Jill Bicknell, EOA, Inc., Assistant Program Manager SCVURPPP 111 West Evelyn Ave., Suite 110 Sunnyvale, CA September 10, 2014

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1 Our ref Jill Bicknell, EOA, Inc., Assistant Program Manager SCVURPPP 111 West Evelyn Ave., Suite 110 Sunnyvale, CA Mission Street Suite 700 San Francisco United States of America t f grant.mcinnes@arup.com September 10, 2014 Dear Ms. Bicknell: Statement of Qualifications for Professional Civil Engineers Registered in the State of California to Design, Review and/or Certify Storm Water Treatment Measures and Hydromodification Control Facilities Arup is pleased to submit two hard copies and one electronic copy of our statement of qualifications to remain on the Santa Clara Valley Urban Runoff Pollution Prevention Program (SCVURPPP) list of professional civil engineers to design, review and certify storm water treatment measures and hydromodification control facilities for new and redevelopment projects. Arup is a multi-disciplinary consulting, engineering, and planning firm with an established record of successfully completing projects for both public and private clients. We have an experienced team of skilled engineers that have the local knowledge, expertise and dedication to excellence required to perform the services requested. Our team has a wealth of experience and resources to complete projects that may be assigned under this contract. This SOQ includes updates to our team s personnel and training. Grant McInnes, PE, CPSWQ, will be our primary contact. Our team is working on numerous site development projects in the Bay Area at various stages of design, all of which have a strong storm water management focus. These include high profile projects such as the Knight Management Center for Stanford Graduate School of Business and Bay Meadows Phase II in San Mateo, where Arup is providing full engineering services from concept visioning, entitlement, detailed design, and construction administration. Our Bay Meadows client s project manager, Genelle Osendorf, summarized our dedication to excellence by noting: Arup has been an integral part of our development team. They consistently go above and beyond their obligations and have exceeded our expectations with respect to work product, dedication, and service. We highly recommend Arup to any firm needing a top-notch civil engineer. We look forward to the opportunity to demonstrate this level of service while working in collaboration with SCVURPPP. I:\POSSIBLE JOBS\2014 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF PPP_SOQ\ _COVER LETTER_SCVURPPP_ISSUED.DOCX Arup North America Ltd

2 September 10, 2014 Page 2 of 2 Please feel free to call me on (415) should you wish to discuss our submission. Sincerely, Grant McInnes, PE, CPSWQ, LEED AP Associate Principal Arup I:\POSSIBLE JOBS\2014 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF PPP_SOQ\ _COVER LETTER_SCVURPPP_ISSUED.DOCX

3 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications September 10, 2014 This report takes into account the particular instructions and requirements of our client. It is not intended for and should not be relied upon by any third party and no responsibility is undertaken to any third party. Job number Arup North America Ltd 560 Mission Street Suite 700 San Francisco United States of America

4 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications Contents 1. Introduction 1 2. Firm and Key Personnel Details 2 Page Key Personnel Background and Proof of Training 2 3. Understanding of Urban Storm Water Management Practices, Issues and Requirements 6 4. Understanding of Continuous Simulation Hydrologic Models and Analysis of Output Data 6 5. Construction Administration and Observation Services 7 6. Relevant Project Experience 7 September 10, 2014 Arup North America Ltd I:\POSSIBLE JOBS\2014 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF PPP_SOQ\ _SANTA CLARA VALLEY URBAN RUNOFF SOQ_FINAL.DOCX

5 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications 1. Introduction Arup is submitting this proposal in response to the Request for Qualifications (RFQ) issued by the Santa Clara Valley Urban Runoff Pollution Prevention Program (SCVURPPP) for Civil Engineers registered in the state of California to design, review and/or certify storm water treatment measures and hydromodification control facilities. Arup s project and qualified staff experience demonstrates our local knowledge, and strong focus on collaboration and innovation which allow us to exceed requirements and provide value to our clients. Notable Arup projects particularly relevant to the SCVURPPP include the development of the Knight Management Center at the Stanford Graduate School of Business, and the Bay Meadows Phase II development in San Mateo. We are also providing relevant civil engineering services to various confidential commercial clients located in Santa Clara County. Arup is an independent, global engineering and environmental consultancy firm providing engineering design, planning and project management services in all areas of the built and natural environments. We aim to help our clients meet their infrastructure needs by adding value through technical excellence, efficient organization, personal service, and a cross-discipline, integrated design approach to bring the full complement of our skills and knowledge to a given project. Arup has been an integral part of our development team. They consistently go above and beyond their obligations and have exceeded our expectations with respect to work product, dedication, and service. We highly recommend Arup to any firm needing a top-notch civil engineer. Client Reference: Genelle Osendorf (Bay Meadows Client Project Manager) Formed in 1946, Arup has over 10,000 staff working in more than 90 offices in over 30 countries and our projects have taken us to more than 160 countries. Arup s San Francisco office has more than 250 staff members with extensive project experience and recognized expertise in water engineering, geotechnical engineering, civil and structural design, transportation engineering, cost estimating, and building services. Our staff is active in a wide variety of assignments, providing our clients with an extensive base of experience for both routine and specialized engineering services. Through the conduct of our work, we have become recognized for providing expert, consistently reliable, timely, and cost-effective consultation, design, and construction management services. Additionally, our global network of offices provides Arup with knowledge of international best practice procedures and construction techniques. Our ability to completely integrate our design team with our clients teams has permitted the early identification of principal issues and the formulation of practical, cost and program efficient solutions. This has resulted in the submission of comprehensive, financially competitive solutions and the successful implementation of construction, operation, and maintenance. In San Francisco our water team has a diverse background ranging from water resource sciences, engineering, planning and consulting with the ability to provide design and review services for storm water treatment measures and hydromodification control facilities combined with a strong local knowledge of regulations and best practice. Page 1

6 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications This statement of qualifications is organized to present Arup as a firm, present our staff and their qualifications, demonstrate our understanding of the project, and present our firm qualifications and experience 2. Firm and Key Personnel Details Firm Information: Arup North America Ltd. (Arup) 560 Mission Street, Suite 700, San Francisco, CA T. (415) F. (415) Established: 1946 (UK); 1985 (US) Point of Contact Grant McInnes, Associate Principal Key Personnel Background and Proof of Training Below are the key personnel proposed to work on any projects that may result from being added to the updated SCVURPPP list. One page, summary resumes and proof of relevant training courses for each of the proposed personnel are provided in Appendix A. Key Personnel Proposed: Grant McInnes PE, LEED AP, CPSWQ Grant McInnes leads Arup s Land Development offering in San Francisco and specializes in sustainable infrastructure planning, design and implementation. Grant has 17 years of experience as a leader and member of multidisciplinary teams on a diverse variety of land development, master planning and civil engineering projects in the US, UK, Europe and Asia. Grant s skills include the design of stormwater management and drainage facilities, complex utilities infrastructure incorporating clash analysis, grading, site development master planning and the remediation of contaminated low impact development land. Grant is responsible for developing the Bay Meadows Storm Water Management Plan and the multi-function pond concept, and the system s subsequent design and implementation. Grant also has overall design responsibility for the civil engineering elements of several confidential campus developments in Santa Clara County, Stanford Graduate School of Business and Newport Beach City Hall. Grant has expertise in Infoworks continuous simulation hydrologic software and numerous other hydraulic modeling tools. Page 2

