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HomeMy WebLinkAboutTETRA TECH, INC (3)r: INSURANCE NOT ON FILE"01 1NORK MAY NOT PROCEED n�* CLERK OF COUNCIL DATE: AGREEMENT TO PROVIDE ON -CALL pW (,)((Vol, y iostcv) FA- STORMWATER PROJECT DESIGN SERVICES THIS AGREEMENT is made and entered into this 20°i day of October, 2020 by and between Tetra Tech, Inc. ("Consultant"), and the City of Santa Ana, a charter city and municipal corporation organized and existing under the Constitution and laws of the State of California ("City"). RECITALS A. On July 16, 2020, the City issued Request for Proposal No. 20-102, by which it sought qualified consultants to provide on -call stormwater project design services for the City's Public Works Agency. B. Consultant submitted a responsive proposal that was among those selected by the City. Consultant represents that it is able and willing to provide the services described in the scope of work that was included in RFP No. 20-102. C. hi undertaking the performance of this Agreement, Consultant represents that it is knowledgeable in its field and that any services performed by Consultant under this Agreement will be performed in compliance with such standards as may reasonably be expected from a professional contracting firm in the field. NOW THEREFORE, in consideration of the mutual and respective promises, and subject to the terms and conditions hereinafter set forth, the parties agree as follows: 1. SCOPE OF SERVICES On an on -call basis, and at the City's sole discretion, Consultant shall perform the services described in the scope of work that was included in RFP No. 20-102, which is attached as Exhibit A, and as more specifically delineated in Consultant's proposal, which is attached as Exhibit B and incorporated in full. 2. COMPENSATION a. City neither warrants nor guarantees any minimum or maximum compensation to Consultant under this Agreement. Consultant shall be paid only for actual services performed under this Agreement at the rates and charges identified in Exhibit C. Consultant is one of three (3) consultants selected to provide services for stormwater projects on an on -call basis under RFP No. 20-102. The total compensation for these services provided by all such consultants selected under RFP No. 20-102 shall not exceed the shared aggregate amount of $2,000,000 during the term of the Agreement, including any extension periods. b. Payment by City shall be made within forty-five (45) days following receipt of proper invoice evidencing work performed, subject to City accounting procedures. Payment need not be made for work which fails to meet the standards of Page 1 of 8 performance set forth in the Recitals and Scope of Work, which may reasonably be expected by City. 3. TERM This Agreement shall commence on the date first written above and terminate on October 19, 2023, unless terminated earlier in accordance with Section 17, below. The term of this Agreement may be extended for one 2-year period upon a writing executed by the City Manager and City Attorney. 4. PREVAILING WAGES Consultant is aware of the requirements of California Labor Code Section 1720, et seq., and 1770, et seq., as well as California Code of Regulations, Title 8, Section 16000, et seq., ("Prevailing Wage Laws"), which require the payment of prevailing wage rates and the performance of other requirements on "public works" and "maintenance" projects. If the services being performed are part of an applicable "public works" or "maintenance" project, as defined by the Prevailing Wage Laws, and the total compensation is $1,000 or more, Consultant agrees to fully comply with such Prevailing Wage Laws. Consultant shall defend, indemnify and hold the City, its elected officials, officers, employees and agents free and harmless from any claim or liability arising out of any failure or alleged failure to comply with the Prevailing Wage Laws. 5. INDEPENDENT CONSULTANT Consultant shall, during the entire term of this Agreement, be construed to be an independent Consultant and not an employee of the City. This Agreement is not intended nor shall it be construed to create an employer -employee relationship, a joint venture relationship, or to allow the City to exercise discretion or control over the professional manner in which Consultant performs the services which are the subject matter of this Agreement; however, the services to be provided by Consultant shall be provided in a manner consistent with all applicable standards and regulations governing such services. Consultant shall pay all salaries and wages, employer's social security taxes, unemployment insurance and similar taxes relating to employees and shall be responsible for all applicable withholding taxes. 6. OWNERSHIP OF MATERIALS This Agreement creates a non-exclusive and perpetual license for City to copy, use, modify, reuse, or sublicense any and all copyrights, designs, and other intellectual property embodied in plans, specifications, studies, drawings, estimates, and other documents or works of authorship fixed in any tangible medium of expression, including but not limited to, physical drawings or data magnetically or otherwise recorded on computer diskettes, which are prepared or caused to be prepared by Consultant under this Agreement ("Documents & Data"). Consultant shall require all subconsultants to agree in writing that City is granted a non-exclusive and perpetual license for any Documents & Data the subconsultant prepares under this Agreement. Consultant represents and warrants that Consultant has the legal right to license any and all Documents & Data. Consultant makes no such representation and warranty in regard to Documents Page 2 of 8 & Data which were provided to Consultant by the City. City shall not be limited in any way in its use of the Documents and Data at any time, provided that any such use not within the purposes intended by this Agreement shall be at City's sole risk. 7. INSURANCE Prior to undertaking performance of work under this Agreement, Consultant shall maintain and shall require its subconsultants, if any, to obtain and maintain insurance as described below: a. Commercial General Liability Insurance. Consultant shall maintain commercial general liability insurance naming the City, its officers, employees, agents, volunteers and representatives as additional insured(s) and shall include, but not be limited to protection against claims arising from bodily and personal injury, including death resulting therefrom and damage to property, resulting from any act or occurrence arising out of Consultant's operations in the performance of this Agreement, including, without limitation, acts involving vehicles. The amounts of insurance shall be not less than the following: single limit coverage applying to bodily and personal injury, including death resulting therefrom, and property damage, in the total amount of $1,000,000 per occurrence, with $2,000,000 in the aggregate. Such insurance shall (a) name the City, its officers, employees, agents, volunteers and representatives as additional insured(s); (b) be primary with respect to insurance or self-insurance programs maintained by the City; and (c) contain standard separation of insureds provisions. b. Business automobile liability insurance, or equivalent form, with a combined single limit of not less than $1,000,000 per occurrence. Such insurance shall include coverage for owned, hired and non -owned automobiles. C. Worker's Compensation Insurance. In accordance with the California Labor Code, Consultant, if Consultant has any employees, is required to be insured against liability for worker's compensation or to undertake self-insurance. Prior to commencing the performance of the work under this Agreement, Consultant agrees to obtain and maintain any employer's liability insurance with limits not less than $1,000,000 per accident. d. If Consultant is or employs a licensed professional such as an architect or engineer: Professional liability (errors and omissions) insurance, with a combined single limit of not less than $1,000,000 per claim with $2,000,000 in the aggregate. e. The following requirements apply to the insurance to be provided by Consultant pursuant to this section: (i) Consultant shall maintain all insurance required above in full force and effect for the entire period covered by this Agreement. (ii) Certificates of insurance shall be furnished to the City upon execution of this Agreement and shall be approved by the City. (iii) Certificates and policies shall state that the policies shall not be cancelled Page 3 of 8 or reduced in coverage or changed in any other material aspect, by Consultant, without thirty (30) days prior written notice to the City. (iv) Consultant shall supply City with a fully executed additional insured endorsement. If Consultant fails or refuses to produce or maintain the insurance required by this section or fails or refuses to furnish the City with required proof that insurance has been procured and is in force and paid for, the City shall have the right, at the City's election, to forthwith terminate this Agreement. Such termination shall not affect Consultant's right to be paid for its time and materials expended prior to notification of termination. Consultant waives the right to receive compensation and agrees to indemnify the City for any work performed prior to approval of insurance by the City. 8. INDEMNIFICATION Consultant agrees to defend, and shall indemnify and hold harmless the City, its officers, agents, employees, Consultants, special counsel, and representatives from liability: (1) for personal injury, damages, just compensation, restitution, judicial or equitable relief arising out of claims for personal injury, including death, and claims for property damage, which may arise from the negligent operations of the Consultant or its subconsultants, agents, employees, or other persons acting on their behalf which relates to the services described in section 1 of this Agreement; and (2) from any claim that personal injury, damages, just compensation, restitution, judicial or equitable relief is due by reason of the terms of or effects arising from this Agreement. This indemnity and hold harmless agreement applies to all claims for damages, just compensation, restitution, judicial or equitable relief suffered, or alleged to have been suffered, by reason of the events referred to in this Section or by reason of the terms of, or effects, arising from this Agreement. The Consultant further agrees to indemnify, hold harmless, and pay all costs for the defense of the City, including fees and costs for special counsel to be selected by the City, regarding any action by a third party challenging the validity of this Agreement, or asserting that personal injury, damages, just compensation, restitution, judicial or equitable relief due to personal or property rights arises by reason of the terms of, or effects arising from this Agreement. City may make all reasonable decisions with respect to its representation in any legal proceeding. Notwithstanding the foregoing, to the extent Consultant's services are subject to Civil Code Section 2782.8, the above indemnity shall be limited, to the extent required by Civil Code Section 2782.8, to claims that arise of, pertain to, or relate to the negligence, recklessness, or willful misconduct of the Consultant. 9. INTELLECTUAL PROPERTY INDEMNIFICATION Consultant shall defend, indemnify and hold harmless the City, its officers, agents, representatives, and employees against any and all liability, including costs, and attorney's fees, for infringement of any United States' letters patent, trademark, or copyright contained in the work product or documents provided by Consultant to the City pursuant to this Agreement. Page 4 of 8 10. RECORDS Consultant shall keep records and invoices in connection with the work to be performed under this Agreement. Consultant shall maintain complete and accurate records with respect to the costs incurred under this Agreement and any services, expenditures, and disbursements charged to the City for a minimum period of three (3) years, or for any longer period required by law, from the date of final payment to Consultant under this Agreement. All such records and invoices shall be clearly identifiable. Consultant shall allow a representative of the City to examine, audit, and make transcripts or copies of such records and any other documents created pursuant to this Agreement during regular business hours. Consultant shall allow inspection of all work, data, documents, proceedings, and activities related to this Agreement for a period of three (3) years from the date of final payment to Consultant under this Agreement. 11. CONFIDENTIALITY If Consultant receives from the City information which due to the nature of such information is reasonably understood to be confidential and/or proprietary, Consultant agrees that it shall not use or disclose such information except in the performance of this Agreement, and further agrees to exercise the same degree of care it uses to protect its own information of like importance, but in no event less than reasonable care. "Confidential Information" shall include all nonpublic information. Confidential information includes not only written information, but also information transferred orally, visually, electronically, or by other means. Confidential information disclosed to either party by any subsidiary and/or agent of the other party is covered by this Agreement. The foregoing obligations of non-use and nondisclosure shall not apply to any information that (a) has been disclosed in publicly available sources; (b) is, through no fault of the Consultant disclosed in a publicly available source; (c) is in rightful possession of the Consultant without an obligation of confidentiality; (d) is required to be disclosed by operation of law; or (e) is independently developed by the Consultant without reference to information disclosed by the City. 12. CONFLICT OF INTEREST CLAUSE Consultant covenants that it presently has no interest and shall not have interests, direct or indirect, which would conflict in any manner with performance of services specified under this Agreement. 13. NOTICE Any notice, tender, demand, delivery, or other communication pursuant to this Agreement shall be in writing and shall be deemed to be properly given if delivered in person or mailed by first class or certified mail, postage prepaid, or sent by fax or other telegraphic communication in the manner provided in this Section, to the following persons: To City: Clerk of the City Council City of Santa Ana 20 Civic Center Plaza (M-30) Page 5 of 8 P.O. Box 1988 Santa Ana, CA 92702-1988 Fax:(714) 647-6956 Executive Director Public Works Agency City of Santa Ana 20 Civic Center Plaza (M-21) P.O. Box 1988 Santa Ana, CA 92702 To Consultant: Tetra Tech, Inc. 17885 Von Karman Ave, Suite 500 Irvine, CA 92614 Attn: Jason Fussel, PE, PLS, LEED AP, ENV SP, QSD/P Vice President A party may change its address by giving notice in writing to the other party. Thereafter, any communication shall be addressed and transmitted to the new address. If sent by mail, communication shall be effective or deemed to have been given three (3) days after it has been deposited in the United States mail, duly registered or certified, with postage prepaid, and addressed as set forth above. If sent by fax, communication shall be effective or deemed to have been given twenty-four (24) hours after the time set forth on the transmission report issued by the transmitting facsimile machine, addressed as set forth above. For purposes of calculating these timeframes, weekends, federal, state, County or City holidays shall be excluded. 14. EXCLUSIVITY AND AMENDMENT This Agreement represents the complete and exclusive statement between the City and Consultant regarding the subject matter herein, and supersedes any and all other agreements, oral or written, between the parties. In the event of a conflict between the terms of this Agreement and any attachments hereto, the terms of this Agreement shall prevail. This Agreement may not be modified except by written instrument signed by the City and by an authorized representative of Consultant. The parties agree that any terms or conditions of any purchase order or other instrument that are inconsistent with, or in addition to, the terms and conditions hereof, shall not bind or obligate Consultant or the City. Each party to this Agreement acknowledges that no representations, inducements, promises or agreements, orally or otherwise, have been made by any party, or anyone acting on behalf of any party, which are not embodied herein. 15. ASSIGNMENT Inasmuch as this Agreement is intended to secure the specialized services of Consultant, Consultant may not assign, transfer, delegate, or subcontract any interest herein without the prior written consent of the City and any such assignment, transfer, delegation or subcontract without the City's prior written consent shall be considered null and void. Nothing in this Agreement shall be construed to limit the City's ability to have any of the services which are the subject to this Page 6 of 8 Agreement performed by City personnel or by other Consultants retained by City. 16. WAIVER No waiver of breach, failure of any condition, or any right or remedy contained in or granted by the provisions of this Agreement shall be effective unless it is in writing and signed by the party waiving the breach, failure, right or remedy. No waiver of any breach, failure or right, or remedy shall be deemed a waiver of any other breach, failure, right or remedy, whether or not similar, nor shall any waiver constitute a continuing waiver unless the writing so specifies. 17. TERMINATION This Agreement may be terminated by the City upon thirty (30) days written notice of termination. In such event, Consultant shall be entitled to receive and the City shall pay Consultant compensation for all services performed by Consultant prior to receipt of such notice of termination, subject to the following conditions: a. As a condition of such payment, the Executive Director may require Consultant to deliver to the City all work product completed as of such date, and in such case such work product shall be the property of the City unless prohibited by law, and Consultant consents to the City's use thereof for such purposes as the City deems appropriate. b. Payment need not be made for work which fails to meet the standard of performance specified in the Recitals of this Agreement. 18. NON-DISCRIMINATION Consultant shall not discriminate because of race, color, creed, relation, sex, marital status, sexual orientation, age, national origin, ancestry, or disability, as defined and prohibited by applicable law, in the recruitment, selection, training, utilization, promotion, termination or other employment related activities or in connection with any activities under this Agreement. Consultant affirms that it is an equal opportunity employer and shall comply with all applicable federal, state and local laws and regulations. 19. JURISDICTION -VENUE This Agreement has been executed and delivered in the State of California and the validity, interpretation, performance, and enforcement of any of the clauses of this Agreement shall be determined and governed by the laws of the State of California. Both parties further agree that Orange County, California, shall be the venue for any action or proceeding that may be brought or arise out of, in connection with or by reason of this Agreement. 20. PROFESSIONAL LICENSES Consultant shall, throughout the term of this Agreement, maintain all necessary licenses, Page 7 of 8 permits, approvals, waivers, and exemptions necessary for the provision of the services hereunder and required by the laws and regulations of the United States, the State of California, the City of Santa Ana and all other governmental agencies. Consultant shall notify the City immediately and in writing of its inability to obtain or maintain such permits, licenses, approvals, waivers, and exemptions. Said inability shall be cause for termination of this Agreement. 21. MISCELLANEOUS PROVISIONS a. Each undersigned represents and warrants that its signature herein below has the power, authority and right to bind their respective parties to each of the terms of this Agreement, and shall indemnify City fully, including reasonable costs and attorney's fees, for any injuries or damages to City in the event that such authority or power is not, in fact, held by the signatory or is withdrawn. b. All exhibits referenced herein and attached hereto shall be incorporated as if fully set forth in the body of this Agreement. IN WITNESS WHEREOF, the parties hereto have executed this Agreement the date and year first above written. ATTEST: /DAISY GOMEZ � lerk of the Council APPROVED AS TO FORM SONIA R. CARVALHO City Attorney By: IM'. -f.4, hn M.Funk Assistant City Attorney RECOMMENDED FOR APPROVAL NABIL SABA, PE Executive Director Public Works Agency CITY OF SANTA ANA KRI TINE RIDGE City Manager CONSULTANT Name: Jason L. Fus el, PE, PLS Title: Vice President Page 8 of 8 EXHIBIT A Appendix ATTACHMENT1 SCOPE OF WORK CITY OF SANTA ANA REQUEST FOR PROPOSALS FOR ON -CALL STORMWATER PROJECT DESIGN SERVICES RFP NO.20-102 INTRODUCTION/BACKGROUND The City of Santa Ana is 27.2 square miles and is located in central Orange County, California. Santa Ana is the most densely populated city in the county, with a total population of 338,247 and approximately 12,435 people per square mile. Santa Ana sits within three major watersheds: the Newport Bay watershed, the Santa Ana River watershed, and the Anaheim Bay/Huntington Harbour watershed. The City of Santa Ana is a co-permittee under the North Orange County Municipal Separate Storm Sewer System (MS4) Permit (Order No. R8-2009-0030, as amended by Order No. R8-2010- 0062). The Permit presents a series of technical, legal, and regulatory challenges to the City and as a result, the City has established a rigorous stormwater compliance program. The Permit requires the City to reduce the discharge of pollutants in urban stormwater runoff to Waters of the US to the "Maximum Extent Practicable". One of the most effective mechanisms in reducing pollutants and improving surface water quality is via the construction of structural Best Management Practices (BMPs). Stormwater infiltration, biotreatment, harvest and reuse, and diversion to the sanitary sewer are proven methods to achieve water quality goals and the City seeks to continue its proactive approach in implementing such projects. Additionally, structural BMPs can provide ancillary benefits such as increasing local water supplies, reducing flooding, and providing public education and recreational opportunities for Santa Ana residents. The City desires to retain Civil Engineering Consultants on an as -needed or "on -call" basis to design complex, regional stormwater capture and treatment projects and perform other stormwater-related tasks as outlined in the Scope of Services below. Professional Services Agreements will be entered into with the selected Civil Engineering Consultants and the selected Consultants will be asked to provide professional engineering services proposals on a project -by - project basis, based on an agreed -upon scope of services and fees. After review of the proposals and associated costs, the City will issue a Notice to Proceed (NTP) for the selected Consultant to begin work on the project/task. Funding sources for each project may vary. The City intends to seek local, State, and Federal grant moneys to fund regional stormwater projects and the selected firm shall comply with the funding agency's requirements. Additionally, all work shall be done in accordance with the most City of Santa Ana RFP 20-102 Page Al-1 recently adopted North Orange County MS4 Permit and any other applicable local, State, and Federal laws. Consultants shall utilize in-house staff and/or sub -consultants to complete assignments to meet the City's standards. For specialized work, for which the prime consultant requires a sub - consultant, the prime consultant shall serve as an administrative liaison between the City and the sub -consultant and shall include these administrative costs in their proposed project management fees. Prime