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NAREE KIM, PE <br />Traffic Engineering Task Support <br />EDUCATION <br />MS, Civil Engineering, University <br />of Utah, Salt Lake City, 2003 <br />BS, Civil Engineering, University <br />of Utah, Salt Lake City, 2000 <br />YEARS OF EXPERIENCE <br />With Iteris: 13 Total: 18 <br />REGISTRATIONS <br />Civil Engineer (PE) <br />NV #22518, 2013 <br />CORE DISCIPLINES <br />Traffic Engineering & Operations <br />ITS Planning & Design <br />ITS Operations & Management <br />ITS Systems Engineering & <br />Architecture <br />Grant Application Support <br />AFFILIATIONS <br />Orange County Traffic <br />Engineering Council (OCTEC) <br />Institute of Transportation <br />Engineers (ITE) <br />iteris <br />Mrs. Kim serves as a Senior Engineer of Iteris' Consulting Solutions and has <br />been with firm since October 2008. She has over 18 years of experience in <br />the delivery of transportation and traffic engineering projects, with <br />experience that includes the planning, design, and deployment of Intelligent <br />Transportation Systems (ITS) and traffic signal projects. Mrs. Kim's ITS design <br />experience includes fiber optic communications, Dynamic Message Signs <br />(DMS), Video Detection Systems (VDS) and Traffic Signal System (TSS) <br />upgrades. She has also served as Project Manager and Task Lead on a variety <br />of planning and traffic signal design projects including preparation of Plans, <br />Specifications and Estimates (PS&E) for traffic signals, arterial signing and <br />striping, traffic operation systems, ramp metering systems and street <br />lighting. She has accomplished a number of traffic impact studies and traffic <br />and circulation sections of EIRs/EISs. Mrs. Kim is proficient in the use of <br />design and traffic analysis software including AutoCAD, MicroStation, AGI 32, <br />ArcGIS, Synchro, and Autoturn. <br />Naree enjoys snowboarding and hiking. <br />Project Experience <br />1-405 Design -Build Improvement Project, Orange County Transportation <br />Authority (OCTA) — Orange County, CA <br />Mrs. Kim serves as the MOT/Detour Plan and Street Lighting Design Plan Task <br />Lead for Iteris, acting as a subconsultant of a multidisciplinary design and <br />construction team, on this $1.2 billion dollar design build project. The project <br />will improve 16 miles of the 1-405 between the SR-73 freeway in Costa Mesa <br />and the 1-605 near the Los Angeles County line. The project includes adding <br />one regular lane in each direction from Euclid Street to 1-605, making <br />improvements to freeway entrances, exits and bridges, and will also <br />implement Express Lanes that expands the existing HOV lane from one lane <br />to two lanes in each direction from SR-73 to 1-605. Iteris is responsible for the <br />design of the Caltrans ITS field infrastructure, temporary ITS field <br />infrastructure supporting maintenance of traffic during construction, toll <br />system infrastructure and coordination, street lighting, agency traffic signal <br />improvements along the corridor and development of the project Traffic <br />Management Plan. Mrs. Kim is assisting project management with the <br />preparation and development of Plans and Specifications for the <br />maintenance of traffic, traffic management systems, Intelligent <br />Transportation Systems (ITS), tolling integration and traffic signals. The <br />project began in February 2017 and is ongoing. <br />FY21 Grant Application Support — City of Irvine, CA <br />Mrs. Kim serves as Project Manager for providing Grant Preparation Support <br />for the City of Irvine during the preparation of the FY21 Regional Traffic Signal <br />Synchronization Project (RTSSP or Projects P) application and Intersection <br />Capacity Enhancement Project (ICE or Project 0). Iteris initiated the collection <br />of count data and desired improvements from all stakeholders to develop <br />preliminary project assessments. Follow up fieldwork in addition to the cabinet <br />inventory is performed to refine the improvement cost estimates. The project <br />began in September 2020 and completed in October 2020. <br />