7 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications Key Personnel Proposed: Jack Mong PE, LEED AP, QSD/P Jack Mong is a Senior Civil Engineer with experience in stormwater management, roadway and interchange drainage design, construction staging, temporary erosion and sediment control and construction administration. Jack designed the Bay Meadows streetscape including over 30 bioretention planters, a regional multi-purpose pond, and provided construction administration services the entire project. Jack is a Qualified SWPPP Developer and Practitioner. Rowan Roderick-Jones MS, CSci Rowan is a water resources scientist and ecological engineer whose skills include water sensitive urban design and stormwater management. Rowan has worked extensively as a project manager and technical lead on numerous stormwater quality management, drainage design, flood control, and integrated urban water resource management projects. Rowan was responsible for reviewing the Bay Meadows pond design from water quality and ecological perspectives. He was also responsible for the Storm Water Management Plan for Newport Beach City Hall. Rowan s background in both engineering and natural sciences gives him a unique perspective in problem solving and assessment; delivering consistently well rounded and insightful work products. Aihua Tang PhD, PE, CFM, QSD/P Aihua Tang is a senior water resources engineer with expertise in hydrology and hydraulics modeling, including 1-D and 2-D flow, unsteady state flow, bridge hydraulics and scour analysis and dam break modeling. She is responsible for many flood control studies and drainage design projects, floodplain delineations study, erosion control design and storm water management design. Page 3

8 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications Key Personnel Proposed: Jacob Wood PE, LEED AP, QSD/P Jacob Wood is a licensed professional civil engineer with extensive experience in site development -- preparing construction-level grading, drainage, and utility plans -- primarily for mixed-use, commercial, healthcare and academic developments. He has experience modeling water and wastewater systems, preparing hydraulic and hydrologic studies, and researching and writing due diligence reports and master utility studies. Jacob has experience developing drainage and storm water management plans to meet regulatory and LEED criteria, and he has survey, field, and construction administration experience. Stephen Burges MSc Stephen Burges has a Masters Degree in Water Resources Technology and Management, with over 20 years water and environmental engineering experience. He has been involved in projects across the globe and has project management and design experience of water supply and sanitation schemes, stormwater management, sustainability appraisal, environmental impact assessment, infrastructure, irrigation and rural development projects. His experience includes engagement at senior levels in government, working with community-based organizations, and all aspects of water and wastewater engineering design, including project definition, concept design and options analysis, feasibility studies and routing assessments, hydraulic modeling, detailed design, specification and tender documentation, tendering and adjudication, construction supervision, and contract and program management Stephen has worked on California High Speed Rail to design rail alignment drainage features within the California Central Valley and analyzed floodplains and irrigation canals with HEC-RAS to understand existing conditions and how best to mitigate impacts resulting from the project. Page 4

9 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications Key Personnel Proposed: Grant Schlereth PE, LEED AP Grant Schlereth is a Civil Engineer with international experience in civil engineering, construction, and planning. His projects have involved work at the feasibility, scheme, and detailed design levels, specializing in sustainable water management design, storm water drainage design, and hydraulic modeling. He has extensive experience working on commercial campus projects in Santa Clara County. Grant Schlereth has worked closely with Stephen on the California High Speed Rail, designing rail alignment drainage features within the California Central Valley and analyzing floodplains and irrigation canals with HEC-RAS. Grant has coordinated 408 permits with the US Army Corps of Engineers and negotiated water body crossing and drainage requirements with local and state agencies. Jessica Fosbrook PE, QSD/P Jessica Fosbrook has over five years of experience as a civil and environmental engineer in both the private and public sectors. Jessica s skill set includes sustainable water resources management, rural water supply in developing countries, water and wastewater treatment, hydraulic and hydrologic modeling, environmental permitting, stormwater best management practices, hydrogeology, and climate change adaptation and mitigation. Jessica has provided storm water design support on Newport Beach, Doyle Drive, and California High Speed Rail. William E. Maddex CEP Bill Maddex will provide the engineering team with costing advice. Bill provides advice on construction methods, operations, and impacts. He provides forward looking cost estimates for infrastructure, masterplan, and redevelopment projects that include a diverse range of constructed facilities. His experience as a licensed and bonded heavy civil contractor provides insight to the construction risks and potential mitigation measures to manage these risks. He advises on project delivery methods and is current on applications of the latest construction technologies. Page 5

10 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications 3. Understanding of Urban Storm Water Management Practices, Issues and Requirements Arup is dedicated to producing high-quality designs compliant with the Bay Area s water quality requirements to provide protection of the area s sensitive water bodies. Arup has recently completed the design and construction phases on a number of projects that integrated LID design in urban storm water management. Arup s designs emphasize the most up to date LID techniques to comply with California regulations. We regularly collaborate with landscape architects to seamlessly integrate BMPs into landscape design in order to implement attractive storm water management treatment techniques that protect the Bay Area s sensitive water bodies. Arup is well versed in protection of downstream water bodies, which are often home to numerous species important to the ecological balance of the area, and that contribute to resident s enjoyment of their natural surroundings. Arup has extensive experience in administering Storm Water Pollution Prevention Plans (SWPPPs) to meet NPDES requirements, and is intimately familiar with the CASQA BMP handbooks. In the permanent design condition, Arup has designed to C.3 compliance, optimizing design to reduce runoff, infiltrating or reusing storm water onsite where feasible, and ultimately removing pollutants before discharge to water bodies. 4. Understanding of Continuous Simulation Hydrologic Models and Analysis of Output Data Arup has extensive expertise in the use of continuous simulation hydrologic modeling and the analysis of its output data. We most commonly use Infoworks and StormNET, and apply hydromodification principles to our designs on a regular basis. Our continuous simulation modeling experience is exemplified by our Bay Meadows project. Using Infoworks we have modeled downstream impacts to the receiving channel. Although the receiving channel is hardened and not formally subject to C.3 hydromodification requirements, the City of San Mateo required that we do not increase peak flow discharges for the 2-yr, 10-yr and 100-yr events, modeled using a continuous simulation over a 2-day period. We analyzed flow-duration hydrographs at the outfall to the creek for pre- and -post development conditions, to ensure that peak flows and total flow volumes were not exceeded. We also studied level hydrographs and hydraulic grade profiles to ensure that water levels in existing streets are not increased. Using Infoworks powerful hydraulic engine and user interface, we are able to quickly compare the performance of multiple alternatives. Arup's Storm Water Management Plan for the 85-acre development includes 3 levels of treatment: a regional detention/treatment pond, streetscape BMPs and private parcel BMPs. The detention / treatment pond is sized to treat run-off from the water quality treatment event for the entire development. Pre-treatment is provided in streetscape planters and BMPs located in the private parcels, both of which are incorporated to Maximum Extent Practicable. Biofiltration devices are prioritized due to the challenging low permeability clay soils and extensive basement Page 6