consultant mark-ups for sub -consultant work will not be allowed. All proposals, plans, drawings, specifications, estimates, grant applications, modeling, studies, presentations, and/or reports will be subject to the final approval and satisfaction of the City. The selected consultants must have the expertise, experience, and demonstrated resources available to perform the work described in this RFP. The City desires to enter into Agreements with the three top-ranking firms for an initial three (3)- year term, with a City option to exercise one (1), two (2)-year extension period. The annual amount to be expended under the Agreement will vary at the City's discretion and will be dependent on available grant funding opportunities and local match availability. A. SCOPE OF SERVICES Work under this Agreement may include, but is not limited to, the following tasks below: 1) Project Planning/Feasibility Studies Firms shall be capable of performing the following tasks: a. Hydraulic computer modeling b. Stormwater sampling/monitoring/data analysis c. Flow monitoring studies d. Mapping services e. Hydrologic calculations f. Preparation/review of Water Quality Management Plans (WQMP) g. Conceptual design/drawing h. Percolation rate testing/geotechnical reporting i. Coordination with outside agencies j. Project presentations k. Researching existing field conditions and utilities 1. Cost benefit analyses in. Technical feasibility and project impact analyses n. Drafting project planning documents o. Monitoring and alerting the City of potential grant funding opportunities City of Santa Ana RFP 20-102 Page Al-2 o. Any other work required to successfully plan for projects and adequately assess project feasibility 2) Environmental Documentation/Permitting Firms shall be capable of performing the following tasks: a. Prepare and file all necessary environmental documents and apply for all required permits including, but not limited to: i. California Environmental Quality Act (CEQA) ii. National Environmental Policy Act (NEPA) iii. Federal Clean Water Act Section 401 iv. Federal Clean Water Act Section 404 v. California Department of Fish and Wildlife (CDFW) Section 1602 vi. Orange County Sanitation District (OCSD) Discharge Permits vii. Orange County Flood Control District (OCFCD) Encroachment Permit 3) Project Design Firms shall be capable of performing the following tasks: a. Land Surveying b. Civil -Engineering Design c. Structural Design d. Geotechnical Design e. Architectural Design f. Electrical Design g. Mechanical Design h. Instrumentation and Control Systems Design i. Landscape Architecture and Irrigation Design j. Detailed Engineering/Cost Estimation k. Preparation of construction bid documents and specifications 1. Any other work required to complete project design General Requirements and Project Deliverables Design level survey and base mapping of the prof ect site shall be prepared in US Customary English units by a California licensed Land Surveyor in accordance with the City guidelines and in Microstation V8i Computer Aided Design and Drafting (CADD) format. The horizontal datum shall be NAD 83 and the vertical datum shall be NAVD 88. All survey field notes shall be on forms provided by the City, shall be neatly completed in pencil, and shall become property of the City upon completion of the project. Informal field investigations including marking of removal areas may be required for some of the sidewalk, curb and gutter, and pavement replacement projects. City of Santa Ana RFP 20-102 Page Al-3 The Consultants shall contact manufacturers and/or contractors to verify the engineer's estimate prior to submitting to the City. Specifications shall be prepared in Microsoft Word and an electronic copy of the final version shall be furnished to the City. The City will provide the specification boiler plate to the Consultants. If requested, all preliminary and bid sets of plans shall be plotted on bond or velum paper using Microstation V8i CADD software program. All drawings shall be completed per the City of Santa Ana CADD Standards and any special provisions thereof. For interim submittals, the City may opt to receive only PDF versions of the plans for reviewing purposes. If so, the Consultant team will provided plans and/or specifications accordingly. All original plan sheets, the title sheet of the specifications, calculations, and reports shall be signed and stamped by the Consultants' licensed professional engineer responsible/in-charge of the project. The Consultants shall monitor project progress, maintain project files, and control the quality of the work performed by in-house staff and/or sub -consultants. Incomplete (not meeting targeted completion) or poor quality work will not be accepted. The Consultants shall revise the documents within a revised schedule set by the City, which may require overtime. No additional compensation necessary for the consultant to complete this work to the satisfaction of the City shall be approved by the City for the required revisions. It is the responsibility of the Consultants to produce a professional -level quality of work product. The Consultants shall coordinate plan check, design topics, permits and any other issues with the City, other Agencies, and all utility companies as required. At the direction of the City, the Consultants shall be the liaison with affected agencies. The Consultants' services for plans specifications and estimating (PS&E) for engineering project preparation and special studies/investigations shall include and be in conformance with the latest editions of the following: Title 24 of the California Code of Regulations (California Building Standards Code), American Water Works Association, California Department of Transportation, the Americans with Disabilities Act, the City of Santa Ana Municipal Code (SAMC), professional Standards established by the City, and or Federal, State and local guidelines established in the project. As part of the preparation of the PS&E, the consultant shall prepare the special provisions pertaining to the items of work included in the plans that are not addressed on the latest editions of the applicable standards. The Consultants shall have complete responsibility for the accuracy and completeness of all documents and plans prepared. The plans will be reviewed by the City for conformity with the requirements of the Agreement. Reviews by the City do NOT include a detailed checking of design or accuracy with which such designs are depicted in the documents and plans. The documents and plans furnished under the Agreement shall be of a quality acceptable to the City of Santa Ana. The criteria for acceptance shall be a product of neat appearance, thoroughly organized, technically and grammatically correct, checked, dated, and having the maker and checker identified. City of Santa Ana RFP 20-102 Page Al-4 The Consultants shall have project management control procedures in effect during the entire time work is being performed under the Agreement. This task shall include the following: • Project Management Plan — at the request of the City, the consultant shall provide a detailed management plan including information and coordination with other agencies to ensure compliance and completion of the (PS&E) packages. This plan shall include all milestones and task breakdown for each of the tasks and subtasks included therein. The Project Management Plan shall be submitted to the Project Manager for review and within 15 calendar days of the issued Notice to Proceed • Deliverables • Quality Control/Quality Assurance (QA/QC) Plan • Project Schedule/Invoicing • Project Correspondence In case of conflict, ambiguities, discrepancies, errors, or omissions, the Consultant shall submit the matter to the City for clarification. The Consultants shall perform engineering design services resulting in contract documents (plans, specifications and cost estimates "PS&E") for various projects on an as -needed basis. However, work tasks may include studies or a variety of engineering tasks. If requested by the City, the Consultants shall provide a Work Plan, which includes a detailed schedule of the assigned project prior to the issuance of a Notice to Proceed (NTP) and/or Task Order. Specific Task Orders with NTP's will be provided for project(s) at the discretion of the City. Work required per Task Order shall comply with the Scope of Services and additional provisions in each Task Order and this agreement. 4) Other Requirements Firms shall be capable of performing the following tasks: a. Assistance with local, State, and Federal Grant applications b. Construction and bidding phase support including, but not limited to: i. Responding to bidder inquiries during the bidding process, including preparation of any addenda. Following award of the construction contract, the Consultant may attend the pre -construction meeting. ii. Reviewing and approving submittals and shop plan drawings. The Consultant shall complete shop plan drawing reviews within two (2) weeks of receipt. Contract Change Order reviews shall be completed within two (2) working days of receipt. iii. Responding to written Requests for Information (RFI) to provide clarification or resolve discrepancies in the contract documents. Responses shall be completed within three (3) working days. iv. Providing periodic field reviews and bringing to the attention of the City any defects or deficiencies in the work by the construction contractor which the Consultant has observed. The Consultant shall have no authority to issue instruction on behalf of the City, or to deputize another to do so. City of Santa Ana RFP 20-102 Page Al-5 c. Attending meetings with City Staff or on behalf of the City d. Development of Project Performance Monitoring Plans, Quality Assurance Project Plans (QAPP), or similar e. Conduct site visits during pre -construction, construction, and post -construction project phases f. Construction management support g. Post -construction phase support including, but not limited to: i. Local, State, and Federal Grant reporting assistance ii. Stormwater sampling/monitoring/data analysis iii. Stormwater quality data upload to California Environmental Data Exchange Network (CEDEN) iv. Project effectiveness assessments v. Provide as -built drawings to the City B. PROJECT SCHEDULE AND PROGRESS Upon request by the City, Consultants shall submit detailed project schedules outlining all project tasks and milestones. Progress review meetings shall be held at intervals deemed appropriate by the City. Consultants shall furnish two copies of all completed work or status update of partially completed work since the last progress review meeting. Progress reports shall be submitted monthly in electronic format indicating achievements and project schedule progress. C. CITY RESPONSIBILITIES The City will provide information in its possession relevant to the completion of the tasks outlined in this RFP. In general, this includes, but is not limited to: • Furnish scope of work and provide general direction as needed for the assigned project • Plan check coordination within the City • Advertise, award, and administration of construction contract • Documents, data, maps, or information relevant to the design of the project • Electronic files (sample plans & specifications, City of Santa Ana's CADD Standards) • Electronic files for title sheets and sheet borders • Facilitate meeting space and coordination at City facilities D. SPECIAL REQUIREMENTS ADDITIONAL WORK Upon request by the City, Consultants shall submit supplemental proposals for Additional Work not called for under the Scope of Services of this Agreement. Consultants must obtain written approval prior to commencing any Additional Work. City of Santa Ana RFP 20-102 Page Al-6 FEE PROPOSAL: In addition to Section IV.B.3 (Submittal Requirements: Fee Proposal) the fee schedule shall be structured as follows: The fee proposal shall include the firm's standard hourly fee schedule. A list of all positions and hourly rates required to perform the services in this RFP shall be described herein. At the request of the City, the Consultant shall provide a more detailed fee proposal when a specific project proposal is requested of the Consultant. OTHER TERMS AND CONDITIONS: 1. The project will be implemented in compliance with the City of Santa Ana's policies, as well as Prevailing Wage law and applicable State and Federal Requirements. 2. The City regards the inclusion of California based designs, engineering, and construction professionals, facilities, and services as part of a Team to be highly desirable, but is not mandatory. 3. The City reserves the right to amend this Request for Proposal by addendum prior to the final dates of submission. 4. All reports, proposals, or other data or materials which are submitted shall become the sole property of the City of Santa Ana with the exception of the confidential Financial Capacity information and fee proposals. 5. All products used or developed in the execution of any contract resulting from this request will remain in the public domain at the completion of this project. 6. The City has an affirmative action program. The purpose of the affirmative action program is to encourage certified minority business enterprises and women business enterprises. All submitting firms must have established affirmative action programs approvable by the City. During the RFP stage, all firms will need to complete a "Certification of Non - Discrimination by Contractors" for each firm on their team. SPECIAL REQUIREMENTS (ATTACHMENT 4) This project may utilize California Department of Transportation rans) grant funds and shall therefore comply with all state and federal requirements. elow referenced forms included in Attachment 4 (Additional Provisions) of the A must be completed in their entirety and submitted with your proposal: Removed via RFP No. 20-102 • LAPM Exhibit - : Sample Cost Proposal Addendum 3 • LAP bit 10-01: Consultant Proposal DBE Commitment Exhibit 10-02: Consultant Contract DBE Commitment City of Santa Ana RFP 20-102 Page Al-7 • LAPM Exhibit 10-K: Consultant Certification of Contract Costs and management System Please reference Caltrans Local Assistance Procedure Manual, Consultant Selection,16apter 10, for further instructions and guidelines pertaining to the completion o these forms: https://dot.ca.gov/-/media/dot-media/programs/local-assistance/documents/la chl0.pdf COMPLIANCE WITH REQUIREMENTS OF FUNDING AGENCY: This agreement may be funded with state and/or federal grant s administered by Caltrans. Proposer shall comply with all requirements as they pertain to a use of these funds. Refer to Attachment 4 for Caltrans required forms, including Exhibit -H — Sample Cost Proposal (H2 for On -Call Contracts) in the Appendix of this RFP. DISADVANTAGED BUSINESS ENTERPRISE BE) GOAL: The Agency has established a DBE goal for thi ontract. Proposers are encouraged to obtain DBE participation for this contract. Refer to bit 10-I — Notice to Proposers DBE Information included in the Appendix of this RF . Proposers must submit Exhibits 10-01 & 10-02 — Consultant Proposal & Contract D Commitment to demonstrate compliance with Agency's DBE goal. CONSULTANT AUDIT D REVIEW PROCESS: Prior to contract away and dependent on contract award amount, the selected Consultant shall be subject to an a It or review by Caltrans' Audit and Investigations (A&I), other state audit organizations the federal government. The selected Consultant shall complete Exhibit 10-K — Consulta!3pAnnual Certification of Indirect Costs and Financial Management System for all prime d sub -consultants in the Appendix of this RFP. To independently download any of the Ca ans Exhibits required per this RFP, visit: https://dot.ca.gov/programs/local- City of Santa Ana RFP 20-102 Page Al-8 SA F �{, iq 1 a� 3h r� On -Call Stormwater Project Design Services RFP NO. 20-102 AUGUST 12, 2020 On -Call Stormwater Project Design Services 14. r rye', r, 16�clec� i Statement of Qualifications TABLE OF CONTENT$ A. Cover Letter ..................................................... B. Contract Agreement Statement C. Firm and Team Experience ................ D. Understanding of Need 1 2 3 7 E. Relevant Project Experience 12 F. References.............................................................................. 20 Appendix-1: Resumes Appendix-2: Non -Collusion Affidavit Appendix-3: Non -Lobbying Certification Appendix-4: Non -Discrimination Certification Appendix-5- Scope of Services & Schedule 0 .�M N TETRA TECH August 12th, 2020 Craig Foster, CPSWQ, QSD/P, NPDES Manager Public Works Agency 20 Civic Center Plz (M-22) Santa Ana, CA 92701 Reference: RFP No.: 20-102, On -Call Stormwater Project Design Services Mr. Craig Foster, Tetra Tech is pleased to submit our proposal to provide On -Call Professional Stormwater Project Design Services for the City of Santa Ana (City). Tetra Tech brings the City a record of distinguished, successful implementation and completion of stormwater services for large regional capture projects and small-scale public works projects involving the preparation of Water Quality Management Plans (WQMP). The efficient execution of this contract requires a talented team that is balanced with technical expertise and effective leadership, which is exactly what Tetra Tech offers. We will provide the most innovative, efficient, and cost- effective solutions to the City based on the following: Extensive Regional Stormwater Experience: Members of our team bring a wide breadth of stormwater design knowledge. Within the last 5 years, members of our team have been involved in the design of numerous regional stormwater capture projects throughout Southern California including three (3) fully constructed projects, three (3) projects nearing the end of construction, and one (1) project that recently commenced construction. Our knowledge depth gives us the ability to identity issues early in the design phase and provide solutions or propose mitigation measures to be incorporated into the Contract Documents to save the City time and money during construction. Local Staffing and In-house Capabilities: We can best serve the City on this on -call due to our ability to provide most of the key disciplines and services in-house, leading to an efficient and well -coordinated set of construction documents. We can self -perform the project planning, feasibility studies, environmental documentation, permitting, project design excluding landscape architecture and irrigation, bid support, construction support, and post -construction support tasks with top-notch professionals that have built expertise in regional stormwater projects. This brings consistency and the ability to execute with no learning curve. Although we can draw from a large pool of nationwide resources, our Irvine office has experienced staff ready to mobilize at a moment's notice to meet the City's needs. Professional Commitment to the City: The opportunity to be a part of the elite group of consultants serving the City is of great importance to everyone at Tetra Tech. Thus, our approach will be focused on responsive service, flexibility, and a "teamwork and partnering" mindset with your staff. It is this approach that facilitates the exchange of ideas, as well as resolves potential design/construction issues in a timely manner to meet established schedules. Our goal is to exceed your expectations through hard work, attention to detail, and frequent communication. As Principal -in -Charge, I certify that I have the authority to negotiate contracts on behalf of Tetra Tech, and I am authorized to make representations for our organization. Please feel free to contact me at (805) 305-0150, or jason.fussel@tetratech.com, if you have further questions or requests for additional information. Sincerely, Jason Fuss ll, PE, PLS, LEED AP, ENV SP, QSD/P Vice President 17885 Von Karman Ave., Suite 500, Irvine, CA 92614 1805.305.0150 1 www.tetratech.com 1. Indemnification (s): changes requested on this page were not Tetra Tech requests that the Duty-tI Do-fendnin this proviso fbe ehm ated. Tetra Tech also re uestsThe io vwine exito baegeleetee ust com Ilse. n,itM q g j pensat�on, r titution, judicial or equitable relief'; this occurs several times in the Indemnification provision. 2. Limitation of Liability: None. Tetra Tech requests the City of Santa Ana to add this text. a. Limitation of Liability. In recognition of the relative risks and benefits of the project to both the City and Design Professional, the risks have been allocated such that the City agrees, to the fullest extent permitted by law, to limit the liability of Design Professional and its subconsultants to the City and to all construction contractors and subcontractors on the project for any and all claims, losses, costs, damages of any nature whatsoever or claims expenses from any cause or causes, so that the total aggregate liability of Design Professional and its subconsultants to all those named shall not exceed $50, 000 or the amount of Design Professional's total fee paid by the City for services under this Agreement, whichever is the greater. Such claims and causes include, but are not limited to negligence, professional errors or omissions, strict liability, breach of contract or warranty. b. We are willing to assume responsibility for our work in reasonable measure, but cannot accept unlimited liability or liability grossly out of proportion to our fee. 3. Termination (21): Tetra Tech requests that the City of Santa Ana provide mutual rights for termination of the agreement. City of Santa Ana - : TETRA TECH a \ PROPOSALFOR On-Call St:rmwater Project Design Services ' RFP NO.: 20402 Firm and Team Experience Siice 1966, Tetra Tech has been addressing our clients' most complex needs. Our mission is to be the premier worldwide consulting and engineering firm. At Tetra Tech, we seek clear sustainable solutions that improve the quality of life. We embrace safety and sustainability in or business and operations. TETRA TECH BY THE NUMBERS irovider . it services ' 54 450 cearch andoffices nical planning, years in business worldwide F 20 global �000 personnel XPERTISE 300 local personnel within local area in Southern past 5 years Services to the City of Santa Ana ist !n-call list. $2.8M in contracts over 5 years zozo Q v Tetra Tech WATER Southern California Offices 17 years in a mwf Subconsultant: Sustainable Landesign Tetra Tech has selected Sustainable Landesign to assist with landscape/ Sustainable irrigation scope. Sustainable Landesign is a certified small business (CA DGS 0%6i Landesign SB) landscape architecture and planning firm that specializes in sustainable/ green infrastructure, stormwater capture and treatment design implementation, as well as integration of aesthetical enhancements to civil engineering solutions. Subconsultant: Richard Watson & Associates, Inc. Richard Watson & Tetra Tech has selected Richard Watson & Associates (RWA) to assist with Associates, Inc. funding source support. RWA is an urban planning and development services firm based in Mission Viejo, California. We serve clients locally and internationally, utilizing extensive project experience and a practical, problem -solving approach. PROPOSALFOR On -Call Stormwater Project Design Services RFP NO.: 20-102 OUR TEAM As illustrated in the organization chart below Tetra Tech has assembled our personnel based on individual strengths, technical skills, and experience working together. We tailored our team composition to fit specific scopes of work and provide benefits to the City, including: ■ One Tetra Tech team, our team is able to self - perform a majority scopes of work required ■ Providing a team that is local, experienced, and seamlessly transitions into the roles required under each on -call task order ■ Strategically use personnel who have availability, for continuity between task orders ■ Select team members with extensive on -call and stormwater experience and expertise Availability percentage indicated for key personnel below, all other staff will have 80% or greater availability when needed by the City Jason Fussel PE, PLS, ENV SP, LEED AP, QSD/P* (209/o) P •' • �i Nate Schreiner, PE, QSD* (60%) Aaron Yonker, PE, QSD/P* (20%) 40 DEPUTY PROJECT MANAGER Justin Smith I . PE* .0 PROJECT PLANNING / FEASIBILITY STUDIES / ENVIRONMENTAL