Laserfiche WebLink
San Gabriel Valley Council of Governments Rio Hondo Load Reduction Strategy <br />Preliminary Engineering and Final Design Services Senior Engineer for a feasibility <br />assessment along with preliminary design for the Alhambra, Rubio, and Eaton diversion <br />locations within Rio Hondo Los Angeles River watershed in compliance with MS4 Permit <br />requirements. The Rio Hondo LRS addresses requirements pertaining to the Los Angeles River <br />Bacteria TMDL. The three diversion areas include Alhambra Wash, Eaton Wash, and Rubio <br />Wash. Tasks include providing flow regime calculations and providing QA/QC for feasibility <br />study review. Additional tasks included coordination with the LACSD to verify discharge allowed <br />to the sanitary sewers in the area, detailed flow analysis and coordination with the LACSD and <br />watermaster, environmental evaluation and documentation, site field investigation, topographic <br />survey for each site, utility search to identify existing or planned utility conflicts, geotechnical <br />evaluation to identify soil characteristics and infiltration capacity for each site, permits and <br />easement evaluation, preliminary operations and maintenance, and preparation of a feasibility <br />assessment report and preliminary design plans. <br />City of Santa Barbara Bohnett Park Stormwater Treatment Senior Engineer for design plans <br />and construction specifications for the stormwater treatment system in the 2.25-acre Bohnett <br />Park, located within the Westside neighborhood of Santa Barbara. The project system <br />captures, treats, and infiltrates storm water from two 18-inch storm drains. Tasks performed <br />included checking the hydrology using Los Angeles County methods, calculating infiltration <br />scenarios, and modeling in MODRAT and Hydraflow. Additional tasks included project <br />management and coordination, schedule and budget tracking, and coordination with the City <br />Project Manager; data review of storm drain records and LiDAR maps, utilities within the park, <br />design plans for park improvements, existing geotechnical information, and the City's <br />Stormwater BMP Guidance Manual; drainage report preparation for the stormwater capture and <br />treatment system design and existing site conditions; geotechnical investigation including <br />borings 15 feet below existing grade for soil classification and infiltration at three different <br />locations within the park; preparation of two conceptual design alternatives; and preparation of <br />PS&Es for the agreed upon alternative. This project was completed within budget and one <br />month ahead of schedule. <br />City of Culver City Washington Boulevard P3 Urban Runoff Diversion Hydrology and <br />Hydraulics support providing drainage reviews for a diversion system that will capture <br />stormwater and urban runoff from a 40-acre drainage area. This system is expected to capture <br />approximately 115,600 cubic feet of stormwater runoff. Tasks performed include preparing a <br />geotechnical report summary, gathering data for the existing hydraulic model, revising concept <br />drainage areas, modeling the existing storm drain under Washington Boulevard using WSPG, <br />modeling the reconfiguration of pipes and sewer flows, and providing calculations for the <br />dewatering permit, drainage area, and free -falling water. Additional tasks include developing <br />project concepts for diversion and bio-filtration systems, conducting an environmental study, <br />coordinating with the City of Los Angeles and LACPW, performing a topographic survey, <br />conducting a utility search to identify existing or planned future utility conflicts along the <br />proposed project components, preparing preliminary and final PS&Es, providing community <br />outreach, and providing construction support. <br />