11 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications garages. Parcel BMPs include at-grade biofiltration planters, above podium biofiltration planters, raingardens with subdrainage systems and disconnected roof leaders. Flow control from the pond is achieved using an outfall consisting of a 7.5ft wide broad crested weir, integrated with a low-flow notch and orifice. Upstream peak flows are minimized by minimizing hardscape, and by using disconnected downspouts and biofiltration planters to increase time of concentration. We are familiar with the Bay Area Hydrology Model (BAHM), most recently from our work at a confidential corporate campus in Santa Clara County. We are using BAHM to verify the results of our low impact development based drainage design and to ensure that the post development peak flow rates and volumes are less than the pre-development situation. The BAHM program comprises continuous simulation, flow control and treatment control facility modeling capabilities, and was calibrated to fit Santa Clara watersheds. Arup utilizes BAHM to generate pre- versus post-project flow duration curves to evaluate effectiveness of the proposed flow control structures and treatment facilities including detention basins, bio-retention basins, swales and other county approved underground treatment structures, to maintain both magnitude and duration of the post project flows same as that under the pre-project condition. We also have extensive experience with other hydrology and hydraulic modeling software including HEC- HMS, EPA SWMM, and Hydraflow. 5. Construction Administration and Observation Services Arup understand the importance of providing design team construction support quickly and accurately as projects move into construction. Our in-house systems ensure that RFIs, submittals, and substitution requests are efficiently handled. We use staff experienced in on-site construction, with the aim of promptly getting it right the first time. Our engineers provide construction administration and observation services during construction for various projects throughout California. 6. Relevant Project Experience The following section presents the project experience and technical qualifications of the key staff comprising the Arup team. Arup has the experience, training and resources to successfully complete the breadth of projects listed in the statement of qualifications. Page 7

12 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications Table 1 Relevant Project Experience Stanford Graduate School of Business (GSB), Knight Management Center, Stanford, CA Owner: Stanford University Client: BOORA Architects, Inc. Reference: Karla Traynor Smith, PE, Stanford Project Manager - Zone Management Zone Management Administration 340 Bonair Siding, Stanford, CA T Arup s work with Stanford University on the new Graduate School of Business project has shown that close collaboration between Arup, the owner, and the landscape architect can yield a truly integrated landscape design, domestic water reduction strategy, and watershed management program all in one unique design solution. The 12.4-acre site is located within Santa Clara County at the intersection of Campus Drive and Serra Street on the Stanford University campus with multiple buildings. Arup and Stanford Utilities worked closely to integrate a series of LID technologies seamlessly into the landscape design. Rainwater is collected from building roofs spanning 20% of the site footprint into an underground storage tank, where it is used to offset 20% of the irrigation demand of the campus. One large vegetated bioswale treats runoff from roughly 50% of the site, a scattering of infiltration basins treats another 20%, and only 10% of the site is treated by the University s regional bioswale. The onsite swale treats runoff as it passes through grasses and low-lying shrubbery at the surface. The infiltration basins blend into soft landscaped areas as small depressions, where runoff permeates through engineered topsoil and is drained away by perforated subdrains. The stormwater management plan for Stanford GSB addresses hydromodification concerns in San Francisquito Creek watershed. Arup prepared simulation modeling of existing and proposed hydrologic regimes within the project scope to accommodate a reduction in peak flow and total volume of runoff from the site by 35%. Since the site previously was largely a paved parking lot, the reduction in discharge works well within Stanford s objective to minimize erosion to the creek and improve water quality. The reduction in runoff and improved stormwater quality has earned the project two Sustainable Sites credits under LEEDv2.1, resulting in the project being awarded LEED-Platinum in Arup s work with staff at Stanford Utilities was integral to the development of a comprehensive rainwater harvesting and water reuse program for the GSB. In May 2012, the project was awarded an annual Site Development Award for Institutional Projects from SCVURPPP for its integrated water efficiency and stormwater quality management program. Arup also provided construction administration services for a comprehensive suite of stormwater Best Management Practices, including raingardens, swales and biofiltration planters. The BMP s are integrated seamlessly into the site landscaping and with a rainwater collection system that reuses stormwater for supplemental irrigation. Page 8

13 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications Bay Meadows Phase II Owner: Bay Meadows Land Company San Mateo, California Client: Bay Meadows Land Company Reference: Wilson Meany, Ms. Genelle Osendorf Four Embarcadero Center, Suite 3300, San Francisco, CA T E gball@wmspartners.com Arup provided Civil Engineering and street lighting design services for the Bay Meadows project. Located along one of the San Francisco Bay Area s busiest commuter rail corridors and at the junction of two major highways, Bay Meadows Phase II transforms 85 acres of formerly impenetrable private property into a transit oriented development designed with the triple bottom line of sustainability (environment, society, economy) at the fore. With the infrastructure project largely complete, Bay Meadows impact reach far beyond the site s perimeter. The street grid provides greatly needed connectivity and alternative routes to relieve the existing congested road network. Working collaboratively with the City of San Mateo s Public Works, Planning and Parks and Recreation Departments, the streetscapes integrate innovative storm water biofiltration planters and high efficiency street lighting solutions into the public realm. Public safety, ease of maintenance and design performance all drove the design to deliver a superb blend of priorities. The new storm water management system is designed to alleviate longstanding flooding problems in the McClellan neighborhood to the south and the County Expo property to the north. Rather than consuming valuable land area with acres of unusable detention ponds or tanks, the storm drainage design includes a pond that meets the NPDES detention and water quality requirements for the project, and an area of dual-use landscape that provides additional storage for rainfall events with a greater than 2-year return period. These floodable recreation fields are specially designed to safely accept and shed detained water during and shortly after major storm events without compromising the playing surfaces. At the heart of sustainability is doing more with less. The pond does far more than detain and clean the storm water: richly landscaped with native, drought resistant plants and trees to create a passive recreation element within a 12 acre park, the pond also provides 600,000 gallons of year-round water storage vital to southern San Mateo s ability to respond to fires - water storage that would otherwise have been housed in a constructed facility. The entitlements process witnessed and guided the advancement of sustainable practices in the San Francisco Bay Area and beyond. Arup applied our considerable knowledge in the design of sustainable outcomes to inform the client of the most appropriate strategies. We developed Page 9