Hydrology/Hydraulics Chung Cheng Yen, PhD, PE* Andy Gong, PE Public Outreach Jamie Sayre, PhD, PE* Geotechnical Peter Skopek, GE, PhD* Fernando Cuenca, GE, PhD* Mapping/Sampling/ Monitoring/Analysis Clint Boschen* (40%) Tim Tringali, QSD/P, QISP* WQMP Justin Smith, PE* Craig Ziel, PE Utility Research. Eric Martin, PE* Environmental/Permitting Paula Fell* (40%) 160 Derrick Coleman* Pre -Design Reports Jamie Sayre, PE, PhD* Elva Pangilinan, PE, ENV SP, CDT* Funding Source Support Richard Watson, AICP* DESIGN/CONSTRUCTION/POST • • Civil Site Design Mechanical Design Construction/ Elva Pangilinan, PE, ENV SP, CDT* Tim Joyce, PE* Post -Construction Support Justin Smith, PE* Beverly Encina, PE Jeff Atijera, PE* Tyler Parra, PE Kyle Bohn, PE Tim Tringali, QSD/P, QISP* Structural Design Electrical/Control Design Landscapeflrrigation Mike Olsen, PE* Mazen Kassar, PE* MauricioArgente, RLA* Mark Nayra, PE Nicole Han, PE (Sustainable Landesign) Brett Boehmke, PE Astrid Fleischer, PE Land Surveying Cost Estimating Architectural Dan Helt, PE, PLS* Chris Jansen, PE, LEED GA* Marcel Bodsky, RA Kyle Streeter, LSIT *Resume provided. Additional resumes can be provided upon request -- city�iSantaAna I - _;--:_a - TETRA TECH Mr. Schreiner will be the primary point of contact for the City and will manage Mr. Schreiner is a civil engineering project manager at Tetra Tech's office in He manages domestic projects on behalf of government clients, applying a successful 14-year history of project management, hydrologic and hydraulic modeling, civil engineering design, condition assessments of a variety of infrastructure, and cost estimating. He most recently served as project manager for numerous on -call contracts with various public agencies in the Southern California area including Orange County Public Works, L.A. Metro, City of L.A., John Wayne Airport, Riverside Developer (QSD), Mr. Schreiner has ample experience with providing Prevention Plans (SWPPP) for construction activities. Mr. Fussel will act as principal -in -charge on behalf of Tetra Tech. Mr. Fussel's civil engineering experience totals nearly two decades with the majority of it being focused on stormwater projects. His significant involvement in Low Impact Development (LID) and Stormwater Pollution Prevention and reduction projects in Southern California, specifically as Engineer of Record for several important Proposition "O" projects for the City of Los Angeles, Caltrans funded projects, and Proposition 1 projects provide the foundation for his continued leadership in the industry. To date, Mr. Fussel has been the design lead for the design and implementation of more than $100 million in construction cost, while also providing leadership and technical advice for numerous feasibility and conceptual studies. He has signed and sealed more engineering drawings for regional stormwater capture projects than any other engineer in Southern California. Mr. Smith has been a part of the Tetra Tech team for 8 years and brings extensive knowledge in civil engineering from his involvement in a variety of municipal projects of varying size and funding. His design experience includes parking lot and roadway geometrics, pedestrian accessibility improvements, bike trails, parks, construction and post -construction stormwater BMPs, storm drain improvements including hydrologic and hydraulic design, overall utility plans, structural design, and grading activities varying from mass grading to final precise grading plans. His other experience includes cost estimating, preparing specifications, providing construction/post-construction support, performing utility research, and coordinating with the project team and outside agencies. Mr. Smith is currently working with the City on the Lincoln Avenue Pedestrian Pathway and First Street Pedestrian Improvements Projects. City of Santa Ana © _ - _ TETRA TECH Mr. Yonker provides over 16 years of experience and will act as quality control manager on behalf of Tetra Tech. Yonker's experience water, and wastewater system analysis modeling and design, drainage analysis modeling and design, construction administration and management, and wastewater regulatory compliance Yonker has worked with FHWA Federal Auditors through the federal audit process on construction and streetscape improvement is Caltrans Resident Engineer Certified, and has extensive knowledge and experience as a resident engineer during his earlier career Mr. Boschen has more than 23 years of professional experience providing technical and program management support to federal, state, and local water resource agencies. He leads Tetra Tech's TMDL, water quality, and stormwater management support for municipalities in southern California, USEPA Region 9, State and Regional Water Quality Control Boards, and other organizations. He is also the Program Manager for Tetra Tech's watershed, water quality, monitoring, engineering, and regulatory on -call support to Orange County Public Works. Key projects include Bacteria TMDL development for Orange County watersheds and stormwater BMP analyses to support a regional cost -benefit analysis study, Santa Ana MS4 permit support including recommendations for streamlining the Dry Weather Monitoring (DWM) program, watershed planning, and development of a Comprehensive Human Waste Source Reduction. Ms. Fell has over 26 years of experience preparing environmental/ permitting documentation and over 22 years in a senior management role. She has prepared and managed California Environmental Quality Act/National Environmental Policy Act (CEQA/NEPA) documents including Initial Studies (ISs), Mitigated Negative Declarations (MNDs), Environmental Impact Report (EIRs), Environmental Assessments (EAs), and Environmental Impact Statements (EISs), for projects throughout California on behalf of federal, state, regional, and local agencies and private clients. Her expertise also includes data collection and analysis on environmental issues such as visual resources, land use, public services, biological resources, socioeconomics, recreation, and utilities. Ms. Fell provides the added value of working with the City of Santa Ana on the Washington Avenue Lot Well and Facility; Well No. 39; and Well No. 32. City of Santa Ana . - _.. _ - TETRA TECH Our team understands that the City of Santa Ana needs a team that can demonstrate strong performance in the following areas to meet all the agencies, and community acceptance. These unique challenges require an experienced team who have not only navigated these issues first - demands of the anticipated projects and ultimately hand, but also have an array of proven solutions to deliver a successful project: 1. Extensive and innovative regional stormwater capture implementation experience 2. Considerable CEQA Experience 3. Staffing with local knowledge and depth of technical expertise 4. Strong project management and quality control EXTENSIVE AND INNOVATIVE REGIONAL STORMWATER CAPTURE IMPLEMENTATION EXPERIENCE Developed open spaces serve as integral parts of communities. Preserving and/orimproving these existing uses of the open spaces are a critical element to regional stormwater capture to ensure community and agency acceptance. These multi -benefits are realized through creative innovations in stormwater capture and open space design that maximize the site efficiency. The design and implementation of regional stormwater capture projects are rife with unique challenges that have pushed projects to construction and completion. Our team is committed to develop designs that provide multiple benefits that go beyond the simple technical engineering needed for project implementation, utilize innovative techniques and technologies that will increase the project performance, incorporate stormwater treatment efficiency that advance progress towards regulatory compliance, as well as leverage all knowledge learned on the three (3) fully completed projects, three (3) projects nearly complete, and one (1) project that recently commenced in a heavily utilized urban corridor. DESIGN FOR MULTI -BENEFIT Regional stormwater capture projects are not solely an underground reservoir for water infiltration and/or treatment but also serve as an opportunity to improve/maintain the above ground features for the City and local community. Our team is well versed with the driving stormwater related to their physical location, regulating regulations and have implemented multiple City of Santa Ana P i regional stormwater capture projects that incorporate park improvements including, but not limited to, Bolivar Park, Albion Riverside Park, Caruthers Park, and Mayfair Parks. Additionally, our team has implemented projects under parking and maintenance areas including the Santa Monica Clean Beaches Initiative and between two (2) roadways, such as the Culver Boulevard Project. These multi -benefit projects proved successful in their blending of usable open space and water quality improvement which we will carry into the design of any City project. INNOVATION New technologies and state of the science practices are constantly being developed and introduced to the stormwater management field. Relationships with academia, similar municipalities, and proprietary vendors provide continued learning and knowledge of the most recent practices being implemented throughout the state and nation. We pride ourselves in staying informed of the state of the science and share our experiences with others through publication and conferences to further those relationships. The Bolivar Park project is considered the first "smart regional stormwater BMP" and went on to win the 2016 Environmental Business Journal Award for Innovative Technology and the CASQA Outstanding Stormwater BMP Implementation Project of the Year in 2019. Combining our experience developing standard details for stormwater capture, optimal design configurations, and full plans and specifications with our intimate knowledge of the policies and procedures of the City, our team is poised to provide cutting -edge, state of the science solutions to integrate stormwater capture facilities with open space development plans. - GifyzofSanta Ana PROPOSALFOR On -Call Stormwater Project Design Services RFP NO.'20-102 EFFICIENCY Stormwater capture projects require an understanding of the flow patterns and property use to generate a design that maximizes efficiency while minimizing cost and protecting the beneficial uses. Efficiency can only be measured through an exhaustive generation of project implementation scenarios that vary diversion rates and chamber volumes while measuring their pollutant removal performance and anticipated costs. Our extensive experience has afforded us the opportunity to develop tools and procedures that allow for creative innovation while also ensuring project delivery efficiency through the modeling of thousands of possible sizing and diversion combinations. Utilizing these tools, our team successfully lowered the needed size from the initial concepts for the Culver Boulevard Stormwater and Filtration project while still achieving the same pollutant removal efficiency, saving the City millions of dollars. The availability of these vast amounts of data IJ TETRA TECH inform better decisions and understanding of the impacts of constraints. Regional Stormwater capture projects not only require a thorough understanding of the project site but also need to be understood within the context of the watershed management objectives and TMDL requirements. Projects upstream and downstream of these projects will directly impact the performance of the system and ensuring their inclusion during the concept design analysis will safeguard both project and watershed efficiency. These flow routed, embedded scenarios and designs are unique to our team, pulled from experience in watershed master planning thus leading to a more informed design that considers the larger watershed context. For the City of Los Angeles Stormwater Capture Parks Program, the Tetra Tech team is leading a programmatic watershed analysis of nine (9) projects to ensure efficient capture and place greater emphasis on the top projects through modeling and optimizing all projects simultaneously. PROPOSALFOR On -Call Stormwater Project Design Services RFP N0.20-102 CONSIDERABLE CEQA EXPERIENCE Environmental stewardship must be a key component in the design and implementation of regional stormwater capture projects. The CEQA process and requirements vary significantly from project to project presenting unique challenges in ensuring compliance with all environmental regulations. Additionally, the public comment periods can impact the CEQA process thus lengthening schedules and increasing costs. Our team provides an experienced group who have prepared CEQA documentation on similar types of projects throughout Southern California. Our public outreach and early intervention and collaboration with the public will assist in identifying red flag community issues early in the project design process, providing the City and project design team the opportunity to address the concerns through design or mitigation before the issues become intertwined with the CEQA process thus speeding up the project adoption and compliance with all CEQA concerns. Our team is deeply aware of the CEQA analysis impacts to projects of these magnitudes. Two primary qualities our team takes pride in is our attention to detail and breadth of professional knowledge and experience of staff. The CEQA analysts on our team work very closely with project proponents, CEQA lead agencies, and other regulatory agencies to ensure timely completion of environmental documents and permits even under tight schedules. We know and understand the importance of collaborating between the planning and design teams at the beginning of the project's design life so that environmental impacts and constraints can be taken into consideration early in the planning process. City of Santa Ana _ _ _ - TETRA TECH STAFFING WITH LOCAL KNOWLEDGE AND DEPTH OF TECHNICAL EXPERTISE Members of our project team are locally based and are deeply invested in projects that will improve the local water quality and provide beneficial public space. Having an adequate amount and necessary type of resources are critical to the success of a project. Inadequate resources can result in project delays and/or poor execution of required tasks. Tetra Tech is ready to provide support to the City with our experience and knowledge to quickly resolve technical issues and challenges. The Tetra Tech team can provide the specialized expertise and the depth of resources necessary to meet or exceed the City's variable project requirements including providing the following services. • Hydraulic computer modeling • Stormwatersampling/monitoring/data analysis • Flow monitoring studies • Mapping services • Hydrologic calculations • Preparation/review of Water Quality Management Plans (WQMP) • Conceptual design/drawings • Percolation testing/geotechnical reporting • Coordination with outside agencies • Project presentations • Researching existing field conditions and utilities • Cost benefit analyses • Technical feasibility and project impact analyses • Drafting project planning documents • Grant funding support • Environmental documentation • Permitting support • Land surveying • Preparation of plans, specifications, and estimates PROPOSALFOR On -Call Stormwater Project Design Services RFP NO.: 20-102 (PS&E) involving civil, structural, architectural, geotechnical, electrical, mechanical, instrumentation & controls, and landscape architecture & irrigation design disciplines • Assistance with local, State, and Federal Grant applications • Bid, Construction, and Post -Construction Support PROJECT MANAGEMENT PROCEDURES Successful on -call service contracts require a diverse and highly talented team, made up of specific engineering and design disciplines, as well as responsible project management. No matter the task that is being requested, each project requires: • Delivering a project within budget and on schedule • Coordinating with appropriate agency representatives • Implementing a Quality Assurance/Quality Control Plan to increase the excellence of the end product • Teamwork development and meeting participation -'GityWSanta Ana __ _, - TETRA TECH M PROJECT/COST CONTROL For project development, Tetra Tech will use a Project Management/Control System which we have used successfully on numerous municipal projects. The core of this system is a monthly Project Management Report. CRITICAL PATH METHOD (CPM) SCHEDULES Tetra Tech will approach the development of a detailed work plan very seriously. The project team will meet at project initiation to collectively determine the smaller work tasks required to complete the major work activities as established in the Scope of Services. A sequencing plan of these smaller work tasks, using precedence format, will be developed which in turn will determine the overall schedule. The series of work tasks and resulting schedule will be diagrammatically exhibited as a Critical Path Method (CPM) flow chart. This flow chart, which highlights the critical path, will be used to base our determination of the intermediate project milestones. QUALITY ASSURANCE/QUALITY CONTROL: At Tetra Tech, our methods and techniques for Quality Control (QC) are employed in all phases of work to ensure that the quality requirements PROPOSALFOR On -Call Stormwater Project Design Services RFP NO.. 20-102 are fulfilled for our clients. Quality Assurance (QA) is integral to our culture and processes and is ingrained in each task to be properly implemented. Our Quality Assurance has been responsible for driving down the lead time for Project Delivery and reduces the overall cost of the project by minimizing quality checks, rework and agency delays. The Quality Check process is a formalized step in the delivery process that requires all documents and deliverables to go through an independent review prior to release. The goal is simple: ensure that the product meets the expectations of the client and does not require the City to review the deliverables. This goal keeps rework down and achieves two primary goals: reducing cost and time. • First, the QC Manager will conduct a formal review of the deliverable highlighting all reviewed work and redlining the set. Once the review is finished and verified that all redlines have been addressed, the Project Manager will review the set to look for constructability and interdisciplinary issues. The final phase is a peer review to produce an independent quality check prior to submittal. This process fixes mistakes, verifies compliance with design criteria and codes, and provides feedback to the design team. Furthermore, the process is audited to keep the managers accountable for following the quality check process. City of Santa Ana I TETRA TECH REGIONAL STORMWATER CAPTURE Table EA located on page 13 summarizes large regional stormwater capture projects that have been specifically designed by the individuals on this team to meet TMDL requirements. The table highlights the relevance of each project to the scope of work and demonstrates the depth of regional stormwater capture experience of the Tetra Tech team. It should be noted that a significant portion of our regional stormwater capture experience is located within the County of Los Angeles. The primary reason this is the case is that water quality requirements of the MS4 Permit in Los Angeles County have spurred massive investment in these projects over the past six years. The Los Angeles Regional Water Quality Control Board adopted the MS4 Permit in 2012 which approved development of Watershed Management Programs and associated Reasonable Assurance Analysis for municipalities to demonstrate their pathway towards compliance with the water quality objectives and has been the lead for MS4 compliance throughout California. These programs identified specific regional stormwater capture opportunities that have now transitioned into design and construction. Our goal is to bring our deep bench of experience from the early projects in Los Angeles County to the City of Santa Ana and continue forward in regional stormwater capture through innovative and creative solutions that will be tailored to the City's local conditions and needs. - - - City of Santa Ana TETRA TECH Bolivar Park Stormwater Capture, City of Lakewood (RC) Santa Monica Clean Beaches Initiative, City of Santa Monica (RC) Albion Riverside Park, City of Los Angeles (RC) Culver Blvd. Stormwater Filtration, City of Culver (RC) Mayfair Park Stormwater Capture, City of Lakewood (RC) Caruthers Park Stormwater Capture, City of Bellflower (RC) Carriage Crest Stormwater Capture, Los Angeles Co. San. Dist. (RC) First Street Pedestrian Improvements, City of Santa Ana Multi -discipline Watershed and Regulatory Support, Orange County Public Works AlondralAdventure Park Stormwater Capture, Los Angeles County (RC) Aliso Creek -Limekiln Creek Restoration, City of Los Angeles (RC) Holbrook -Palmer Park Stormwater Capture Project, Town of Atherton (RC) San Fernando Valley Stormwater Capture Parks Programs (4 Park Locations), City of Los Angeles (RC) San Fernando Valley Stormwater Capture Parks Programs (5 Park Locations), City of Los Angeles (RC) U T Of N _U C u n ai5 O C N U N N fltm y Q AN N O O C C '.