Infiltration and <br />Retention Project, City of Culver City, CA. Mr. Jansen <br />provided pump station design support for this multi - <br />beneficial stormwater regional projectto provide <br />incorporate an infiltration gallery under a newly <br />reconstructed raised median along Culver Boulevard. <br />The project will also include retention basins to reuse <br />captured stormwater runoff and urban runoff to irrigate <br />local landscape medians within the project area. The <br />overall landscape design of this project will include <br />green elements such as bioswales along the raised <br />median and adjacent roadways to further promote <br />stormwater pollution prevention education. <br />Stormwater Use Standards for Penmar, Temescal, <br />and Mar Vista Proposition O Projects TOS SN-96, <br />Bureau of Sanitation, City of Los Angeles, CA. Mr. <br />Jansen provided water quality and design support. <br />Tetra Tech was contracted to provide pre -design <br />services for three existing stormwater capture systems <br />located at Penmar Park, Temescal Canyon Park, and <br />Mar Vista Recreation Center in the City of Los Angeles. <br />Tetra Tech provided a Project Engineering Study Report <br />(PESR) that represents 10% design completion level <br />and describes an evaluation of the existing stormwater <br />capture systems, including whether each system <br />complies with Los Angeles County Department of <br />Public Health (LACDPH) water quality guidelines, and <br />if not, how to bring each system into compliance. This <br />RESUMES 2 5K.1-6 <br />