14 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications these strategies in collaboration with the City and the project s stakeholders, who had their own definitions and understanding of sustainable design centered on the County of San Mateo s Sustainability Checklist and the LEED and LEED ND rating systems. By listening, informing and learning, our team s credibility in sustainable design advanced the entitlements process and gained endorsements as validating as the Sierra Club s and the Greenbelt Alliance. In collaboration with the City of San Mateo s inspection team, Arup provided construction administration and observation services during the construction of these BMPs. Page 10

15 Santa Clara Valley Urban Runoff Pollution Prevention Program Statement of Qualifications Newport Beach City Hall Newport Beach, CA Reference: Steven Chaitow Project Manager Bohlin Cywinski Jackson T E schaitow@bcj.com its residents. Owner: City of Newport Beach Client: City of Newport Beach Newport Beach City Hall and Park includes the new city hall building, community room building, council chambers building, parking structure, an extension to the existing library and a 17- acre park. The goal for the City Hall is to achieve comfort for its occupants, exhibit a responsibility toward the environment, and to showcase the buildings and park to Arup designed many aspects of the project including preparing drainage and water quality design for the City Hall and Park site. Arup worked closely with the landscape architects, Peter Walker & Partners, to incorporate low impact development techniques and water quality treatment BMPs seamlessly into the landscape design. Arup designed comprehensive Low Impact Development (LID) stormwater management technologies in order to reduce pollutant loading from the site to the downstream receiving water, Lower Newport Bay. The design utilizes vegetated swales with check dams and bioretention basins to promote biofiltration, infiltration and retention. Runoff from portions of neighboring city streets, in addition to hardscapes onsite, will be treated before discharging to city storm drains. This will result in a further reduction of pollutant loading to Lower Newport Bay. Arup modeled pre and post development runoff characteristics to determine how best to match the post development peak flows and runoff volumes to existing hydrologic conditions. This effort resulted in the implementation of water quality control devices which lead to reduced peak flows and improved water quality to Lower Newport Bay. The project contains several water quality bioswales with check-dams to allow infiltration and treatment through permeable sand and topsoil layers. Infiltration basins are planned at two distinct site locations, one of which is highlighted as a landscape water feature near the existing Public Library. Arup analyzed the water holding capacity for the specified planting soils and demonstrated that runoff from landscaped open spaces would not occur during the water quality rainfall event. This resulted in a 20% reduction in total water quality volume and a significant cost savings. A 43% reduction in overall subdrain piping requirements was achieved by demonstrating the drainage capacity could be achieved through gravel sublayers in lieu of perforated pipes. Arup also undertook Civil and Building Engineering through Construction Documentation for this project. Page 11

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17 Appendix A Resumes and Proof of Training

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19 Grant McInnes, PE, LEED AP, CPSWQ Profession Civil Engineer Current Position Associate Principal Joined Arup 1997 Years of Experience 14 Qualifications PE, State of California 2012, (#79753) LEED Accredited Professional Certified Professional in Stormwater Quality Member, Institution of Civil Engineers, UK, MICE CEng BEng 1 st Class Honors, Civil Engineering, Strathclyde University, UK Professional Associations Member, ASCE (American Society of Civil Engineers) Member, SPUR (San Francisco Planning and Urban Research Association) Member, US Green Building Council Member, IECA (International Erosion Control Association) Project Experience: Bay Meadows Phase II, San Mateo, CA Grant is the Project Manager for the infrastructure design of an 85-acre, transit-oriented, redevelopment of an existing racetrack. The sustainable design approach integrates a complex storm drainage detention system with an efficient grading plan, road network and intricate phasing strategy. The project includes a 1.1 acre pond that provides water quality treatment, storm water detention, and 600,000 gallons of fire water storage while serving as a public amenity and adding value to adjacent development. Grant developed project specific indoor and outdoor water demand management guidelines. Stanford Graduate School of Business, Knight Management Center, Stanford, CA The project encompasses 8 new academic buildings that form the new Knight Management Center campus for the Graduate School of Business. Grant managed the civil engineering design, which provides aggressive water conservation strategies including the use of ultra-low flow plumbing fixtures, onsite rainwater harvesting as well as utilizing campus wide reclaimed water for toilet flushing and irrigation. Total domestic water savings are estimated to be greater than 50% over business as usual. Bay Meadows Station Blocks 2, 3 and 4, San Mateo, CA Grant is the Project Manager of the civil engineering design for three commercial properties totaling approximately 575,000gsf located on 7- acres. The sites are being designed to integrate with adjacent future rail improvements including a relocated station and two potential grade separations. Storm water treatment facilities are being seamlessly integrated into the landscaping. Transbay Streetscape & Open Space Concept Plan, San Francisco, CA Grant was the Project Manager for a feasibility study that identified infrastructure opportunities and constraints for a conceptual streetscape improvement plan. Grant was responsible for creating strategies for storm water management, utility upgrades and relocations, phasing and implementation strategies. SEQ2 Masterplan, Design Guidelines, Stanford University, CA Grant was responsible for developing a water recycling strategy for the four buildings that will form a new Quad at Stanford University. Water re-use options for the Quad and for Campus-wide irrigation system were studied including: rainwater harvesting, greywater recycling and use of blowdown water from the adjacent Central Energy Facility. Norfolk Street Sanitary Sewer Connection, San Mateo, CA Grant is the Project Manager for the planning and detail design of a 5,000ft long sanitary sewer force main project. The design effort includes route selection, public outreach, and the design of the force main and pump station. I:\POSSIBLE JOBS\2012 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF\4_SUBMISSION - PREPARATION\RESUMES\GRANT MCINNES\MCINNES_GRANT_1PAGE_SMCO.DOCX