�-.. o� a >. >. o .E aUico m L) f � o am a � wa co � a Ca mo 4.9 5.1 8.0 14.6 9.7 11.0 N/A N/A 53.5 5.7 9.0 165.2 Total 88.6 Total , t EXPERIENCE Bolivar Park Stormwater Capture Project Lakewood, CA Tetra Tech was contracted by the City of Lakewood to evaluate two potential site locations for the development of the Lakewood Stormwater and Runoff Capture Project: Mayfair Park site and the Bolivar Park site. Tetra Tech provided a Project Engineering Study Report (PESR) that represented 10% design completion level and described the evaluation of the two sites with all site investigation, hydrology and hydraulic, and water quality data and analyses to provide a recommendation for site selection. The Bolivar Park project consisted of an air -inflated rubber dam diversion system to redirect all urban runoff and stormwater runoff from the Del Arno channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will then convey the water into a large, buried multi -chambered storage/infiltration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud -based system. The goal of the project was to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits such as revitalized park infrastructure and augmentation of local water supplies. As one of the first cities to receive stormwater funding to support Caltrans with stormwater compliance units, the success of this project serves as a model for other agencies to follow. This project received the 2018 APWA Best Award in the Storm Water Quality category, and was selected to receive the CASQA Project of the Year awarded in October 2019. GifyW Santa Ana TETRA TECH Santa Monica Clean Beaches Initiative Santa Monica, CA City of Santa Ana EXPERIENCE Tetra Tech designed and oversaw the construction of the Clean Beaches Initiative Project for two separate drainage basins at the Santa Monica Pier and Pico-Kenter Drainage Basins. This project is a major effort to improve beach water quality from storm water runoff and increase the City's drought resiliency. Wet -weather flows are treated and diverted from the Pier watershed to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The Santa Monica Pier watershed improvements includes a flow diversion structure that directs stormwater from the 106-acre Pier watershed into a subsurface storage facility with a storage capacity of 1.6 million gallons. The stored water is pumped to SMURRF and distributed for non -potable uses or to the sanitary sewer. The surface was improved with a new parking lot that is consistent withx the City's Zoning and Municipal Code, which included improvements for parking lot lighting, permeable pavement, andr landscaping features. The Pico-Kenter project components consist of a diversion structure to divert 80,000 gallons of the "first flush" of urban runoff for treatment at SMURRF and ultimately distributed for non -potable uses. A portable pump was provided to drain the post -storm pond that forms downstream of the outfall at the beach. This project was funded by the Proposition 40 Clean Beaches Program, with a local match from the City Clean Beaches and Oceans Parcel Tax Fund. This project was selected for the Envision Gold Award, and the APWA Project of the Year Award. ITETRA TECH Albion Riverside Park Los Angeles, CA EXPERIENCE The City of Los Angeles selected Tetra Tech to provide pre - design, design, and construction support services for the Albion Riverside Park Project, located adjacent to the Los Angeles River. The project involved transforming a six -acre site, previously used for dairy warehousing and distribution, into a riverfront park and recreational facility that benefits nearby disadvantaged low-income neighborhoods. This important water quality project is part of the City's overall efforts through the Proposition 0 Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. The overall project objective was to develop the project site and implement Low Impact Development (LID), Green Infrastructure, and Best Management Practice (BMP) measures to improve the water quality of stormwater prior to discharging into the Los Angeles River and ultimately into the Pacific Ocean. In addition to collecting, treating and infiltrating on -site runoff, the project diverts stormwater and dry weather flows from an existing storm drain. The diverted flows are then treated and infiltrated, or used within the park. The BMPs installed included bioretention facilities, bioswales, and pervious pavement subsurface infiltration areas. The remainder of the park was developed for recreational uses, educational purposes, and improved access along the river. Recreational amenities at the site included multi purpose athletic fields, walking paths, adult fitness zones, children's play area, picnic area, a new parking lot with permeable paving, site landscaping and a plaza. -=Cifytof-Santa Ana - i TETRA TECH Culver Blvd. Stormwater Filtration and Retention Culver, CA 'ERIENCE This project will maximize pollutant and stormwater capture by diverting dry -weather and wet -weather stormwater flows at a rate of up to 50 cubic - feet -per -second from two stormwater facility locations; a 66-inch reinforced concrete pipe located at Harter Avenue and an 87-inch reinforced concrete arch pipe located at Sepulveda Boulevard. Diverted stormwater flows are first sent to one of two pretreatment units to remove trash and sediments and then to a concrete underground storage facility capable of providing up to 8-acre-feet of storage. Stored water is pumped to the post -storage filtration system where it is polished for final pollutant removal before being returned to downstream storm drain channels and receiving waters. As an added benefit of this project, treated stormwater will be used to offset potable water irrigation demands on the newly constructed 58-ft wide raised landscape median and at nearby Veterans Park. To reach a consensus with the residents for both projects, Tetra Tech prepared a comprehensive Outreach Community Engagement Plan, coordinated with the Citizens Advisory Committee, and participated in community outreach meetings to encourage full and early community/ stakeholder participation in the project. Tetra Tech has completed the final design (PS&E) for these projects and will continue to provide engineering support during construction. Construction on this project occurred during late summer of 2019 and is anticipated to be completed by the end of 2020. - - - - 6itKofSanta Ana - - . - TETRA TECH Mayfair Park Stormwater Capture Project Lakewood, CA EXPERIENCE Tetra Tech was contracted by the City of Lakewood to evaluate and design a Caltrans funded Stormwater and Runoff Capture Project at Mayfair Park in Lakewood. Tetra Tech provided a Project Engineering Study Report (PESR) that included all necessary site investigation, hydrology and hydraulic, water quality data and analyses and geotechnical investigation for deep infiltration to provide a recommendation for treatment train selection and implementation. The Mayfair Park project consists of an air -inflated rubber dam diversion system to redirect all urban runoff and stormwater runoff from the Del Arno Channel through a pre- treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi -chambered storage/infiltration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas, discharge to the sanitary sewer and additional filtration for discharge back to the channel. The system will monitor the weather conditions and the facility through a secured cloud- based system. The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. As one of the first cities to receive stormwater funding to support Caltrans with stormwater compliance units, the success of this project will be a model for other agencies to follow. City of Santa Ana TETRA TECH Caruthers Park Stormwater Capture Bellflower. CA City of Santa Ana EXPERIENCE Tetra Tech provided pre -design, design, and construction support services for this Caltrans funded stormwater capture project at Caruthers Park in Bellflower, CA. The Caruthers Park Water Capture Project consists of a gravity diversion from two separate Los Angeles County Flood Control District storm drain lines; a 72" RCP line that drains 261 acres of the Los Cerritos Channel, and a 38' wide rectangular concrete channel that drains 2,995 acres of the Lower San Gabriel River. The diverted flows pass through a pretreatment system to remove trash, debris, and sediment. The runoff is then passed into a large buried multi -chambered storage/infiltration facility that will be treated and used to irrigate the park. Flows in excess of the required irrigation demands will pass into the infiltration gallery to be exfiltrated through the soil to eventually combine with the ground water. The system uses active controls to monitor the weather conditions and empty the facility through a secured cloud -based system. This project helps the City comply with their bacteria and metals TMDL, while providing additional benefits of potable water offset and park revitalization. TETRA TECH EXPERIENCE Carriage Crest Stormwater Capture Project Los Angeles, CA Carriage Crest Park was identified in the Dominguez Channel Watershed Management Group EWMP as a high priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. This area discharges into Wilmington Drain which subsequently discharges into Machado Lake. The overarching objective of the project is to improve the quality of Machado Lake by eliminating dry -weather runoff and reducing wet -weather pollutant loading. The City of Carson entered into a Cooperative Implementation Agreement (CIA) with Caltrans to fund the Carson Water Capture Project at Carriage Crest Park. The City of Carson entered into a subsequent agreement with the Sanitation Districts of Los Angeles County (LACSD) to manage the project. Tetra Tech developed the preliminary engineering design report which included the analysis and developed innovative water use and treatment scenarios including (1) diversion to the sanitary sewer for treatment at the adjacent Joint Water Pollutant Control Plant (JWPCP), (2) onsite non - potable use to offset potable water demand, and (3) onsite filtration using a subsurface filter media bed. Tetra Tech prepared the detailed design drawings, cost estimates, and specifications for the pre -cast structures package for the construction of the regional stormwater BMP facility, and Tetra Tech is also currently providing support during construction. City of,Santa Ana TETRA TECH On -Call Stormwater Project Design Services 14 Appendix 1: Resumes N PLS, LEED AP, Principal -in -Charge Mr. Fussel has extensive and relevant experience in the stormwater and Best Management Practice (BMP) arena, which includes successful implementation of sustainable design practices for a vast array of improvement projects. His significant involvement in Low Impact Development (LID) and Stormwater Pollution Prevention and reduction projects in Southern California, specifically as Engineer of Record for several important Proposition "O" projects for the City of Los Angeles, Caltrans funded projects, and Proposition 1 projects provide the foundation for his continued leadership in the industry. To date Mr. Fussel has been the design lead for the design and implementation of over $100 million in construction cost. Mr. Fussel continues to improve upon his expertise through attending various LID conferences and presenting the fundamentals and approach to BMP design to colleagues and the public through engagement seminars and discussions. As a Qualified SWPPP Practitioner (QSP) and Qualified SWPPP Developer (QSD), Mr. Fussel has ample experience with providing Stormwater Pollution Prevention Plans (SWPPP) for construction activities and Water Quality Management Plans (WQMP). Additionally, Mr. Fussel is an Envision TM Sustainability Professional and LEED Accredited Professional. Stormwater Capture Parks Program, City of Los Angeles, Bureau of Engineering, Los Angeles, CA. 2019 - Ongoing. Program Manager. Mr. Fussel is serving as the Program Manager for the City of Los Angeles' Stormwater Capture Parks Program, for which he is overseeing pre -design services for the development of four stormwater capture projects as part of the second largest stormwater program undertaken in the state's history. In addition, Mr. Fussel is leading a programmatic watershed analysis of nine (9) projects to ensure project goals are met and to determine possible efficiencies in linking multiple project sites together and measuring their performance. Albion Riverside Park Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Project Engineer and Assistant Project Manager. Mr. Fussel was responsible for overseeing the pre - design services for the Albion Riverside Park Project. Tetra Tech also provided design and construction support services. The project, located adjacent to the Los Angeles River, involved transforming a six -acre site, previously used for dairy warehousing and distribution, into a riverfront park and recreational facility that will benefit nearby disadvantaged low income neighborhoods. In addition, the City is using the redeveloped property to increase the current capacity for managing stormwater runoff. City of Santa Ana _ - _ TETRA TECH This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. In addition, the project was designed to achieve a Platinum EnvisionT"^ rating. Santa Monica Clean Beaches Initiative, City of Santa Monica, Santa Monica, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for the design of the site improvements, diversion structure, pretreatment, underground storage reservoirs, and piping systems. The project objective was to improve Santa Monica Beach water quality by increasing the diversion capacity at the Santa Monica Pier and Pico-Kenter storm drain outfalls. The 85th percentile storm event volume would be treated and diverted from the Pier watershed to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The project provided storm drain diversion and runoff storage systems at two separate storm drain outfalls, routed to two subsurface storage areas. 1.6 million gallons will be stored at the historical Deauville Beach Club site and an additional 80,000 gallons will be stored at the Pico-Kentor storm drain outfall. Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for feasibility, conceptual and detailed design services to prepare final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Arno channel through a pre-treatmert system to remove trash, debris, and sediment. A pump station and drainage pipeline conveys the water into a large, buried multi- chambered storage/infiltration facility. The stormwater collected in the underground reservoir is treated and used to irrigate the park's landscaped areas. The system monitors the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). Carriage Crest Stormwater and Runoff Capture Project, Sanitation Districts of Los Angeles County, Carson, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for preparing the plans, specifications and estimates, from concept to detailed design. Carriage Crest Park was identified in the Enhanced Watershed Management Program (EWMP) as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Engineering Design Lead and Engineer of Record. Mr. Fussel was responsible for feasibility, conceptual and detailed design services to prepare final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. City of Santa Ana r, Schreiner, Mr. Schreiner is a stormwater and civil engineering project manager at Tetra Tech's office is Irvine, California. He manages domestic projects on behalf of government clients, applying a successful 14-year history of project management, civil engineering design, hydrologic and hydraulic modeling, condition assessments of a variety of infrastructure, and cost estimating. Mr. Schreiner holds an active California PE registration. He most recently served as project manager for numerous on -call contracts with various public agencies in the Southern California area including the City of Los Angeles, Los Angeles County Metropolitan Transportation Authority (Metro), John Wayne Airport, Riverside County Transportation Commission (RCTC), Orange County Public Works (OCPW), and LosAngeles County Department of Public Works (LACDPW). He has performed hydrologic and hydraulic analyses of various types of drainages including culverts, channels, rivers, and alluvial fans. Previously he was involved in projects involving USACE Periodic Inspections of levees, FEMA levee certification, and master drainage plans. He has inspected around 300 miles of levee in various states and is well versed with USACE facilities. He has been involved in all phases of the project life -cycle including site investigations, preliminary design, PS&E, QA/QC, and construction support. As a Qualified SWPPP Developer (QSD), Mr. Schreiner has experience with providing Stormwater Pollution Prevention Plans (SWPPP) for construction activities. Caruthers Park Stormwater and Urban Runoff Capture Project, Bellflower, CA, Project Engineer. Mr. Schreiner is serving as the project engineer during the bidding and award and construction phase of this large-scale stormwater project to capture, infiltrate and reuse urban runoff collected from County drainage facilities adjacent to the park. The project was planned as part of the Los Cerritos Channel (LCC) watershed and the Lower San Gabriel River (LSGR) Watershed Management Programs (WMPs). Caruthers Park was identified as a potential high priority site for a regional stormwater capture project for non-stormwater runoff as well as first -flush runoff from wet weather events. The project components include site improvements, structure to divert water from the flood control channel, a pr structure to remove trash and debris from the runoff, an underground structure to infiltrate and store the water that will be treated for landscape irrigation use, and piping systems. Mr. Schreiner was instrumental in obtaining the California Department of Fish and Wildlife (CDFW) 1602 Notification of Lake or Streambed Alteration permit, Regional Water ITETRA TECH Quality Control Board Los Angles Regional Clean Water Act Section 401 Water Quality Certification, and the US Army Corps of Engineers, Los Angeles District Section 404 Permit. Mr. Schreiner is also responsible for overseeing the project engineer and their review of RFls, submittals, construction schedules, and change orders. Carriage Crest Stormwater and Runoff Capture Project, Sanitation Districts of Los Angeles County, Carson, CA. Project Engineer. Mr. Schreiner was responsible for preparing the plans, specifications and estimates, from concept to detailed design. Carriage Crest Park was identified in the Enhanced Watershed Management Program (EWMP) as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Project Engineer. Mr. Schreiner was responsible preparing the plans, specifications and estimates, from concept to detailed design. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The goal of the project was to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Silver Lake Reservoir Stormwater Capture Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Project Manager. Project Manager for the pre -design phase of the project to construct stormwater infrastructure to capture stormwater from a 170-acre watershed and divert it to the Silver Lake and Ivanhoe reservoirs in Los Angeles, CA. To offset the potable water demand associated with maintaining historic water levels in the reservoirs, stormwater from the local watershed is proposed to be redirected into the Reservoirs. Various types, sizes, and locations of stormwater infrastructure and BMPs were evaluated and selected to assist the City in meeting their stormwater capture goals. Mr. Schreiner guided the project engineer in the hydrologic and hydraulic modeling, and reviewed all project submittals. Mr. Schreiner also coordinated with the City's Street and Stormwater Division project manager and staff at a pre -design review meeting. SWPPP for the Biogas Conditioning System at the Joint Water Pollution Control Plant, Carson, CA. Project Manager. Mr. Schreiner served as the project manager on a project to develop and implement a Stormwater Pollution Prevention Plan (SWPPP) at the Biogas Conditioning System at the Joint Water Pollution Control Plant (JWPCP). The project included converting an empty paved lot into a methane gas fuel facility. The property is owned was developed by County Sanitation District No. 2 of Los Angeles County. -=-=City" :of Santa Ana _ - Mr. Smith has been a part of the Tetra Tech team for 8 years and brings extensive knowledge in civil engineering from his involvement in a variety of municipal projects of varying size and funding. His design experience includes parking lot and roadway geometrics, pedestrian accessibility improvements, bike trails, parks, construction and post - construction stormwater BMPs, storm drain improvements including hydrologic and hydraulic design, overall utility plans, structural design, and grading activities varying from mass grading to final precise grading plans. His other experience includes cost estimating, preparing specifications, providing construction/post-construction support, performing utility research, and coordinating with the project team and outside agencies. Mr. Smith is currently working with the City on the Lincoln Avenue Pedestrian Pathway and First Street Pedestrian Improvements Projects. First Street Pedestrian Improvements, City of Santa Ana, Santa Ana, CA. Project Engineer. Responsible for the preparation of the plans, specifications, and estimates (PS&E) along with the Water Quality Management Plan (WQMP) for this active transportation project. The project involves the widening of the existing sidewalks by three feet by reducing the width of the vehicle travel lanes along a 1.2-mile portion of First Street between Flower Street and Standard Avenue. Improvements include reconstructing ADA curb ramps, reconstructing hardscape (curb & gutter, bus stop pads, asphalt pavement, and driveway approaches), creating bulb -outs at intersections, restriping travel lanes, installing high visibility marked crosswalks, relocating and/or adjusting existing utility features to grade, relocating street furniture, modifying existing pedestrian push buttons, installing new traffic signal detector loops, installing a new traffic signal at the intersection with Lacy Street, retrofitting and/or reconstructing drainage structures, and installing stormwater Best Management Practices (BMPs). Lincoln Avenue Pedestrian Pathway, City of Santa Ana, Santa Ana, CA. Project Engineer. Responsible for the preparation of the plans, specifications, and estimates (PS&E) for this active transportation project. Services included permitting through the Southern California Regional Rail Authority (Metrolink). The project is funded in part by ATP state grant funds. The pedestrian pathway will run parallel with Lincoln Avenue west of the existing railroad tracks. The improvements will commence at the intersection of Lincoln Avenue and Park Lane, continue north between the back of the residential properties and the railroad tracks, and end at the existing Santiago Trail, under the railroad bridge ITETRA TECH that crosses Santiago Creek. The improvements include a 12-foot pathway and railroad -approved safety fencing, drought tolerant landscaping, pedestrian lighting, and signage to identify the pathway. Sixth Street Park, Arts, River and Connectivity (PARC) Project, City of Los Angeles Bureau of Engineering, Los Angeles, Los Angeles, CA. Project Engineer. Responsible for providing engineering design services to prepare plans, specifications, and estimates (PS&E). Tetra Tech is providing schematic and final design, environmental documentation and permitting, public presentations, construction support services, and post -construction services for nearly 12 acres of recreational and open spaces beneath and around the new bridge. The City's goal is to make the landscape component under the new bridge a world class public space that includes an Arts Plaza, several performance stages, synthetic sports fields, river terracing, and bicycle and pedestrian pathways. The design includes the construction of harvest and use style and structure treatment control stormwater Best Management Practices (BMPs). Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Design Engineer. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consisted of an air -inflated rubber dam diversion system to re- direct all urban runoff and stormwater runoff from the Del Arno channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline convey the water into a large, buried multi -chambered storage/infiltration facility. The stormwater collected in the underground reservoir is treated and used to irrigate the park's landscaped areas. The system monitors the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). The goal of the project was not only to help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Design Engineer. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consisted of an air -inflated rubber dam diversion system to re- direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline conveys the water into a large, buried multi- chambered storage and filtration facility. The stormwater collected in the underground reservoir is treated and used to irrigate the park's landscaped areas. The system monitors the weather conditions and the facility through a secured cloud -based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The goal of the project was not only to help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, provides benefits such as revitalized park infrastructure and augmentation of local water supply. Albion Riverside Park Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Design Engineer. The project, located adjacent to the Los Angeles River, involves transforming a six - acre site, previously used for dairy warehousing and distribution, into a riverfront park and recreational facility that will benefit nearby disadvantaged low-income neighborhoods. In addition, the City is using the redeveloped property to increase the current capacity for managing stormwater runoff. This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. In addition, the project is being designed to achieve a Platinum EnvisionTm rating. - _ City of Santa Ana F 'YES% Yonker, PE, QSD/P Quality Control Mr. Yonker has 16 years of experience in quality design, civil engineering, and has built an extensive array of project experience designing and managing various types of civil engineering projects, including green streets, active transportation/complete streets, stormwater drainage improvement projects. His civil engineering experience includes: water and wastewater system analysis and design, hydraulic analysis modeling and design, drainage analysis modeling and design, technical specification development, construction administration and management, and municipal stormwater and wastewater regulatory compliance support. This experience extends equally to both the public and private sector. Mr. Yonker has considerable construction managementladministration experience administering the construction of large federally -funded on -highway and off -highway roadway improvement projects. In this capacity, Mr. Yonker has worked with FHWA Federal Auditors through the federal audit process on construction and streetscape improvement projects, is Caltrans Resident Engineer Certified, and has extensive knowledge and experience as a resident engineer during his earlier career while employed for the Massachusetts D.O.T. administering and overseeing the construction of multi -million -dollar bridge and roadway improvement projects. Culver Boulevard Stormwater Infiltration and Retention Project, City of Culver City, CA. Project Manager and Engineer of Record. Mr. Yonker oversaw the preparation of PS&E documents during the design phase of this multi -beneficial stormwater regional project. Currently in the construction phase, this $12.5M construction project will maximize pollutant and stormwater capture by diverting dry -weather and wet - weather stormwater flows at a rate of up to 50 cubic -feet -per -second from two stormwater facility locations; a 66-inch reinforced concrete pipe located at Harter Avenue and an 87-inch reinforced concrete arch pipe located at Sepulveda Boulevard. Diverted stormwater flows are first sent to a pretreatment unit to remove trash and sediments and then to a concrete underground storage facility capable of providing up to 8-acre- feet of storage. Stored water is pumped to the post -storage filtration system where it is polished for final pollutant removal before being returned to downstream storm drain channels and receiving waters. As an added benefit of this project, treated stormwater will be used to offset potable water irrigation demands to onsite landscaped medians and at nearby Veterans Park. Mr. Yonker provided lead civil design services and TETRA TECH worked to coordinate all project disciplines, including civil, structural, electrical, geotechnical, landscape, and transportation to deliver a successful project. San Luis Obispo Stormwater Plan Check, County of San Luis Obispo, CA. Project Manager. The County of San Luis Obispo selected Tetra Tech to perform on -call services for projects required to meet post construction requirements as set forth in the Central Coast Regional Water Quality Control Board (RWQCB) order R3-2013-0032. Mr. Yonker manages the review services contract and provides final QAQC to reviews performed by Tetra Tech. Additionally, Mr. Yonker meets with County staff and third -party engineers to discuss review findings and recommendations for achieving PCR compliance. On -call services provided under this contract include the review of Storm Water Management Plans (SWMP), audit of existing County SWMP documents, and in -field inspections of installed storm water Best Management Practices (BMPs). Plan Checking, Permitting, and Inspection On -Call Contract, City of Buellton, Buellton, CA. Project Engineer. Tetra Tech is contracted to provide plan checking, permitting and inspection services for the City of Buellton. Services include reviewing and approving plans through multiple comment iterations, issuing permits for construction of work or encroachment purposes, inspecting work to ensure the following of proper specifications or standards, and providing final inspection and acceptance of work. Some of the associated projects include a residential townhome complex consisting of 25 buildings with more than 150 dwelling units, a brewery expansion featuring a subsurface stormwater infiltration system, a new commercial building development with multiple offsite improvements, and a parking lot expansion which included stormwater retention features. Merced Avenue Greenway Project, Council for Watershed Health for City of South El Monte, CA. Project Manager. Mr. Yonker provided planning and design services for a stormwater green street retrofit project along the Merced Avenue corridor in South El Monte. The scope of services included assessing existing conditions on Merced Avenue, consulting with various agencies on regulations for planning and design, evaluating pre -design monitoring data and analyzing urban heat island mitigation strategies, providing a preliminary design report, presenting at community design workshops and meetings in collaboration with various stakeholders to create designs for the retrofit. Tetra Tech provided construction drawings, cost estimates, and a bid package for this 0.6-mile green street project. The goal of the project was to manage stormwater runoff at its source to meet regulatory compliance while improving water quality and enhancing watershed health. Improvements included BMP structural control measures consisting of permeable pavers with gravel reservoirs, conventional biofiltraion areas, and high infiltration biofiltration areas allowing for treatment flow rates at up to 100/inches per hour. Additional community benefits include reducing the urban heat island effect and its carbon footprint, creating new safe bike and pedestrian connections, enhancing public health and beautifying the neighborhood. In addition, the project incorporated a community -based approach that provided opportunities for watershed education and neighborhood involvement in designing the project. The 100% Construction Documents were submitted June 2020. Construction will begin following a public bidding process by to the City. City of Santa Ana Environmental Ms. Fell has over 26 years of experience preparing environmental documentation and over 22 years in a senior management role. She has prepared and managed California Environmental QualityAct/National Environmental Policy Act (CEQA/NEPA) documents including Initial Studies (ISs), Mitigated Negative Declarations (MNDs), Environmental Impact Report (EIRs), EnvirCionmental Assessments (EAs), and Environmental Impact Statements (EISs), for projects throughout California on behalf of federal, state, regional, and local agencies and private clients. Her expertise also includes data collection and analysis on environmental issues such as visual resources, land use, public services, biological resources, socioeconomics, recreation, and utilities. City of Santa Ana Washington Avenue Lot Well and Facility Project, Initial Study/Mitigated Negative Declaration, Santa Ana, CA. Project Manager. Managing the preparation of an Initial Study/Mitigated Negative Declaration for the development of a new water well, well building, chemical building, and other supporting facilities. City of Santa Ana Water Well No. 39 Hydro -generator Unit Replacement Project, CEQA Documentation, Santa Ana, CA. Project Manager. Preparing a Notice of Exemption and supporting documentation for the replacement of a hydro -generator unit for Well 39. City of Santa Ana Water Well No. 32 Project, Initial Study/Mitigated Negative Declaration, Santa Ana, CA. Project Manager. Managing the preparation of an Initial Study/Mitigated Negative Declaration for the rehabilitation of existing Well No. 32 and construction of a new above ground well building and approximately 3,250 linear feet of new pipeline. Los Angeles County Public Works Department Adventure Park Multi -Benefit Stormwater Capture Project, Initial Study/Mitigated Negative Declaration, Whittier, CA. Senior Environmental Planner. Assisted with the preparation of an Initial Study/Mitigated Negative Declaration for an underground stormwater vault located beneath a park to capture and treat diverted urban runoff and stormwater. Prepared analysis for geology, hazards/hazardous materials, and hydrology. Mesa Water District Water Wells No. 12 and No. 14 and Pipeline Project, Initial Study/Mitigated Negative Declaration, Santa Ana, CA. Senior Environmental Planner. Prepared an Initial Study/Mitigated Negative Declaration for the construction of two new water wells and associated pipelines. Prepared analysis for several CEQA resource topics and assisted with the public hearing for the project. TETRA TECH H City of Culver City Department of Public Works, Culver Boulevard Realignment and Urban Stormwater Project Initial Study/Mitigated Negative Declaration, Culver City, CA. Senior Environmental Planner. Assisted with preparation of an Initial Study/Mitigated Negative Declaration for the realignment and stormwater capture improvements to a portion of Culver Boulevard. Riverside County Flood Control and Water Conservation District, Monroe Storm Drain, Stage 4 Project Initial Study/Mitigated Negative Declaration, Riverside, CA. Assisted with the preparation of an Initial Study/Mitigated Negative Declaration and incorporation of technical studies to support the construction of an underground facility to replace an existing concrete -lined trapezoidal channel. Orange County Public Works, Rossmoor Storm Channel Improvement Project Initial Study/ Mitigated Negative Declaration, Los Alamitos, CA. Assisted with the preparation of an Initial Study and Mitigated Negative Declaration for storm channel improvements. City of Huntington Beach, Water Well Project Initial Study, Westminster, CA. Senior Environmental Planner. Prepared an Initial Study for the construction of a new water well and associated pipeline. Prepared analysis for several CEQA resource topics. Orange County Flood Control District, SARI Abandonment and Pipe Severing Project SEA/ Environmental Impact Report Addendum, Orange County, CA. Senior Environmental Planner. The Santa Ana River Interceptor (SARI) Line Project relocated the Orange County portion of the pipeline between Prado Dam and Weir Canyon Road to allow operation of the Santa Ana River Mainstem Project. Ms. Fell assisted with the preparation of the Supplemental Environmental Assessment/ Environmental Impact Report and specifically prepared analysis for several resource topics including: water resources and hydrology; earth resources; aesthetics; and safety and hazards. Los Angeles County Department of Public Works, Peck Water Conservation Improvement Project Initial Study/Mitigated Negative Declaration, Arcadia, CA. Project Manager. Prepared an Initial Study/Mitigated Negative Declaration including incorporation of technical studies for air quality and global climate change, biological resources, cultural resources and noise, for the construction of a pump station and a 7,000-foot pipeline and removal of sediment within the spreading basin. Los Angeles County Department of Public Works, Pacoima Spreading Grounds Improvement Project Initial Study/Mitigated Negative Declaration, Los Angeles, CA. Project Manager. Managed the preparation of the Initial Study/Mitigated Negative Declaration for a sediment removal and spreading grounds improvement project. Oversaw project management coordination, public outreach, oversight of subcontractors, and ongoing coordination with Los Angeles County Department of Public Works. California Water Service Company, ELA Station 12 Reservoir 4A Tank Project Initial Study/ Mitigated Negative Declaration, Los Angeles, CA. Project Manager. Managed the preparation of an Initial Study/Mitigated Negative Declaration which included incorporation of technical studies for air quality and noise for the removal and replacement of the existing below ground concrete reservoir with an above ground steel welded tank. California Water Service Company, New Wells ELA 63-01 & ELA 63.02 Project Initial Study/ Mitigated Negative Declaration, Montebello, CA. Project Manager. Managed preparation of an Initial Study/Mitigated Negative Declaration for two new wells, which included technical studies for air quality, biological resources, cultural resources, and noise. Also assisted with presentation to City Planning Committee. City of Santa Ana Clint Boschen Mapping/Sampling/Monitoring/Analysis Mr. Boschen has more than 23 years of professional experience providing technical and program management support to federal, state, and local water resource agencies. He leads Tetra Tech's TMDL, water quality, and stormwater management support for municipalities in southern California, USEPA Region 9, State and Regional Water Quality Control Boards, and other organizations. He is also the Program Manager for Tetra Tech's watershed, water quality, monitoring, engineering, and regulatory on -call support to Orange County Public Works. Key projects include Bacteria TMDL development for Orange County watersheds and stormwater BMP analyses to supporta regional cost -benefit analysis study, Santa Ana MS4 permit support including recommendations for streamlining the Dry Weather Monitoring (DWM) program, watershed planning, and development of a Comprehensive Human Waste Source Reduction Strategy. Other projects include ongoing MS4 regulatory and policy support, development of watershed plans and reasonable assurance analyses throughout southern California, TMDL development and modeling studies, and BMP planning/design. He has extensive technical experience designing monitoring studies, developing and applying water quality and hydrologic models, BMP modeling, strategic planning and compliance evaluations, and providing MS4 permit support. Multi -discipline Watershed and Regulatory Support, Orange County Public Works. Program Manager for Tetra Tech's watershed, water quality, monitoring, engineering, and regulatory on -call support to Orange County. Support to date has included development of the South Orange County WQIP, focusing on development of the Monitoring and Assessment Program (MAP) and Adaptive Management Approach. Completed development of a spreadsheet -based WQIP Implementation Guide that will be used to facilitate coordination between the County and other agencies and developed a hydromodification Quality Assurance Project Plan (HMP CAPP) for Rancho Mission Viejo. Also developed recommendations to streamline the Dry Weather Monitoring (DWM) program for North Orange County and supported watershed planning efforts. Comprehensive Human Waste Source Reduction Strategy (CHWSRS), Orange County Public Works, CA. Project Manager for development of a Comprehensive Human Waste Source Reduction Strategy (CHWSRS) Work Plan to help guide stakeholder efforts to address pathogen health risk in the South Orange County Watershed TETRA TECH __. Management Area. This Work Plan focuses on reducing human health risk by identifying and eliminating sources of human waste to the municipal storm drain system through targeted monitoring investigations and abatement actions. A tiered monitoring and assessment framework was developed that outlines a step-by-step process for assessing current conditions and prioritizing areas for investigation and abatement activities. Stormwater Regulatory and Policy Support, City of San Diego, CA. Ongoing support to review current and proposed regulations, environmental laws, MS4 permit language, and policy actions that have important implications. Key activities included support for San Diego MS4 permit negotiations and develop Report of Waste Discharge (ROWD), guidance on Receiving Water Limitations, review of California's Draft 2014 303(d) list, guidance on Biostimulatory/Bio-integrity issues and Bacteria Provisions, CEQA support, and asset management. Also, developed outreach materials to support City efforts to effectively communicate stormwater program activities and water quality achievements to various stakeholders. Proposed MS4 Permit and State Water Board Order Review, ULAR Watershed Management Group, CA. Strategic support for the development of draft comments on behalf of the Upper Los Angeles River Watershed Management Group in response to the staff working proposal on the Los Angeles Region MS4 permit and the State Water Board Order regarding the review of approved Watershed Management Programs. Summarized key implications for the group and drafted comments to submit to the Los Angeles Regional Board and the State Water Board. Rainbow Creek BMP Design Support, Monitoring Plan, and Compliance Support, County of San Diego, CA. Project Manager supporting development of final BMP designs for structural projects identified by Tetra Tech to address MS4 nutrient reduction requirements. Modeling to determine the load reduction benefits associated with various design options, development of a BMP monitoring plan and design recommendations to support efficient and effective BMP monitoring data collection. Santa Margarita WQIP - Rainbow Creek Compliance Analysis, County of San Diego, CA. Project Manager for development of the Rainbow Creek nutrient TMDL compliance analysis. Compliance with the TMDL was identified as the highest priority water quality condition for development of the Santa Margarita WQIP. This study included watershed/BMP modeling, target identification, and development of strategies (structural and non-structural BMPs) to achieve the required nutrient reductions. Updated the WQIP strategies and the Watershed Implementation Plan Adaptive Management Tool based on the results Rainbow Creek Watershed Implementation Plan, County of San Diego, CA. Project Manager for development of a BMP implementation plan to identify structural projects and nonstructural program enhancements that support TMDL and WQIP compliance for nutrients/eutrophication. This effort involved identification and site -scale analysis of distributed BMP projects and the development of conceptual designs that can be efficiently advanced to construction. Conducted water quality/stream restoration modeling to identify BMP needs and alternative strategies to support nutrient reduction and stakeholder outreach efforts. Developed an adaptive management tool to support management decisions and regulatory discussions. City of Santa Ana ® _ t �' Derick Coleman Environmental/Permitting Dr. Coleman has over 38 years of experience in environmental consulting, and more than 30 years of experience as a project manager. He has been responsible for multiple large environmental evaluation and mitigation projects with significant need for technical analyses, impact evaluations, remedial actions and thorough discussion and explanation of actions and/or results. In addition to management responsibilities, he has performed hydrologic and hydraulic analyses and designs to address coastal and riverine flooding, erosion, and sedimentation; dredged sediment disposal; and stream channel stabilization. He has conducted and directed field reconnaissance surveys and field evaluations related to assessment, modeling, and remedial actions. Dr. Coleman's technical specialization is in geomorphology and hydrology. He has applied his expertise in fluvial geomorphology to erosion and sedimentation analyses, flood plain delineation and evaluation, wetlands delineation and mitigation, and archaeological geomorphology. His hydrology experience includes engineering design of surface drainage systems, environmental contaminant evaluation, environmental impact assessments, and underground storage tank investigations. Diversion Manual and Water Quality Monitoring Guide, County Flood Control District, Los Angeles, CA. Project Manager and Primary Author. Provided technical, organizational, and preparation support for a Diversion Manual and companion Water Quality Monitoring Guide for in -channel maintenance and emergency repair work in the presence of standing or flowing water. The manual provided containment and conveyance options for handling surface water as well as appropriate best management practices (BMPs) for different scenarios. The monitoring guide described standard procedures for sampling diverted water to ensure that the management techniques employed are successfully protecting water quality. Jordan Cove Energy and Pacific Connector Gas Pipeline Third - Party Environmental Impact Statement, Federal Energy Regulatory Commission (FERC), Coos County, OR. Technical Lead; provided support to the Environmental Impact Statement team for the water resources discussion of potential impacts. The proposed project is a liquefied natural gas tanker loading facility in Coos County and a 229- mile pipeline crossing three counties to deliver the natural gas to the loading facility. Concerns include impacts from dredging for facility ITETRA TECH construction and maintenance, vessel access during operations, and various issues related to channel and other water -body crossings of a pipeline. Rosemont Geomorphic Study, Hudbay Mining Company, Pima County, AZ. Technical Lead. Prepared the long-term field monitoring protocol for the primary watersheds which drain the proposed Rosemont Copper Mine; and provided the first four applications of the protocol. Six channel monitoring points were designated in the watershed and nine stream reaches were evaluated for possible changes in stream channel regime and sediment load from year to year and ultimately over the life of the mine. Mesa Water District Water Wells No. 12 and No. 14 and Pipeline Project, Initial Study/Mitigated Negative Declaration, Santa Ana, CA. Project Manager. Prepared an Initial Study/Mitigated Negative Declaration for the construction of two new water wells and associated pipelines. Prepared analysis for several CEQA resource topics and assisted with the public hearing for the project. Peak Discharge Study, Six -County Region, Southern California Coastal Water Research Project (SCCWRP), Costa Mesa, CA. Project Manager and Principal Investigator. A groundbreaking investigation of semi -arid watersheds in southern California to evaluate the impacts of urbanization on stream channels. Study selected 10 stream reaches in Los Angeles, Orange and Ventura counties that had historical data on channel size and shape changes. Links were evaluated between those changes and the increases in urban/suburban area over the same time period. This investigation provided an initial basis for county and municipal governments seeking to establish hydromodification permitting goals. Drainage Study, Sapphire Development LLC, Riverside County, CA. Project Manager and Principal Investigator. Prepared hydrologic and hydraulic assessments for a proposed 15-lot development located in a one -square mile drainage at the foot of the Santa Ana Mountains. Modeled watershed runoff using HEC-HMS and floodplain/channel flow using HEC-RAS. Watershed was partly developed (lower end) and partly native vegetation (upper, mountainous end); channel was artificial and located cross -gradient on an alluvial fan. Support for the L55 Line Cover and Repair at Channel Crossings, Enbridge Energy, Montgomery County, KS and Lafayette County, MO. Technical Lead. Provided support for Enbridge Energy in the design of pipeline cover repair at two channel crossings. Dr. Coleman lead a team that provided geomorphic and hydraulic assessments of the proposed designs. Included 2-dimensional hydraulic modeling (HEC-RAS) of channel flow conditions under existing conditions and under proposed conditions. Prepared Technical Memo evaluating the results of these assessments to be used as part of the environmental permitting for the repair work. NRG Renewables, Dust Control Memo for the Daggett Solar Energy Project, San Bernardino County, CA. Task Lead. Supported NRG for environmental permitting of a proposed commercial -scale photovoltaic solar energy project on private land in Daggett, CA. A key component of site development, environmental permitting, and facility maintenance will be managing wind-blown materials at the project site. Tetra Tech prepared a Technical Memo evaluating site conditions with respect to climate (including prevailing winds), topography, cover, and potential for detachment and transport of fine particles. Recommendations for likely and viable mitigation measures were also provided. 