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23 Jack Mong, PE, LEED AP, QSD/P Project Experience: Fresno 180 Braided Ramp Connections, Fresno, CA The Fresno 180 Braided Ramp Connections Project is one of the first design-build demonstration projects authorized by California s Senate Bill No. 4. Arup, as lead designer for R&L Brosamer, a subsidiary of Walsh Construction. The project will replace an existing weave section on State Route 180 between State Route 41 and 168 in Fresno, CA. Profession Civil Engineer Current Position Senior Engineer Joined Arup 2006 Years of Experience 10+ Qualifications BS, Civil Engineering, San Jose State University Masters, Civil Engineering, San Jose State University PE, State of CA LEED Accredited Professional Qualified SWPPP Developer/Practitioner, CASQA Envision SP, ISI Professional Associations Associate Member of American Society of Civil Engineers Jack is the lead civil engineer and responsible for preparing detail highway and drainage construction documents. Also, he is responsible for managing the development of the Storm Water Pollution Prevention Plan (SWPPP) for the project. Bay Meadows Development Phase II, San Mateo, CA Bay Meadows Development Phase II is an 85-acre redevelopment in the City of San Mateo, California that will transform an existing racetrack into a transit-oriented development including new residential and commercial spaces. The project includes comprehensive storm water quality strategies including the use of curbside biofiltration planters and a wet pond. Jack is the project engineer for developing site development planning documents; preparing construction documents for the infrastructure package and preparing the Storm Water Pollution Prevention Plan (SWPPP) to comply with new Construction General Permit Order DWQ adopted on September 2, Doyle Drive Replacement Project, South Access to the Golden Gate Bridge General Engineering Contract, San Francisco County Transportation Authority, San Francisco, CA Project Engineer responsible for preparing detailed roadway drainage design and construction procurement documents for an approximately US$1bn complete replacement of Doyle Drive, a 1.6- mile-long 6-lane highway connecting San Francisco city streets through the Presidio of San Francisco National Park to the Golden Gate Bridge. Arup was selected for detailed design and contract preparation for Doyle Drive and is leading a joint venture with Parsons Brinckerhoff for this task order-based contract to complete the design and contract documents (Plans, Specifications, and Estimates). Significant portions of the work include highway design, elevated structures, cut-and-cover structures and extensive landscaping. \\GLOBAL\...\SAN FRANCISCO\MONG_JACK_MASTER2010.DOC \\S- FNAS01\GENERAL\MARKETING\POSSIBLE JOBS\2014 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF PPP_SOQ\RESUME\MONG_JACK_1 PAGE.DOCXX

24 Jack Mong Feb 04, May 04, 2015 Certificate # 00551

25 Stephen Burges MBE Profession Water Resources Engineer Current Position Associate Joined Arup 1998 Years of Experience 20 Qualification MSc(Eng) Water Resources Technology and Management, The University of Birmingham, 1992 BSc (Hons) Environmental Sciences, University of Southampton, 1988 Professional Associations Member, International Water Association Member, Registered Engineers for Disaster Relief (RedR) Publications Burges, S J. 'The Testing and Refinement of a Water Balance Model of Lake Chad', MSc. Thesis, The University of Birmingham Project Experience: The Red Sea Astrarium, Jordan Arup has been working to develop sustainable infrastructure strategies for this mixed us theme park in Aqaba, Jordan. Responsible for the development of conceptual and schematic design strategies for the management of water supply and wastewater treatment and water recycling systems. Villas Valriche Integrated Resort Scheme, Mauritius Project Manager for a regional water resources assessment and development of a water balance, and groundwater investigation, aimed at the development of an integrated water supply strategy for the IRS. Lead engineer for the detailed design and tender documentation for site water features (lakes), borehole supply and water treatment and pumping systems, water and irrigation bulk supply and reticulation systems, sewerage networks, Sewer treatment plant. Responsible for all pre-and post- tender services. International City Phase 2 & 3, Dubai, UAE Lead Engineer for the detailed design of water, fire and irrigation reticulation systems for this major mixed-use development in Dubai (estimated resident population of 150,000). Design carried out in Mauritius as part of an Arup Africa infrastructure design commission. Belle Rivière Integrated Resort Scheme, Mauritius Lead Infrastructure Design Engineer for this tourism development in the south of Mauritius. Includes design of coastal protection works, river modeling (HEC-RAS) and design of reinforced turf river revetment works, and infiltration drainage for this challenging site. State House Refurbishment Phase II, Botswana Project Civil Engineer for the design of stormwater drainage, water supply and sewerage reticulation for the refurbishment of State House Gardens. Oodi Vocational Training College, Botswana Project Civil Engineer for all external infrastructure works. Includes development of an integrated water strategy incorporating sustainable drainage systems, and grey-water treatment and reuse. Pompey Centre, Portsmouth, UK Infrastructure design for a 12-ha retail park on site of a former railway goods yard in Portsmouth. Included the design of a sustainable urban drainage system, which incorporated 3-ha of porous asphalt car park, comprising an infiltration drainage system. Singapore Vista Master Plan, UK Devised the levels and drainage strategy for the master plan study of a 180-ha development site in central Singapore. An integrated water strategy incorporated sustainable urban drainage systems, including lakes for stormwater attenuation and water reuse. I:\POSSIBLE JOBS\2012 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF\4_SUBMISSION - PREPARATION\RESUMES\STEPHEN BURGES_1PAGE_SMC.DOCX

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27 Rowan Roderick-Jones, MS CSci Project Experience: Candlestick Point/Hunters Point Shipyard Integrated Water Systems Plan, Lennar Properties, San Francisco, CA, USA Led the analysis for developing LID stormwater management strategies at the 750 acre development site. Assessed site environmental constraints limiting stormwater infiltration. Integrated parcel, street, and open space BMPs to meet treatment requirements and reduce infrastructure costs. Prepared street sections and BMP details. Profession Engineer - Water Current Position Associate Joined Arup 2007 Years of Experience 10 Qualifications Chartered Scientist, The Science Council. MS, Civil and Environmental Engineering, Ecological Engineering Program, University of California, Berkeley. BS, Conservation and Resource Studies, Aquatic Ecology, University of California, Berkeley. BA, Geography, University of California, Berkeley Minor, Forestry, University of California, Berkeley. Army Corps of Engineers, Certified Wetland Delineator. Professional Associations American Ecological Engineering Society Chartered Institute of Water and Environmental Management International Water Association Select Publications and Speaking Integrated Strategies in Wastewater Treatment at the SCIP Wetlands. Cary Conference Journal. In Press The Water and Energy Resource Characterization Model, Speaker, IWA Future Cities, 2011 Arup Sustainability Workshops East Asia, Organizer and Trainer, Doyle Drive Replacement Project, South Access to the Golden Gate Bridge General Engineering Contract, San Francisco County Transportation Authority, San Francisco, CA, USA Water Quality Manager responsible for managing and delivering detailed design of drainage and stormwater best management practices for an approximately US$1 billion complete replacement of Doyle Drive, a 1.6 mile long 6-lane highway connecting San Francisco city streets through the Presidio of San Francisco National Park to the Golden Gate Bridge. The BMP design was driven by removal of copper which is currently impaired in San Francisco Bay. LID Incentives Study, San Francisco Public Utilities Comission, San Francisco, CA, USA Rowan collaborated with City stormwater planners to develop a series of metrics to estimate total economic benefits of low impact development (LID) best practices on city streets. Calculations for cost benefits of LID included reduced cost of wastetwater treatment in combined seweres, increases in property tax revenue due to higher home values on green streets, benefits to water supply due to increased infiltration, and reduced capital cost for future flood mitigation. Cornfields Arroyo Seco Specific Plan, Los Angeles, CA Prepared the sitewide stormwater management strategy for the specific plan area including in depth analysis for integration of Low Impact Development (LID) into the plan. The approach integrated a large number of multipurpose pocket parks for use as recreation as well as stormwater treatment areas. Examined the effects on street sections of on-street treatment devices such as bioretention basins, vegetated filter strips and permeable paving. Prepared the water quality and hydrology section for the Program EIR. Cal State East Bay Masterplan, California State Universities, CA, USA Developed the integrated water management plan for the long range masterplan for the campus. Prepared a campus water budget and long term reduction targets as well as water supply, wastewater management, and stormwater infrastructure strategies. \\GLOBAL\AMERICAS\REGIONAL\MARKETING\SF\POSSIBLE JOBS\2014 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF PPP_SOQ\RESUME\SS\ROWAN RODERICK-JONES_.DOCX

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29 Aihua Tang, PhD, PE, CFM, QSD, QSP Profession Water Resources Engineering Current Position Senior Water Resources Engineer Joined Arup 2012 Years of Experience 17 Qualifications PhD, Water Resources Engineering, Arizona State University, 1997 Registered Professional Engineer, Civil Engineering: CA, C AZ, ASFPM Certified Floodplain Manager (CFM), US Envision Sustainability Professional Credential (ENV SP) Qualified SWPPP Developer (QSD) and Qualified SWPPP Practitioner (QSP), Certificate #25144 Training within 3 Years QSD/P Course by a CASQA qualified Trainer of Record Understanding Bay Area Storm Water Management by KriStar Enterprises Regulatory Review of 1D/2D Model by XP Solutions LEED Green Associate Exam Training by USGBC-NCC Project Experience: California High-Speed Rail, Fresno to Palmdale, CA Senior Engineer who recently worked on hydrology, bridge hydraulic analysis and scour analysis for this project at multiple rivers and creeks, and assessed impacts on FEMA designated floodplains along the proposed rail alignment alternatives, including Kings River, Cross-Creek, Poso Creek and Kern River. She prepared 408 Determination Report for Kings River Complex, and updated Stormwater Quality Management Report, and a Storm Water Data Report for construction within Caltrans right-of-way. Methanex Geismar Gas Plant Loss Study, LA, USA Senior Engineer for a site-specific flood hazard assessment for a new methanol gas plant owned by Methanex LLC. The site lies adjacent the bank of the Mississippi River, protected by levees, and subjects to storm surge from Gulf of Mexico. Aihua conducted 1-D and 2-D flood modeling, using USGS LiDAR data, and hurricane SLOSH MEOW data. These analyses resulted in profiles of estimated water depth and velocity around site under several scenarios including 100-year rain storm event with levee breach, and 100-year rain storm combined with hurricane-generated ocean surge. Fresno SR 180 Braided Ramp Connections, Fresno, CA Senior Drainage Engineer performed hydrology and hydraulic modeling and detailed drainage design for a design-build project, which involves construction of approximately 5.5 miles of new multi-lane connector ramps and flyover bridges for two traffic interchanges within City of Fresno, California. Bio-swales and infiltration basins were designed to treat storm water from pavement areas. Sogamoso Hydropower Dam Project Landslide Investigation/ Expert Witness, Mata de Cacao Bridge, Colombia Senior Engineer provided investigation review on the previous bridge design documents and drainage reports for the Mata de Cacao Bridge, which foundation was partially constructed and damaged in December 2012 storms and subsequent landslide events. Her tasks include hydrology modeling using HEC-HMS, stream system hydraulic modeling using HEC- RAS, and bridge scour analysis. Foster Corridor Flood Mitigation, Portland, OR Senior Water Resources Engineer who recently completed flood mitigation study for the flooding along two miles of Foster Road Corridor caused by Johnson Creek overtopping. This study addresses both flood mitigation and redevelopment opportunities. HEC-RAS unsteady state flow modeling was performed to evaluate flood mitigation benefit for three alternatives. XPStorm-2D modeling was conducted to review the flooding boundaries for the existing condition and a selected alternative.

30 Aihua Tang Jul 28, Jul 28, 2016 Certificate # 25144

31 CERTIFICATE OF COMPLETION This is to certify that Aihua Tang Has attended an XP Solutions educational XP-LIVE webinar titled Regulatory Review of a 1D/2D Model on April 24, 2014 and has completed One Professional Development Hour Anthony Kuch, Vice President North American Operations & Client Services XP Solutions Portland, Oregon / Brisbane / Newbury

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33 Jacob Wood, PE, QSD/QSP Profession Civil Engineer Current Position Senior Engineer Joined Arup 2011 Years of Experience 7 Nationality USA Qualification MSc Environmental Engineering, University of California Berkeley, 2011 BSc Civil and Environmental Engineering, University of Massachusetts Amherst, 2005 Registered Civil Engineer, State of California Qualified SWPPP Developer and Qualified SWPPP Practitioner Professional Associations ASCE, member SF Chapter Chi Epsilon, member Project Experience: LID Concept Design and Proposition 84 Grant Proposal, Lafayette, CA Project Manager: The LID concept design and Proposition 84 grant proposal project created a preliminary layout for the redesign of the Lafayette BART station parking lots and drop off to improve multimodal access and integrate stormwater management features into the existing parking lot footprint. As part of this project, Arup assessed vehicular and pedestrian circulation, developed stormwater management features to treat runoff form the impervious parking lots, and assisted BART in preparing a grant application for State of California Prop 84 grant funds to implement LID design features. The grant application has been short-listed for funding and is awaiting final decision from the State. Bay Meadows Phase II Station Blocks, San Mateo, CA Civil Engineer: designed and produced civil engineering plans and specifications for three mixed-use buildings (over 500,000 sq ft) with a contiguous below-grade parking garage. Project is seeking LEED gold certification. Civil design incorporated nonstructural stormwater treatment techniques to reduce postdevelopment peak runoff rates. Jacob prepared a hydraulics and hydrology model and report and a SWPPP for the site to insure that the project would not adversely affect downstream water bodies during or after construction. California High Speed Rail, Central Valley, CA Civil Engineer: developed hydrologic and hydraulic models to analyze runoff rates and volumes from rail right of way and developed preliminary sizing and geometry for track-side stormwater infiltration swales. Recology Master Plan and EIR, Brisbane, CA Civil Engineer: prepared existing and proposed grading and utility plans -- including water, wastewater, storm drainage, and gas -- for the Master Plan and EIR for the City of San Francisco s solid waste transfer station. Jacob s work included performing a site investigation; forecasting utility demands, initiating discussion s with utility providers, and developing concept utility routings and stormwater capture and reuse plans.

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35 Grant Schlereth, PE, LEED AP Profession Civil Engineer Current Position Senior Engineer Joined Arup 2009 Years of Experience 6 Qualifications Professional Engineer, California, 2009 (ID: 74573) LEED Accredited Professional, 2009 MS, Civil and Environmental Engineering, Stanford University, 2004 BS, Civil and Environmental Engineering, University of California, Davis, 2003 Professional Associations Associate Member, American Society of Civil Engineers (ID: ) Project Experience: California High Speed Rail (CHSR), Fresno to Palmdale Segment, General Engineering Contract, CHSR Authority, Fresno to Palmdale, CA The Fresno to Palmdale segment of the CHSR accounts for 197 miles out of the total 465 miles of the CHSR, which will link San Francisco to Anaheim with a 200+mph high speed rail line. As a Project Engineer, Grant was responsible for developing the storm drainage design strategy along the track alignment and conducting the hydrology and hydraulic studies for all waterways and floodplains crossed by the alignment. Work included coordinating drainage designs with local utilities and coordinating waterway crossings with US Army Corps of Engineers, the Central Valley Flood Protection District, and FEMA. Fresno I-80 Braided Ramp Connections, Fresno, CA Civil Project Engineer for the Fresno I-80 Braided Ramp Connections Project, one of the first design-build demonstration projects authorized by California s Senate Bill No. 4. Arup, as lead designer for R&L Brosamer, a subsidiary of Walsh Construction, was pre-qualified to prepare a bid for this project. The project will replace an existing weave section on State Route I-80 between State Route 41 and 168 in Fresno, CA. The scope of this project includes constructing two new bridges, one existing bridge widening, approximately three miles of on-grade ramp connectors, and other associated work. Grant led the storm water design effort across the project. The estimated project cost is approximately $30m. Guggenheim Museum, Abu Dhabi, UAE As a Project Civil Engineer for the schematic and design development phases, Grant has coordinated utility connections and significantly contributed to storm water drainage and grading design across the projects unique geometry. Due to the complex nature of the design and significant project constraints, completing this work requires close interaction with the architect (Gehry Partners, LLP), the building services and structural engineering teams to coordinate the overall design intent and to produce a fully integrated design. Upper Alameda Creek Filter Gallery Project, Sunol, CA* The SFPUC intends to recover water within Alameda Creek in Sunol, CA through the installation of an in-stream filter gallery. As Deputy Project Manager, Grant s responsibilities included developing, evaluating, and selecting a preferred alternative from a number of potentially viable solutions, culminating in an Alternative Analysis Report presented to the SFPUC Board of Directors for approval. *experience prior to joining Arup I:\POSSIBLE JOBS\2012 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF\4_SUBMISSION - PREPARATION\RESUMES\SCHLERETH_GRANT_1PAGE_SMCO.DOCX

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37 Jessica Fosbrook, PE Profession Water Resources Engineering Current Position Graduate Engineer Joined Arup 2010 Years of Experience 3 Qualifications PE, State of California 2012 (#80209) M.S., Civil and Environmental Engineering, Stanford University, Palo Alto, California, 2011 B.S., Civil Engineering (magna cum laude), Northeastern University, Boston, Massachusetts, 2007 Professional Associations Member, American Society of Civil Engineers Awards American Water Works Association Thomas R. Camp Scholarship, 2009 mtvu/ge ecomagination Challenge Top 10 Finalist, 2007 America Public Works Association Timothy J. O Leary Scholarship, 2006 Languages English, Conversational French and Spanish Project Experience: Bay Meadows Redevelopment Phase II, San Mateo, CA Developed short term and long term ecological establishment and water quality maintenance strategies for the onsite wet pond. Managed the revision of the Storm Water Pollution Prevention Plan (SWPPP) to comply with new Construction General Permit Order DWQ adopted on September 2, Calculated the sediment discharge risk level for the 85-acre transit oriented development. Fresno I-80 Braided Ramp Connections, Fresno, CA Civil Design team member for the Fresno I-80 Braided Ramp Connections Project, one of the first design-build demonstration projects authorized by California s Senate Bill No. 4. Arup, as lead designer for R&L Brosamer, a subsidiary of Walsh Construction, was pre-qualified to prepare a bid for this project. The project will replace an existing weave section on State Route I-80 between State Route 41 and 168 in Fresno, CA. The scope of this project includes constructing two new bridges, one existing bridge widening, approximately three miles of on-grade ramp connectors, and other associated work including storm water management. Doyle Drive Replacement Project, South Access to the Golden Gate Bridge, San Francisco, CA Evaluated upgrades to storm water network through hydraulic modeling. Prepared memos and reports to document modeling results and to demonstrate environmental compliance in a few areas of the site. Arup, with Caltrans, has been responsible for the detailed storm water and utility design with Caltrans for an approximately US$1 billion complete replacement of Doyle Drive, a 1.6 mile long 6-lane highway connecting San Francisco city streets through the Presidio National Park to the Golden Gate Bridge. The project is currently under construction. Newport Beach City Hall Civic Center and Park, Newport Beach, CA Responsible for construction documentation of a natural storm water treatment system for the new 17.6 acre development of the Newport Beach City Hall and Park. Also reviewing contractor construction submittals and designing utility layout. Worked closely with landscape architects to incorporate low impact water quality treatment BMPs into the landscape design. Designed BMPs to reduce loading to Newport Bay and meet more stringent requirements set forth in the new MS4 permit. A new treatment concept was developed for pretreatment of dog-park runoff using a linear sand filter trench, and a 43% reduction in subdrain piping requirements was achieved by demonstrating the drainage capacity could be achieved through gravel sublayers in lieu of perforated pipes. I:\POSSIBLE JOBS\2012 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF\4_SUBMISSION - PREPARATION\RESUMES\JESSICA FOSBROOK\FOSBROOK_JESSICA_1PAGE_SMCO.DOCX

38 Jessica Fosbrook has earned 0.1 Continuing Education Unit (CEU) or 1 Professional Development Hour (PDH) by successfully completing Advanced Stormwater Treatment: Dissolved Pollutants Santa Barbara, California February 2, 2012

39 Jessica Fosbrook has earned 0.1 Continuing Education Unit (CEU) or 1 Professional Development Hour (PDH) by successfully completing Stormwater Pond BMP Management: Design, Operation, and Maintenance Santa Barbara, California February 23, 2012

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41 William E. Maddex, CEP Profession Construction Engineering & Management Current Position Associate Joined Arup 2007 Years of Experience 35 Qualification BS, Construction (Civil) Engineering and Management, Arizona State University, College of Engineering (with honors) Masters in Construction Degree Candidate, Arizona State University Contractor License, Arizona, Utah Certified Estimating Professional, AACE Professional Associations AACE Association for Advancement of Cost Engineering ASPE American Society of Professional Estimators PMI Project Management Institute AAA American Arbitration Association Project Experience: California High-Speed Rail Project, Palmdale to Fresno Segment, CA Cost estimating and constructability reviews, for the 195-mile long section of the project from Palmdale to Fresno. Primary features include twin bore tunnels, aerial structures, grade separation bridges and viaducts. Total project estimated at $42 billion, estimated cost for this segment is $7 billion. Doyle Drive Replacement Project, South Access to the Golden Gate Bridge General Engineering Contract, San Francisco County Transportation Authority, San Francisco, CA Leads cost estimating, scheduling and constructability review team for an approximately US$1 billion complete replacement of Doyle Drive, a 1.6 mile long 6-lane highway connecting San Francisco city streets through the Presidio of San Francisco National Park to the Golden Gate Bridge. Arup was selected for detailed design and contract preparation for Doyle Drive and is leading a joint venture with Parsons Brinckerhoff for this task order-based contract to complete the design and contract documents (Plans, Specifications, and Estimates). Significant portions of the work include highway design, elevated structures, cut-and-cover structures and extensive landscaping. The Doyle Drive Replacement Project is one of the most prestigious transportation projects in California, and known to many as the southern approach to the Golden Gate Bridge. Originally constructed in 1936, Doyle Drive features deteriorating roadways and seismically-inadequate bridges. The 1.6 mile stretch of roadway carries almost 100,000 vehicles a day and is long overdue for replacement Positioned alongside San Francisco s northern shoreline, the roadway faces several significant challenges: the design team must preserve the natural beauty of a national park and its numerous historic landmarks, while catering for high traffic flows. (Under an earlier contract with the San Francisco County Transportation Authority, Arup carried out extensive consultation with Caltrans, the Presidio Trust, the Golden Gate National Recreation Area and several other agencies and public representative groups to reach consensus on the scheme to be taken forward.) A wide range of stakeholders and agencies participate in this project including the FHWA, Caltrans, the National Park Service (Presidio Trust and the Golden Gate National Recreation Area), the Golden Gate Bridge Highway and Transportation District, as well as nearby residents and Citizen Action Committees.. \\GLOBAL\AMERICAS\REGIONAL\MARKETING\SF\POSSIBLE JOBS\2014 POSSIBLE JOBS\SANTA CLARA VALLEY URBAN RUNOFF PPP_SOQ\RESUME\SS\MADDEX_WILLIAM_MASTER2010_1PAGE.DOCX

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43 Kristin Kerr, EOA, Inc., Managing Engineer SCVURPPP 1410 Jackson Street., Oakland, CA Mission Street Suite 700 San Francisco United States of America t f October 13, 2014 Dear Ms. Bicknell SCVURPPP RFQ Additional Request Arup is pleased to present our interest, qualifications, and experience in conducting thirdparty inspections of installed treatment measures and the key individuals who will do the work. We understand the importance of providing design team construction support quickly and accurately as projects move into construction. Our in-house systems ensure that RFIs, submittals, and substitution requests are efficiently handled. We use staff experienced in on-site construction, with the aim of getting it right the first time. The following projects illustrate our experience in providing construction administration and observation services associated with stormwater treatment Best Management Practices. Arup provided complete civil engineering design and construction administration services for Bay Meadows Phase II. Arup designed a new stormwater management system to alleviate longstanding flooding problems. A new pond does far more than detain and clean the stormwater: richly landscaped with native, drought-resistant plants and trees to create a passive recreation element within a 12-acre park, the pond also provides 600,000 gallons of water storage vital to C:\USERS\GRANT.MCINNES\DESKTOP\BD\PROPOSALS\2014\SCVURPPP 2014\LETTER_CONSTRUCTION ADMINISTRATION BMP EXPERIENCE_ARUP_UPDATES_ DOCX Arup North America Ltd

44 October 13, 2014 Page 2 of 3 southern San Mateo s ability to respond to fires water storage that would otherwise have been housed in a constructed facility. Innovative streetscape planters provide pretreatment of run-off from the public rightof-way, prior to discharging to the pond. In collaboration with the City of San Mateo s inspection team, Arup provided construction administration and observation services during the construction of these BMPs. Stanford University recently opened its new 12.4 acre Graduate School of Business campus. Arup s provided complete civil engineering services from early scheme level studies through detailed design, permitting, and construction support. Arup designed and provided construction administration services for a comprehensive suite of stormwater Best Management Practices, including raingardens, swales and biofiltration planters. The BMP s are integrated seamlessly into the site landscaping and with a rainwater collection system that reuses stormwater for supplemental irrigation. Newport Beach City Hall and Park includes the new city hall building, community room building, council chambers building, parking structure, an extension to the existing library and a 17-acre park. A natural wetland at the site currently receives polluted flows from upstream sources. Arup used raingardens, swales and extended dry detention facilities to treat the polluted runoff for on-site re-use, resulting in lower pollutant loading and reduced domestic water demand. Our engineers provided construction administration and observation services during construction. Our team includes the following individuals, each of whom have extensive experience in design and construction administration/observation services of stormwater treatment facilities: C:\USERS\GRANT.MCINNES\DESKTOP\BD\PROPOSALS\2014\SCVURPPP 2014\LETTER_CONSTRUCTION ADMINISTRATION BMP EXPERIENCE_ARUP_UPDATES_ DOCX

45 October 13, 2014 Page 3 of 3 Grant McInnes PE, LEED AP, CPSWQ leads Arup s Land Development offering in San Francisco and specializes in sustainable infrastructure planning, design and implementation. Grant is responsible for developing the Bay Meadows stormwater management strategy, and providing construction administration services during the construction of the pond and streetscape biofiltration planters. Jacob Wood PE, LEED AP, QSD/P is a Senior Civil Engineer with extensive experience in site development. Jacob has experience developing drainage and storm water management plans to meet regulatory and LEED criteria, and he has survey, field, and construction administration experience. Jacob is a Qualified SWPPP Developer and Practitioner. Aihua Tang, PhD, PE, CFM, QSD/P is senior water resource engineer and is responsible for many flood control studies and drainage design projects, floodplain delineations study, erosion control design and storm water management design. Jacob is a Qualified SWPPP Developer and Practitioner. Jack Mong PE, LEED AP, QSD/P is a Senior Civil Engineer with experience in stormwater management, roadway and interchange drainage design, construction staging, temporary erosion and sediment control and construction administration. Jack designed the Bay Meadows streetscape planters and pond, and provided construction administration services the entire project. Jack is a Qualified SWPPP Developer and Practitioner. If you have any questions or require additional information, please do not hesitate to contact me. Yours sincerely Grant McInnes, P.E. Associate Principal C:\USERS\GRANT.MCINNES\DESKTOP\BD\PROPOSALS\2014\SCVURPPP 2014\LETTER_CONSTRUCTION ADMINISTRATION BMP EXPERIENCE_ARUP_UPDATES_ DOCX