6itjtdf-Santa Ana n iahr Hydrology / Hydraulics / Public Outreach / Pre -Design Reports Jaime is an hydrology/hydraulics engineer who specializes in urban watershed management and stormwater remediation. Jaime's experience encompasses over 11 years of work and research in TMDLs and water quality projects. For her doctoral dissertation, she investigated the total maximum daily loads (TMDL) for hydrophobic organic contaminants and performed a cost benefit analysis for reducing stormwater runoff and contamination in the Los Angeles region. Her experience includes conducting water/field sampling, data collection and analysis, laboratory analyses, and experiments to establish TMDLs and baseline conditions for organic contaminants in Ballona Creek and Marina del Rey Harbor polyethylene devices (PEDs) and solid -phase microextraction (SPME). As project engineer for several TMDL special studies and stormwater projects in Los Angeles, Jaime led the technical development of the projects, authored technical reports, performed quality assurance/quality control reviews, and conducted data analyses. Jaime has managed and led teams to provide public and private sector clients with quality products. Most recently, Jaime led the Lower LA River Revitalization Plan, a complex project consisting of the development of a visionary, community -based revitalization plan for the 19-miles of the Los Angeles River, from Vernon to Long Beach. Through -out her career, Jaime has managed complex projects within Southern California with high political and environmental stakes, and is an expert facilitator of communication among clients, subcontractors, and personnel; and regulatory compliance issues. Automated Stormwater Monitoring System, Phases I and II, As -Needed Urban Runoff and Stormwater Quality Engineering Services, County of Los Angeles Department of Public Works, Los Angeles, California. Project Engineer. This project evaluates the Los Angeles County Flood Control District (LACFCD) Stormwater Monitoring Program and the design of a telemetry system to receive and process real-time data from various field monitoring locations within various flood control channels and creeks. The project also includes designing a pilot program of the system that demonstrates the system capabilities at the LACFCD's seven Mass Emission stations and up to 12 tributary monitoring stations. Jaime was responsible for writing sections of the technical reports, conducting data analyses, specifications, and conducting site visits. ITETRA TECH City of Los Angeles, Bureau of Sanitation, TOS SN-61 Specialized Services for the Generation of CIMP Data, Project Manager. Project Manager. Ms Sayre leads a team of engineers and designers to design and implement the installation of automated sampling equipment for 25 stations within the 4 major watersheds. Her team is also supporting LASAN with CIMP monitoring services, equipment acquisition, site investigation, permit coordination with the Los Angeles County Flood Control District and United States Army Corp of Engineers, installation services, and development of flow -rating curves. City of Santa Clarita, Coordinated Integrated Monitoring Program (CIMP) for the Upper Santa Clara River (USCR) Watershed, Project Manager. Ms Sayre leads a team of technicians, scientists, and engineers to implement the USCR CIMP on behalf of the USCR Watershed Management Group (i.e., the City of Santa Clarita, the County of Los Angeles, and the Los Angeles County Flood Control District). The USCR CIMP monitoring locations consist of both receiving water and outfall monitoring locations, which are sampled during both dry and wet weather conditions. Monitoring satisfies LA Regional MS4 Permit requirements, including compliance with adopted TMDLs for bacteria, nitrogen, chloride, and trash. USCR CIMP reporting includes data analysis and development of regular post - event monitoring reports, semi-annual reports using specified CEDEN templates, and Annual Reports according to Los Angeles RWQCB templates. City of Malibu, CIMP for the North Santa Monica Bay Coastal Watersheds (NSMBCW). Project Manager. Ms Sayre leads a team of technicians, scientists, and engineers to implement the NSMBCW CIMP on behalf of the NSMBCW Watershed Management Group (i.e., the City of Malibu, the County of Los Angeles, and the Los Angeles County Flood Control District). The NSMBCW CIMP monitoring locations consist of both receiving water and outfall monitoring locations, which are sampled during both dry and wet weather conditions. Monitoring satisfies LA Regional MS4 Permit requirements, including compliance with adopted TMDLs for bacteria, PCBs/DDT, and trash. NSMBCW CIMP reporting includes data analysis and development of regular post -event monitoring reports, semi-annual reports using specified CEDEN templates, and Annual Reports according to Los Angeles RWQCB templates. AB 530 Lower Los Angeles River Revitalization Plan, Vernon to Long Beach, CA, 2016-Ongoing. Deputy Project Manager. This project consists of the development of a visionary, community -based revitalization plan for the 19-miles of the Los Angeles River, from Vernon to Long Beach. The project is being developed in response to Assembly Bill 430, which requires the development of the Lower Los Angeles River Working Group and the development of a revitalization plan that addresses the unique and diverse needs of the Lower Los Angeles River. Jaime is responsible for the daily management activities, client coordination, preparing technical documentation for the Working Group and committees in order to assess the multiple facets of the revitalization plan and the implementation of a robust Community Engagement Program. Groundwater System Improvement Study, City of Los Angeles, Department of Water and Power, Los Angeles, California. Deputy Project Manager/Project Engineer. This $11.5M project involves installing and sampling new monitoring wells, determining constituents of concern, evaluating the City's groundwater delivery system, and implementing projects that will restore the contaminated groundwater in the San Fernando Basin (SFB). The final study will provide realistic and economically viable recommendations on groundwater system improvement projects that will maximize the pumping capacity of the groundwater supply in the SFB. City of Santa Ana Pangilinan, Ms. Pangilinan has been a member of the Tetra Tech team for twelve years and has extensive and relevant experience in designing and preparing improvement plans for both municipal and federal projects. She is also experienced with performing various hydrology studies and preparing reports. She has gained knowledge in Best Management Practices (BMP) and Low Impact Development (LID) implementation through her involvement in several important Proposition "O" projects for the City of Los Angeles and various stormwater capture projects throughout Southern California. Additionally, Ms. Pangilinan is a Construction Documents Technology (CDT) Certified Professional, as well as a certified EnvisionTM Sustainability Professional. Ms. Pangilinan has comprehensive knowledge in the use ofAutoCAD Civil 3D, Bentley FlowMaster, HY-8 by the Federal Highway Administration, and Water Surface Profile Computation Program (WSPG) by the Los Angeles County Flood Control District. Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Design Engineer. Responsible for preparation of final plans, specifications, and estimates and for design of the site improvements, storm drain system, and irrigation system to ensure the project meets regulatory requirements. Tetra Tech provided feasibility, conceptual and detailed design services to prepare final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Amo channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi -chambered storage/infiltration facility. The system will monitor the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Beaches Project for Pier and Pico-Kenter Watersheds, City of Santa Monica, Santa Monica, CA. Civil Engineer. Responsible for the design of the site improvements, diversion structure, pretreatment, underground storage reservoirs, and piping systems. The TETRA TECH E objective of the project is to improve Santa Monica beach water quality by increasing the diversion capacity at the Santa Monica Pier and Pico-Kenter storm drain outfalls. The 85th percentile storm event volume would be treated and diverted from the Pier watershed to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The project proposes storm drain diversion and runoff storage systems at two separate storm drain outfalls. Culver Boulevard Stormwater Infiltration and Retention Project, City of Culver City, CA. Design Engineer. Responsible for preparation of design specifications for this multi -beneficial stormwater regional project. Tetra Tech was recently selected by the City of Culver City to provide design services to incorporate an infiltration gallery under a newly reconstructed raised median along Culver Boulevard. The project will also include retention basins to reuse captured stormwater runoff and urban runoff to irrigate local landscape medians within the project area. The overall landscape design of this project will include green elements such as bioswales along the raised median and adjacent roadways to further promote stormwater pollution prevention education Caruthers Park Stormwater and Urban Runoff Capture Project, City of Bellflower, Bellflower, CA. Design Engineer. Providing engineering design support for this Caltrans funded stormwater capture project. Tetra Tech is providing a Project Engineering Study Report (PESR) that includes all necessary analyses to provide a recommendation for regional stormwater capture treatment and implementation. The analysis identifies the existing site hydrology, water quality, and hydraulics to determine an optimal combination of the inflow rate, storage volume, and outflow. The Caruthers Park Project consists of a gravity diversion from two separate Los Angeles County Flood Control District storm drain lines; a 72" RCP line that drains 261 acres of the Los Cerritos Channel, and a 38' wide rectangular concrete channel that drains 2,995 acres of the Lower San Gabriel River. The diverted flows pass through a pretreatment system to remove trash, debris, and sediment. The runoff is then passed into a large buried multi -chambered storage/infiltration facility that will be treated and used to irrigate the park. Flows in excess of the required irrigation demands will pass into the infiltration gallery to be exfiltrated through the soil to eventually combine with the ground water. It is anticipated that the system will use active controls to monitor the weather conditions and empty the facility through a secured cloud -based system. This project will help the City comply with their bacteria and metals TMDL, while providing additional benefits of potable water offset and park revitalization. Adventure Park Multi -Benefit Stormwater Capture Project, County of Los Angeles Department of Public Works, Whittier, CA. Design Engineer. Providing engineering design support for the development of 30% design plans for a 21.5-acre-foot regional stormwater capture BMP. Tetra Tech is currently preparing a preliminary design concept report which will include the 30% design level documents. The primary goal of the project is to implement watershed control measures and structural Best Management Practices (BMPs) to address the water quality objectives for the region while incorporating additional project benefits such as Low Impact Development (LID) measures and sustainable landscaping in the park. This project is a major step towards implementing the Upper San Gabriel River (USGR) Watershed Management Area Group's Enhanced Watershed Management Program (EWMP). The goal of this project is to prepare preliminary design reports which will include 30% design level documents, and that could be utilized to support grant funding application and/or supporting information for a design -build solicitation package. City of Santa Ana Chung -Chen Dr. Yen has more than 30 years of experience in the field of water resources engineering, specializing in hydrology, hydraulics, and groundwater modeling. His work experience includes rainfall analysis, rainfall -runoff modeling, detention basin flood routing analysis, floodplain evaluations and mapping, and drainage facility deficiency and mitigation studies. He has extensive knowledge of local hydrology procedures for Southern CA counties including the County of Orange, County of Los Angeles, County of San Bernardino, County of Riverside, County of San Diego and County of Ventura. Chung -Chen has been involved in the implementation of the San Diego County 2003 hydrology manual procedures for Advanced Engineering Software. Chung -Chen has extensive hands-on experience in applying HEC-1, HEC-HMS, HEC-2, HEC-RAS, HEC-GeoRAS, WSPG, HEC-SSP, HEC-FDA, and other hydrology/hydraulic computer programs on various studies and projects. Dr. Yen has been continuously involved in numerical analysis and model development. He is the co-author of the U.S.G.S. DHM (Diffusion Hydrodynamic Model) and co-author of various papers on the development and application of the Complex Variable Boundary Element Method. Master Plan of Drainage, City of Santa Ana, CA. Project Engineer. Dr. Yen was the Project Engineer on this drainage study. The efforts involved setting up the hydrologic link -node models, developing multiple storm events hydrology with deficiency and mitigation analysis of the existing storm drain systems, and cost analysis for the proposed storm drain Master Plan of Drainage, City of Laguna Beach, CA. Project Engineer. Dr. Yen was the Project Engineer on this drainage study. The efforts involved setting up the hydrologic link -node models, developing multiple storm events hydrology with deficiency and mitigation analysis of the existing storm drain systems, and cost analysis for the proposed Master Plan of Drainage, City of Yucaipa, CA. Project Engineer. Dr. Yen was the Project Engineer on this drainage study. The efforts involved setting up the hydrologic link -node models, developing multiple storm events hydrology with deficiency and mitigation analysis of the existing storm drain systems, and cost analysis for the proposed storm drain TETRA TECH Master Plan of Drainage, City of Los Angeles, CA. Project Engineer. Dr. Yen was the Project Engineer and Consulting Engineer on this drainage master plan. The efforts involved setting up the hydrologic link -node models and developing 10-, 25-, and 50-year storm events hydrology. 1-5/Empire Avenue Interchange — Stormwater Pump Station and Storm Drain PSBE, Caltrans, Burbank, CA.Project Engineer. Dr. Yen is the project engineer in charges of hydrology and hydraulic study. The project includes a new storm drain system and a pump station to collect and convey the runoff from the proposed Empire Avenue undercrossing. In addition, the existing storm drain system along the Empire Avenue need to be relocated and reconnected to the existing storm drain system downstream of the project site. Aliso Creek - Limekiln Creek Restoration Project, City of Los Angeles Los Angeles Bureau of Engineering, Los Angeles, CA. Project Engineer. Dr. Yen is the project engineer in charges of hydraulic study. The proposed project includes two diversion structures and two storm drain systems along the Aliso Creek and Limekiln Creek channels to divert flows unto three proposed bioretention basins. Vista Del Monte CLOMR Application, City of Desert Hot Springs, Riverside County, CA. Project Engineer. The proposed development is located at the alluvial fan area of two natural watercourses: the Big Morongo Wash to the northwest and the Little Morongo Wash to the north in the City of Desert Hot Springs. T-year (2-, 5-, 10-, 25-, 50-, 100-, and 500-year) hydrology was developed for both existing and proposed conditions using Riverside County Hydrology Manual procedures. HEC-RAS hydraulic model was used to analyze the existing and proposed channel hydraulics for the Little Morongo Wash and Big Morongo Wash channel. Sediment samples were collected and analyzed for use in the sediment transport analysis. The channel sediment transport was conducted using the USACE SAM Sediment Hydraulic Package for Channel. Due to the uncertainties of alluvial fan flooding, a 2-D FLO-2D hydraulic model was used for 100-year floodplain mapping. The modeling area includes the area from apex of the alluvial fan to downstream of the project site. The conceptual channel improvement plans and flood protection measures with the hydrology and hydraulic/sediment transport reports were submitted and approved by FEMA. Master Plan of Drainage, County of San Diego, CA. Project Engineer. Dr. Yen was the Project Engineer on this drainage pilot project included SDA-5 and SDA-6. The efforts involved setting up the hydrologic link -node models, developing 100-year storm event hydrology with deficiency and mitigation analysis of the existing storm drain systems, cost analysis for the proposed storm drain system, and preliminary detention basin analysis. Master Plan of Drainage, City of Costa Mesa, CA. Project Engineer. Dr. Yen was the Project Engineer and Consulting Engineer on this drainage study. The efforts involved setting up the hydrologic link -node models for existing conditions, developing multiple storm events hydrology, deficiency and mitigation analysis of the existing storm drain systems. Master Plan of Drainage, City of Huntington Beach, CA. Project Engineer. Dr. Yen was the Project Engineer and Consulting Engineer on this drainage master plan. The effort involved setting up the hydrologic link -node models. Master Plan of Drainage, City of Fullerton, CA. Project Engineer. Dr. Yen was the Project Engineer on this drainage study. The efforts involved setting up the hydrologic link -node models, developing multiple storm events hydrology with deficiency and mitigation analysis of the existing storm drain systems, and cost analysis. - -"�CityiifSantaAna Mr. Tim Tringali has more than 17 years of experience assisting federal, state, and local entities develop, implement and manage a variety of water resource programs. Much of his experience includes management of multi -disciplined teams complete storm water compliance projects for the U.S. Air Force, municipalities, and private industry. Mr. Tringali has a strong understanding of the Clean Water Act, as well the California municipal, industrial, and construction storm water permits. Mr. Tringali's experience includes assisting clients identify waters protected under the CWA; interpret water quality standards; monitor and assess stormwater and receiving water quality; assess stormwater BMP effectivenss; investigate the source of pollutant sources; and apply for and comply with National Pollutant Discharge Elimination System permits. Mr. Tringali's noteworthy technical accomplishments include: previously serving as a U.S. EPA contract inspector for California -Wide Phase I Municipal and Industrial Storm Water Audits; assisting the U.S. Air Force for more than 17 years with its water resources compliance, planning and engineering programs; managing implementation of two Coordinated Integrated Monitoring Programs on behalf of the Upper Santa Clara River and North Santa Monica Bay Coastal Watershed groups; aiding development of the South Orange County Comprehensive Human Waste Source Reduction Strategy; and managing a large surface water quality monitoring program that fulfills requirements for growers enrolled in a regional waiver of Waste Discharge Requirements for Discharges from Irrigated Lands. Coordinated Integrated Monitoring Program (CIMP) for the Upper Santa Clara River (USCR) and North Santa Monica Bay Coastal (NSMBCW) Watersheds. Deputy Project Manager. As Deputy Project Manager, Mr. Tringali leads a team of technicians, scientists, and engineers to implement the USCR and NSMBCW CIMPs on behalf of eact Watershed Management Group. The CIMP monitoring locations consist of both receiving water and outfall monitoring locations, which are sampled during both dry and wet weather conditions. Monitoring satisfies LA Regional MS4 Permit requirements, including compliance with adopted TMDLs for bacteria, nitrogen, chloride, PCB/DDTs, and trash. Mr. Tringali conceptualizes and plans necessary special studies and source investigationsa. CIMP reporting includes data validation and analysis, and regular development of regular post -event monitoring ITETRA TECH reports, preparation of semi-annual reports using specified CEDEN templates, and preparation of Annual Reports according to Los Angeles RWQCB templates. South Orange County Water Quality Improvement Plan, Monitoring and Assessment Program, Orange County, California. Mr. Tringali led the development of a Monitoring and Assessment Program plan (MAP) and Quality Assurance Program Plan (QAPP) for Orange County. These plans were prepared for the South Orange County Watershed Management Area as partial fulfillment of the requirements of the Regional MS4 NPDES Permit. The MAP is a primary component of the larger Water Quality Improvement Plan developed for the WMA and documents the strategies and methods that Orange County and other Copermittees will use to monitor and assess progress of water quality improvement strategies, and the conditions of receiving waters and discharges from the MS4 under wet weather and dry weather conditions. North Orange County Dry Weather Reconnaisance Monitoring (DWM) Program Assessment, Orange County, California, 2019. Mr. Tringali supported technical evealuation of the County's DWM Program and provided recommendations to improve its effectiveness and efficiency, particularly for the Permittee's illicit discharge detection and elimination (IDDE) Program. Mr. Tringali led or supported other scientists with a variet of data analyses using North Orange County historical data including statistical power analysis, Mann -Kendall trend analysis, and joint/conditional/marginal probability analyses. Based on the results of these analyses, Mr. Tringali assisted with the identification and definition of multiple near- and long-term recommendations to the County's random and targeted outfall monitoring design that would more efficiently assess and track average background characteristics of dry weather discharges in the region, prioritize outfalls for dry weather discharge monitoring, efficiently detect potential ID/ICs, and effectively eliminate ID/ICs. South Orange County Comprehensive Human Waste Source Reduction Strategy (CHWSRS) Work Plan, Orange County, California, 2019. Mr. Tringali supported technical tasks related to Tetra Tech's development of the CHWSRS Work Plan, which guides stakeholder efforts to reduce pathogen health risk in the South Orange County Watershed Management Area (SOC WMA). Specifically, Mr. Tringali helped to conceptualize a strategy for prioritizing hundreds of stormwater outfall catchment areas based on existing information such as pipe condition, history of sanitary sewer overflows, receiving water impairments, relevant TMDL segments, etc. He also led the development of human waste source investigation strategy which included a "tool box" of indicators (physical, chemical, bacterial, and viral) for tracking potential sources of human waste. A primary focus of the source investigation strategy presented in the Work Plan included leveraging currently available molecular techniques, including droplet digital polymerase chain reaction (PCR) and real-time quantification PCR, to identify and track human biomarkers (i.e., HF183). Mr. Tringali worked with academia to define a set of action levels and triggers applicable at differing phases of a source investigation. The Work Plan was ultimate submitted and approved by the San Diego Regional Water Quality Control Board. Marine Terminal Stormwater Monitoring Program, San Diego Unified Port District, San Diego, CA (2019-Present). Mr. Tringali led development of a strategic stormwater monitoring program that will be used for assessing the effectiveness of the Port's Stormwater Management Program according to effectiveness requirements of the San Diego Water Board's Regional MS4 Permit. The monitoring plan includes multiple sample collection methods (grab, flow -weighted composites, pollutographs) to address a range of objectives. It also includes assessments across multiple temporal (e.g., single storm, seasonal, multi -year) and spatial scales (e.g., catch basin, tenant lease, terminal -wide) that will ultimately drive adaptive management in the direction of the Port's stated goals. City of Santa Ana �5 'a � �n�o- Mr. Kassar has more than 28 years of experience in electrical engineering and industry standard that include electrical engineering staff management, project management, construction management and supervision, water and wastewater treatment, petro-chemical design, and environmental soil and groundwater treatment. His background includes designing medium and low voltage power distribution, designing instrumentation, control systems and SCADA systems for a wide -variety of projects, and the installation of electrical systems for remediation projects, including soil vapor extraction systems and groundwater pump -and -treat systems. Other experience includes, working with utility companies to provide new electrical service to new projects, working with local Building and Safety Departments to obtain Plan Check and construction permits, field trouble shooting of electrical and mechanical systems, system commissioning and startup, problem solving, and managing an operation and maintenance department. He has strong knowledge in MS Office and AutoCAD. Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Electrical Engineer. Mr. Kassar was responsible for providing electrical engineering design services in support of preparation of final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Amo channel through a pre- treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi- chambered storage/infiltration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Electrical Engineer. Mr. Kassar was responsible for providing electrical engineering design services in support of preparation of final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and ® TETRA TECH .... develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Santa Monica Clean Beaches Initiative, City of Santa Monica, Santa Monica, CA. Electrical Engineer. Mr. Kassar was responsible for providing electrical engineering design services in support of site improvements, a diversion structure, pretreatment, underground storage reservoirs, and piping systems for this stormwater management project. The project objective is to improve Santa Monica Beach water quality by increasing the diversion capacity at the Santa Monica Pier and Pico-Kenter storm drain outfalls. The 85th percentile storm event volume would be treated and diverted from the Pier watershed to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The project proposes storm drain diversion and runoff storage systems at two separate storm drain outfalls, routed to two subsurface storage areas. 1.6 million gallons will be stored at the historical Deauville Beach Club site and an additional 80,000 gallons will be stored at the Pico-Kentor storm drain outfall. Carriage Crest Stormwater and Runoff Capture Project, Sanitation Districts of Los Angeles County, Carson, CA. Electrical Engineer. Mr. Kassar is providing electrical engineering design services in support of preparation of plans, specifications and estimates. Carriage Crest Park was identified in the Enhanced Watershed Management Program (EWMP) as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. The project components include a diversion structure to divert water from an existing storm drain system, a pretreatment structure to remove debris from the runoff, an underground structure to capture and store the stormwater prior to being discharged back into the existing storm drain system, and a rehabilitated park surface. Design objectives are to eliminate dry - weather flow from the adjacent channel and to maximize wet -weather pollutant capture. Crooke Reservoir Electrical Upgrade, City of Santa Ana, Santa Ana, CA. Electrical Engineer for the design of the replacement of the existing motor control panels and switchboards for Crooke Reservoir pump station, Well 27 and Well 28. Maxine Lift Station Bypass Connection Project, City of Santa Ana, Santa Ana, CA. Electrical Engineer. The purpose of the Maxine Lift Station Bypass Connection Project was to install a connection on the existing force main that would allow the City to bypass sewer flows around the existing lift station utilizing a portable pump from the existing wet well to the force main. Managed the electrical power system studies which included load flow, short circuit, and arc flash calculations City of Santa Ana dva,s:��ua Mr. Helt is experienced in both civil engineering and land surveying aspects of construction and land development projects. He has designed and prepared both small and large federal, municipal, commercial, and residential grading and drainage plans, as well as utility plans and project associated public improvement plans. Mr. Helt has prepared a variety of hydrology and hydraulic documents for review of analysis and compliance with codes and standards. He has prepared and reviewed specifications, calculations and other basis of design documents. Mr. Helt has performed field boundary and topographic surveys, as well as construction staking, certification and monitoring, and ALTA/ ACSM surveys. He has considerable experience researching boundary and chain of title information, and preparing legal descriptions. Mr. Helt has extensive knowledge in the use ofAutodesk's Civil 3D software for both conceptual and detailed design studies, as well as the production of construction plan sets. He also has significant experience using for flow modeling and storm routing and HEC-RAS, USEPA SWMM and Storm and Sanitary Analysis for stormwater system design and Caruthers Park Stormwater and Urban Runoff Capture Project, City of Bellflower, Bellflower, CA. Survey Manager. Mr. Helt oversaw survey services for this Caltrans funded stormwater capture project. Tetra Tech is providing a Project Engineering Study Report (PESR) that includes all necessary analyses to provide a recommendation for regional stormwater capture treatment and implementation. The analysis identifies the existing site hydrology, water quality, and hydraulics to determine an optimal combination of the inflow rate, storage volume, and outflow. The Caruthers Park Project consists of a gravity diversion from two separate Los Angeles County Flood Control District storm drain lines; a 72" RCP line that drains 261 acres of the Los Cerritos Channel, and a 38' wide rectangular concrete channel that drains 2,995 acres of the Lower San Gabriel River. The diverted flows pass through a pretreatment system to remove trash, debris, and sediment. The runoff is then passed into a large buried multi -chambered storage/infiltration facility that will be treated and used to irrigate the park. Flows in excess of the required irrigation demands will pass into the infiltration gallery to be exfiltrated through the soil to eventually combine with the ground water. ITETRA TECH Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Survey Manager. Mr. Halt oversaw survey services for this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Arno channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi -chambered storage/infiltration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Survey Manager. Mr. Halt oversaw survey services for this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Aliso Creek — Limekiln Creek Restoration Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Survey Manager. Mr. Helt oversaw survey services for this project, located at the confluence of the concrete lined Aliso and Limekiln Creek flood channels. The project improvements involve constructing several stormwater Best Management Practices (BMPs) intended to treat on -site and off -site runoff and reduce contamination in Aliso Creek, Limekiln Creek, and the Los Angeles River. The proposed BMPs include low flow channel diversions, stormwater pump stations, stormwater pre-screening devices, bioswales, vegetated detention/retention basin, the restoration of upland, riparian habitat, and BMP educational signage. The goal of the project is to significantly reduce the pollutant loads, as well as transform a specifically built flood control facility into a multi -function green infrastructure facility. The project will also be designed to achieve a Platinum Envision Rating. Albion Riverside Park Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Survey Manager. Mr. Halt oversaw survey services for the Albion Riverside Park Project. Tetra Tech provided design and construction support services for this project located adjacent to the Los Angeles River, which involved transforming a six -acre site, previously used for dairy warehousing and distribution, into a riverfront park and recreational facility that will benefit nearby disadvantaged low- income neighborhoods. In addition, the City is using the redeveloped property to increase the current capacity for managing stormwater runoff. This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. In addition, the project is being designed to achieve a Platinum Envision' rating. City of Santa Ana Tim Joyce, PE Mechanical Design Mr. Joyce has more than 25 years of experience in planning, conceptual design, final design, and construction management of municipal, environmental, and civil engineering projects. Throughout his career, he has been directly involved in the management, design and construction of pipelines, collection systems, and stormwater treatment systems. He has designed stormwater conveyance and treatment facilities for flow rates ranging from 0.1 cfs up to 175 cfs. Carriage Crest Stormwater and Runoff Capture Project, Sanitation Districts of Los Angeles County, Carson, CA. Senior Engineer. Mr. Joyce was responsible for preparing the plans, specifications and estimates, for the pump station design. Carriage Crest Park was identified in the Enhanced Watershed Management Program (EWMP) as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. The project components include a diversion structure to divert water from an existing storm drain system, a pretreatment structure to remove debris from the runoff, an underground structure to capture and store the stormwater prior to being discharged back into the existing storm drain system, and a rehabilitated park surface. Design objectives are to eliminate dry -weather flow from the adjacent channel and to maximize wet -weather pollutant capture. Albion Riverside Park Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Senior Project QA/QC Reviewer. The project was located adjacent to the Los Angeles River, involved transforming a six -acre site, previously used for dairy warehousing and distribution, into a riverfront park and recreational facility that will benefit nearby disadvantaged low income neighborhoods. In addition, the City is using the redeveloped property to increase the current capacity for managing storm water runoff. This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles Lakewood Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Design Lead. Responsible for overall pump station design. Tetra Tech was contracted by the City of Lakewood to evaluate two potential site locations for the development of the Lakewood Stormwater and Runoff Capture Project: Mayfair Park site and the Bolivar Park site. Tetra Tech provided a Project Engineering Study ITETRA TECH Report (PESR) that represents 10% design completion level and describes the evaluation of the two sites with all site investigation, hydrology and hydraulic, and water quality data and analyses to provide a recommendation for site selection. The project components will include a diversion structure to divert water from one of the major flood control channels, a pretreatment structure to remove debris from the runoff, an underground structure to infiltrate or capture the water that will be treated for landscape irrigation use, and a rehabilitated park surface with new picnic areas. The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Currently, Tetra Tech is providing design services to prepare final plans, specifications and estimates for the City. Aliso Creek — Limekiln Creek Restoration Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Senior Project Manager. Responsible for overseeing pre -design and design services for this important Proposition O project. The project is located at the confluence of the concrete lined Aliso and Limekiln Creek flood channels, which merge together in the southern portion of the project site. The project improvements involve constructing several stormwater Best Management Practices (BMPs) intended to treat on -site and off -site runoff and reduce contamination in Aliso Creek, Limekiln Creek, and the Los Angeles River. The proposed BMPs include low flow channel diversions, stormwater pump stations, stormwater pre-screening devices, bioswales, vegetated detention/retention basin, the restoration of upland, riparian habitat, and BMP educational signage. The goal of the project is to significantly reduce the pollutant loads, as well as transform a specifically built flood control facility into a multi -function green infrastructure facility. The project will also be designed to achieve a Platinum Envision Rating. This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. Statewide Stormwater On -call Services, State of California, Department of Transportation (Caltrans), CA. Project Manager for several task orders for an on -call stormwater services contract with Caltrans. The engineering services for the task orders include hydrology/hydraulic design of treatment Best Management Practice (BMP) pilot projects; reconnaissance studies of new treatment BMPs; preliminary design reports; and plan, specification, and estimate preparation for treatment BMP pilot projects. Temescal Canyon Park Stormwater BMP Project, City of Los Angeles, Bureau of Engineering, Los Angeles, CA. Project Manager. Project Manager for a project to assist the City in compliance with the Santa Monica Bay Beaches Bacteria TMDL near Temescal Canyon Road. The engineering services for the project included concept development, preliminary design, detailed design, construction support, hydrologic analyses for the performance of the facility, site surveying, support of CEQA activities, environmental services, archaeological services, geotechnical explorations, permitting (Coastal, City Building and Safety, Caltrans, and Los Angeles County), and community outreach. Components of the BMP are a 22 million gallons per day (mgd) storm drain diversion structure; a hydrodynamic separator; a 1.25 million gallon detention tank; a 3 mgd pump station; new park playground equipment; new park restrooms; 500 feet of new 36-inch storm drain pipe; 1,000 feet of new 16-inch force main; and rehabilitation of 3,000 feet of existing 16-inch force main that discharges into the sanitary sewer for treatment at the Hyperion Wastewater Treatment Plant. City of Santa Ana ;E. ra Mr. Jansen is a civil engineer whose work primarily consists of stormwater-related projects. His design experience includes utility research, post -construction stormwater Best Management Practices, storm drain improvements and pump station design, hydraulic and hydrologic modeling and design, stormwater capture and use water quality compliance in Los Angeles County, roadway geometrics, construction plan set production, preparation of project specifications, cost estimating, and technical memorandum and report writing. His experience with construction support includes responding to RFls, reviewing shop drawings, and attending construction meetings. Mr. Jansen has comprehensive knowledge in the use ofAutodesk's Civil 3D software for both conceptual and detailed design studies, as well as the production of construction plan sets. Mr. Jansen also has experience using the following computer software: ArcGIS, QGIS, EPANET, FlowMaster, HEC-HMS, HEC-RAS, HEC-SSP, HydroCalc, HY-8, WinTR-55, WSPG, XPSWMM, MATLAB, VBA, and Microsoft Office (Excel, PowerPoint, and Word). Retention Project, City of Culver City, CA. Design Engineer. Provides pump station design support for this multi -beneficial stormwater regional project. Tetra Tech is selected by the City of Culver City to provide design services to incorporate an infiltration gallery under a newly reconstructed raised median along Culver Boulevard. The project also includes retention basins to reuse captured stormwater runoff and urban runoff to irrigate local landscape medians within the project area. The overall landscape design of this project includes green elements such as bioswales along the raised median and adjacent roadways to further promote stormwater pollution prevention education. Bellflower Water Capture Project at Caruthers Park Stormwater and Urban Runoff Capture Project, City of Bellflower, CA. Lead Designer. Design services in the areas of general civil, pipeline hydraulics, pipeline plan and profiles, and landscape irrigation and planting plans. Provides construction support services by responding to RFls, reviewing shop drawings, conducting water treatment equipment inspections, and attending weekly construction meetings. Tetra Tech is contracted to provide pre -design, design, and construction support services for this Caltrans funded stormwater capture project. Tetra Tech is providing a Project Engineering Study Report that includes all necessary analyses to provide a recommendation for regional TETRA TECH H stormwater capture treatment and implementation. The analysis identifies the existing site hydrology, water quality, and hydraulics to determine an optimal combination of the inflow rate, storage volume, and outflow. The Caruthers Park Project consists of a gravity diversion from two separate Los Angeles County Flood Control District storm drain lines; a 72" RCP line that drains 261 acres of the Los Cerritos Channel, and a 38' wide rectangular concrete channel that drains 2,995 acres of the Lower San Gabriel River. The diverted flows pass through a pretreatment system to remove trash, debris, and sediment. The runoff is then passed into a large buried multi -chambered storage/infiltration facility that will be treated and used to irrigate the park. Flows in excess of the required irrigation demands pass into the infiltration gallery to be exfiltrated through the soil to eventually combine with the ground water. This project will help the City comply with their bacteria and metals TMDL, while providing additional benefits of potable water offset and park revitalization. Lakewood Stormwater Capture and Infiltration Project at Mayfair Park, City of Lakewood, CA. Design Engineer. Assesses the influent water quality and develops sampling protocols for the stormwater harvesting system at Mayfair Park. Tetra Tech is contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline conveys the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud -based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). Lakewood Stormwater Capture and Infiltration Project at Bolivar Park, City of Lakewood, CA. Design Engineer. Assessed the influent water quality and developed sampling protocols for the stormwater harvesting system at Bolivar Park. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consisted of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Amo channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline conveyed the water into a large, buried mufti -chambered storage/infiltration facility. The stormwater collected in the underground reservoir was treated and used to irrigate the park's landscaped areas. The system monitors the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). Design Services for the Silver Lake Reservoir Stormwater Capture Project, MARRS Services Inc., City of Los Angeles Bureau of Engineering, CA. Lead Designer. Provided hydrology and hydraulics design support services, including delineating drainage areas where stormwater could be feasibly captured and routed to the existing Silver Lake and Ivanhoe Reservoirs, defining preliminary pipe alignments and structure locations (catch basins, manholes, and pretreatment devices) based on flow paths and existing utility locations, drafted exhibits to include as supporting figures in a Project Engineering Study Report (PESR), and wrote a PESR that summarizes these findings. The existing Silver Lake and Ivanhoe Reservoirs are located in the neighborhood of Silver Lake in the City of Los Angeles. These reservoirs relied on potable water to maintain a constant water surface elevation that would otherwise decrease due to evaporation losses and leaks. This project proposed to capture and route stormwater to these reservoirs to offset potable water demands. City of Santa Ana Jeff Atijera, PE Construction / Post -Construction Mr. Atijera has 18 years of experience in civil and structural engineering. His direct experience includes preparation of design documents for foundation design, retaining structures, grading and drainage, hydrology, and seismic design for residential, commercial, and educational facilities, as well as seismic retrofit for existing facilities. Mr. Atijera has comprehensive knowledge of AutoCAD 2016, Civil 3D, Enercalc, RISA 3D and various modeling and analysis software to address complex engineering issues. He is thoroughly experienced in construction support which includes interpretation of contract documents, construction observation, submittal and schedule reviews, review of field change orders, and testing and inspection procedures. Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Construction Support. Tetra Tech provided feasibility, conceptual and detailed design services to prepare final plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Amo channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi -chambered storage/infiltration facility. The system will monitor the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Santa Monica Clean Beaches Project for Pier and Pico-Kenter Watersheds, City of Santa Monica, Santa Monica, CA. Construction Support. The objective of the project is to improve Santa Monica beach water quality by increasing the diversion capacity at the Santa Monica Pier and Pico-Kenter storm drain outfalls. The 85th percentile storm to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The project proposes storm drain diversion and runoff storage systems at two separate storm drain outfalls. ITETRA TECH Caruthers Park Stormwater and Urban Runoff Capture Project, City of Bellflower, Bellflower, CA. Construction/Pre-Construction Support. Providing engineering design support for this Caltrans funded stormwater capture project. Tetra Tech is providing a Project Engineering Study Report (PESR) that includes all necessary analyses to provide a recommendation for regional stormwater capture treatment and implementation. The analysis identifies the existing site hydrology, water quality, and hydraulics to determine an optimal combination of the inflow rate, storage volume, and outflow. The Caruthers Park Project consists of a gravity diversion from two separate Los Angeles County Flood Control District storm drain lines; a 72" RCP line that drains 261 acres of the Los Cerritos Channel, and a 38' wide rectangular concrete channel that drains 2,995 acres of the Lower San Gabriel River. The diverted flows pass through a pretreatment system to remove trash, debris, and sediment. The runoff is then passed into a large buried multi -chambered storage/infiltration facility that will be treated and used to irrigate the park. Flows in excess of the required irrigation demands will pass into the infiltration gallery to be exfiltrated through the soil to eventually combine with the ground water. It is anticipated that the system will use active controls to monitor the weather conditions and empty the facility through a secured cloud -based system. This project will help the City comply with their bacteria and metals TMDL, while providing additional benefits of potable water offset and park revitalization. Stormwater and Runoff Capture Project at Carriage Crest Park, City of Carson, CA. Construction/ Pre -Construction Support.. Manages the project schedule, quality, and cost on behalf of the City. Provides interpretation of design intent and specification through mediation between the designer and contractor. Tetra Tech was contracted to evaluate the potential site location and develop the stormwater runoff and capture project. In addition, Tetra Tech was also tasked to provide construction management for the project. The project diverts runoff from approximately 1,146 acres in the Dominguez Channel Watershed and discharge captured runoff to the Los Angeles County Sanitation District's Sewer system through a pre-treatment system that removes trash, debris, and sediment, and an underground reservoir that holds 4.39 million gallons (13.5 ac-ft). The diversion will provide a significant water quality benefit to the community by removing stormwater pollutants from the Wilmington Drain an Machado Lake. Construction has commenced and is anticipated to be complete by June 2020. Stormwater and Runoff Capture Project at Mayfair Park, City of Lakewood, CA. Project Engineer. Support during construction consists of submittal reviews, inspection of drainage structures, interpretation of design intent, and specification through RFI's responses, and assisting construction manager in reviewing schedule and change order request. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The detailed design phase has commenced and reached project completion on January 2020. - - =city= Santa Ana Geotechnical Dr. Skopek has executed a variety of geotechnical engineering projects for a broad range of private and public clients. These projects included transportation infrastructure, commercial, industrial, and residential developments, landfill design and redevelopment, design of tailings and earthen dams and reservoirs, deep and shallow foundation design, slope assessment and stabilization design, ground stabilization, design of retaining walls and excavations, liquefaction assessment and geotechnical seismic design, forensic geotechnical engineering, geotechnical review for private and public agencies, performance reviews, geotechnical site investigation, design and implementation of laboratory programs, field inspections, and provision of quality assurance and engineering services during construction. Storm Water Infiltration and Storage Facility — Bolivar Park, Lakewood, California Santa Monica Clean Beaches Initiative. Geotechnical Manager. Dr. Skopek performed a geotechnical investigation, infiltration study, and provided construction inspection services for the storm water storage and infiltration facility constructed at Bolivar Park in the City of Lakewood, California. The invert of the proposed infiltration facilities was at a depth between 14 to 18 feet below the current grade. The facility consists of underground storage chambers which allow percolation of storm water, diverted from the adjacent Del Arno flood control channel, into the subgrade. The projec also included drilling, logging, and sampling of 5 hollow stem auger exploratory borings and infiltration tests in 3 percolation borings. Initiative, City of Santa Monica, CA. Geotechnical Manager. Dr. Skopek is providing geotechnical design and Construction Quality Assurance (CQA) services to the City of Santa Monica for the Clean Beaches project located in the vicinity of the Santa Monica Pier. The City is in the process of implementing its Clean Beaches project to improve beach water quality and increase the City's drought resilience. Services provided thus far have included site characterization, seismic hazard evaluation, foundation design for the proposed tanks and conveyance pipelines, and shoring design including dewatering considerations for the construction of the proposed facilities. installation of the shoring system, excavation, subgrade preparation, placement of pipelines, asphalt replacement, and as -built reporting. Multiple On -Site Storm Water Disposal Facilities in Los Angeles and Orange Counties. Geotechnical Manager. Dr. Skopek acted as ITETRA TECH r�1 the principal engineer or engineer -in -responsible charge for on -site storm water disposal systems in Pomona, Carson, Southgate, Lakewood, La Mirada, Newport Beach, Irvine, and Anaheim. The projects included subsurface investigations, performance of infiltration testing, processing of the data to determine percolation rates for the system design, and results submittal to regulatory agencies and subsequent support of the permitting process. Shoreline Park Athletic Fields, Mountain View, CA. Geotechnical Manager. Dr. Skopek acted as principal geotechnical engineer for the redevelopment of an 11.7-acre closed sanitary landfill located within Shoreline Regional Park into an athletic field facility. The site was required to comply with the landfill closure plan and without encroachment into the existing final cover system or refuse and following applicable regulations to maintain closed landfill status and be suitable for approval by the San Francisco Bay Regional Water Quality Control Board. The project included geotechnical characterization to compile relevant geotechnical data from published sources, utilization of available historic information and aerial photographs, preliminary subsurface investigations, processing collected data, performance of analyses to evaluate various land use scenarios and provision of parameters for grading and foundation design. A special focus was on the governing geotechnical design consideration, which is the prediction of settlement potential across the site. Biola University On -Site Storm Water Disposal Systems Design, La Mirada.Geotechnical Manager. Dr. Skopek acted as the principal engineer for the investigation and design of the on -site storm water disposal system was a part of the overall geotechnical support of the construction of a new university North Dormitory building and Health and Science building. Besides the conventional subsurface investigation, the task specific effort included performance of in -hole infiltration testing and interpretation of the percolation rates for the design of the buried "aquifer" storm water infiltration system. Design of Phase II Expansion of Las Pulgas Landfill, Camp Pendleton, near Oceanside. Geotechnical Manager. Dr. Skopek acted as the lead design engineer for this extensive project included provision of design, permitting, and construction quality control services. The uniquely relevant component of this project design, oversight and regulatory reporting of the test pad with Sealed Double - Ring Infiltrometer (SDRI), and oversight of field testing and CQA support during the construction including compaction, and BAT Permeameter and Shelby tube hydraulic conductivity testing for the construction and approval of the clay liner Vandenberg Air Force Base (AFB) Landfill Final Closure, Santa Barbara County, California. Geotechnical Manager. Dr. Skopek acted as the principal geotechnical engineer for the regulatory approval of the final closure of a Class III landfill site with an alternative 4-foot thick evapotranspirative (ET) cover. Services included evaluation of the water retention characteristics and hydraulic conductivity of the borrow soils and sand/clay mixtures, development of sand -clay mixtures of on -site borrow materials for the ET cover construction, water storage assessment to estimate the required minimum ET cover thickness, water balance modeling to demonstrate the performance equivalency between the ET cover and prescriptive landfill cover, parametric studies to evaluate the performance of the ET cover with respect to varied soil and vegetation conditions, development of design and construction recommendations for the proposed ET cover. =Gity_iSanta Ana — Fernando Cuenca, Dr. Cuenca's experience in the field of geotechnical engineering includes research on the stability of reinforced embankments incorporating coupled analysis including pore water pressures in unsaturated soils and water flow movement with slope deformations, using finite element formulations. Mr. Cuenca also worked extensively in the implementation of LITEXAS software for slope stability analysis, and to study applications for reinforced soils. He has worked extensively in the design of foundations for several types of structures including Water Treatment Plants, Power Plants, Communication Towers, Bridges and Highways. He has worked in Christchurch, New Zealand after the devastation caused by the series of earthquakes in 2010 and 2011, where he designed seismic resistant foundations for over 1000 dwellings located in different geological strata. He also has significant experience in doing liquefaction assessments and evaluating geologic hazards in highly seismic zones, and has experience in the design of mitigation measures to minimize the impact of adverse conditions in seismic prone areas, including the design of different ground improvement techniques. He also has experience in numerical modelling using finite element software, PLAXIS, and slope stability modelling using GEOSLOPE. Bolivar Park, City of Lakewood. Project Engineer in charge of the geotechnical design of an underground stormwater infiltration and storage facility using precast reinforced concrete units with their associated hydraulic structures and conveyance systems. Provided recommendations for the design of the shoring system for the deep excavations at the site and monitored construction and performance of the shoring system using solider piles and steel plates. Performed all the infiltration testing required for the design of the infiltration facilities at the Mayfair Park, City of Lakewood. Project Engineer in charge of the evaluation of the infiltration characteristics of the subsurface materials and the geotechnical design of stormwater storage system. In addition, a field feasibility study was conducted to study the possibility of using injection wells at the site. Performed the infiltration testing to assess the suitability of the site. Carriage Crest Park, City of Carson. Project Engineer in charge of the geotechnical design of a large underground stormwater storage tank, shoring design, and pipeline conveyance design. ITETRA TECH Alondra Park Project, Redondo Beach. Project Engineer in charge of the geotechnical design of an underground stormwater and infiltration facility at the site. In addition, the feasibility of using injection well at the site is being studied. Clean Beaches, City of Santa Monica. Project Engineer in charge of the geotechnical design of two underground stormwater storage tanks with their associated conveyance systems. Other tasks included the design of the shoring and dewatering system for the site and performing CQA operations at the site during installation of the shoring, and excavation. Caruthers Park, City of Bellflower. Project Engineer in charge of the infiltration testing using large diameter boreholes and geotechnical exploration for the design of large stormwater infiltration and storage underground vaults, including foundation design for diversion structures, pump stations, and pretreatment units. URP Pit No. 2, Irwindale. Project Engineer in charge of the reclamation of the UPR Pit No. 2, performing stability evaluations of the mining walls and backfill slopes, establishing compliance of the filling process with the approved Fill Operations Plan. URP Olive Pit, Irwindale. Project Engineer in charge of the design of the access road to provide access to the reclamation of the pit. The access road was designed as a reinforced slope with multiple layers of geogrids to minimize footprint and maximize available mining area. LA River Watershed Management Program, Gateway Cities. Project Engineer in charge of the infiltration assessment of different locations for the design of capture and infiltration BMP facilities within the LA River watershed. Port of Long Beach, Long Beach, CA. Project Engineer entrusted with the design of pile foundations for Pier 300. Challenges included design of the pier considering the possibility of surface fault rupture. US Corps of Engineers (USACE), USA. Project Engineer in charge of performing certification inspections for different levee projects, dams, retarding basins, spreading basins, throughout Orange County and LA County. Evaluating the stability and performance of levees and dams under different hydraulic loadings and seismic conditions. USA Air Force, Long Range Discrimination Radar Station Design Review. Project Engineer in charge of reviewing the foundation design and seismic performance of a long-range discrimination radar station in Alaska. Space Rocket Launch Facilities, Georgia. Project Engineer in charge of the evaluation of the effect of vibrations induced by space rocket launching on nearby facilities. Arroyo Chico Channel, Tucson, Arizona. Project Engineer in charge of the geotechnical design of channel improvements including a new U channel formed with side retaining walls and an open soft bottom. The design included provisions for installation of a special shoring system near existing buildings. Design was in conformance with USACE design guidelines. City of Santa Ana f3. Mr. Martin has seven years of experience in civil engineering design for municipal, federal and private sector projects including preparation of site plans, street and storm drain improvements, grading plans, and utility plans. His experience includes providing hydrologic drainage analysis and design for Low Impact Development (LID) projects,and hazardous waste containment and treatment systems. Mr. Martin has comprehensive knowledge in the use of AutoCAD Civil 3D, WaterCAD, Bentley FlowMaster, HEC-RAS, and AutoCAD Storm and Sanitary Analysis. Bolivar Park, Stormwater and Runoff Capture Project, City of Lakewood, CA. Design Engineer. Prepared plans, specifications and estimate for the development of a stormwater capture and treatment project. Included existing utility analysis and production of engineering plans related to the design of a stormwater diversion and infiltration system consisting of a diversion structure, pre-treatment, force main piping system, underground storage and infiltration structure, and overflow return line piping to the storm drain system. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air - inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Amo channel through a pretreatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi- chambered storage/infiltration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). The project not only helped the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provides additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Carriage Crest Park Stormwater Capture and Treatment, City of Carson, CA. Design Engineer. Production of conceptual improvement plans, conducting site specific feasibility studies related to improvements on existing stormwater infrastructure for the proposed diversion, treatment and collection system. Carriage Crest Park is identified in the Enhanced Watershed Management Program as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. The ® TETRA TECH ,,.. project components include a diversion structure to divert water from an existing storm drain system, a pretreatment structure to remove debris from the runoff, an underground structure to capture and store the stormwater prior to being discharged back into the existing storm drain system, and a rehabilitated park surface. Design objectives are to eliminate dry -weather flow from the adjacent channel and to maximize wet -weather pollutant capture. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, CA. Design Engineer. Responsibilities include existing utility analysis and production of engineering plans related to the design of a stormwater diversion and infiltration system, and the civil engineering plans, including erosion control, demolition, grading and drainage, and horizontal control for the underground and surface improvements to Mayfair Park. Tetra Tech is contracted to evaluate this potential site location and develop this stormwater runoff and capture project. The project consists of an airinflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre-treatment system to remove trash, debris, and sediment. A drainage pipeline will convey the water into a large, buried multi -chambered storage and filtration facility. The stormwater collected in the underground reservoir will be treated and secured cloud based system. The underground storage system is 4.5 million gallons (13.8 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Caruthers Park Stormwater and Urban Runoff Capture Project, City of Bellflower, CA.. Design Engineer. Contributing to the pre -design and design services for this Caltrans funded stormwater capture project. Tetra Tech is providing a Project Engineering Study Report that includes all necessary analyses to provide a recommendation for regional stormwater capture treatment and implementation. The analysis identifies the existing site hydrology, water quality, and hydraulics to determine an optimal combination of the inflow rate, storage volume, and outflow. The Caruthers Park Project consists of a gravity diversion from two separate Los Angeles County Flood Control District storm drain lines; a 72" RCP line that drains 261 acres of the Los Cerritos Channel, and a 38' wide rectangular concrete channel that drains 2,995 acres of the Lower San Gabriel River. The diverted flows pass through a pretreatment system to remove trash, debris, and sediment. The runoff is then passed into a large buried multi -chambered storage/infiltration facility that will be treated and used to irrigate the park. Flows in excess of the required irrigation demands will pass into the infiltration gallery to be exfiltrated through the soil to eventually combine with the ground water. It is anticipated that the system will use active controls to monitor the weather conditions and empty the facility through a secured cloud -based system. This project will help the City comply with their bacteria and metals TMDL, while providing additional benefits of potable water offset and park revitalization. Alondra Park Multi -Benefit Stormwater Capture Project, Los Angeles County Department of Public Works, Los Angeles, CA. Design Engineer. Contributed to the topographic survey and development of 30% design plans for a 30+ acre-foot regional stormwater capture BMP. Tetra Tech was contracted to develop a Preliminary Concept Report for the design of a multi -benefit stormwater capture project identified in the Enhanced Watershed Management Program for the Dominguez Channel Watershed Management Area. Tetra Tech provided a geotechnical evaluation of the project site and determined the maximum potential drainage area that could be captured. Several BMP size options were developed, and recommendations were provided for the BMP location, type, and size of pre- treatment systems and diversion structures for each option. City of Santa Ana ® = Mr. Olsen has been a part of the Tetra Tech team for nine years and contributes his extensive structural engineering knowledge from his involvement in municipal, industrial and federal projects. He has completed a variety of projects varying in size and funding for both public and private entities. Mr. Olsen's experience includes design, analysis, detailing and construction in structural engineering. He is knowledgeable in reinforced concrete, pre- and posttensioned concrete, reinforced masonry, steel and timber construction for a variety of building and infrastructure projects including reservoirs, water/wastewater treatment facilities, pump stations, bridge, buried concrete vaults, pipeline structures, bridges, as well as seismic retrofit of existing structures. Mr. Olsen has extensive working knowledge of the California Building Code (CBC), International Building Code (IBC) and their application to civil and structural engineering projects. Mr. Olsen is experienced with a variety of design software programs including RISA-31D, RISA Foundation, RISA Floor, ENERCALC SEL, L-PILE, RetainPro and Hilti PROFIS Anchor. Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Structural Design Engineer. Providing design phase services including plans, specifications and estimates. Tetra Tech was contracted to evaluate the potential site location and develop this stormwater runoff and capture project. The project consists of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Arno channel through a pre- treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi- chambered storage/infiltration facility. The stormwater collected in the underground reservoir will be treated and used to irrigate the park's landscaped areas. The system will monitor the weather conditions and the facility through a secured cloud -based system. The underground storage system is 2.8 million gallons (8.7 ac-ft). The goal of the project is to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. Basins, City of Santa Monica, Public Works Department, Santa Monica, CA. Structural Design Lead. Responsible for the design of the site improvements, diversion structure, pretreatment, underground storage reservoirs, and piping systems. The project objective is to TETRA TECH ,......_. x improve Santa Monica Beach water quality by increasing the diversion capacity at the Santa Monica Pier and Pico-Kenter storm drain outfalls. The 85th percentile storm event volume would be treated and diverted from the Pier watershed to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The project proposes storm drain diversion and runoff storage systems at two separate storm drain outfalls, routed to two subsurface storage areas. 1.6 million gallons will be stored at the historical Deauville Beach Club site and an additional 80,000 gallons will be stored at the Pico-Kentor storm drain outfall. Albion Riverside Park Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Structural Design Engineer. Providing design and construction support services for Albion Riverside Park. The project, located adjacent to the Los Angeles River, involves transforming a six -acre site, previously used for dairy warehousing and distribution, into a riverfront park and recreational facility that will benefit nearby disadvantaged low-income neighborhoods. In addition, the City is using the redeveloped property to increase the current capacity for managing stormwater runoff. This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. In addition, the project is being designed to achieve a Platinum EnvisionTm rating. Mr. Olsen is responsible for the design of North Spring Street and Childcare ADA ramps that utilized both soldier pile walls and conventional reinforced concrete retaining walls. Carriage Crest Stormwater and Runoff Capture Project, Sanitation Districts of Los Angeles County, Carson, CA. Structural Design Lead. Mr. Olsen is leading structural related design and retrofit facilities for Carriage Crest Park, which was identified in the Enhanced Watershed Management Program (EWMP) as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. The project components include a diversion structure to divert water from an existing storm drain system, a pretreatment structure to remove debris from the runoff, an underground structure to capture and store the stormwater prior to being discharged back into the existing storm drain system, and a rehabilitated park surface. Design objectives are to eliminate dry -weather flow from the adjacent channel and to maximize wet -weather pollutant capture. Caruthers Park Stormwater and Urban Runoff Capture Project, City of Bellflower, Bellflower, CA. Structural Design Lead. Mr. Olsen was responsible for leading the structural design elements, including the new treatment building facility, diversion structure, drop inlet structure and comprehensive specifications for the underground stormwater storage tank for the 90% design plans. Tetra Tech is providing a Project Engineering Study Report (PESR) that includes all necessary analyses to provide a recommendation for regional stormwater capture treatment and implementation. The analysis identifies the existing site hydrology, water quality, and hydraulics to determine an optimal combination of the inflow rate, storage volume, and outflow. The Caruthers Park Project consists of a gravity diversion from two separate Los Angeles County Flood Control District storm drain lines; a 72" RCP line that drains 261 acres of the Los Cerritos Channel, and a 38' wide rectangular concrete channel that drains 2,995 acres of the Lower San Gabriel River. The diverted flows pass through a pretreatment system to remove trash, debris, and sediment. The runoff is then passed into a large buried multi -chambered storage/ infiltration facility that will be treated and used to irrigate the park. Flows in excess of the required irrigation demands will pass into the infiltration gallery to be exfiltrated through the soil to eventually combine with the ground water. City of Santa Ana r Mauricio Argente, Landscape/Irrigation Mr. Argente has more than 29 years of combined landscape/irrigation architecture, planning and engineering management experience in both the public and private sectors. As an avid lifelong cyclist, Mr. Argente has specific expertise in active transportation design and planning, as well as green infrastructure and complete streets. As a Qualified Stormwater Practitioner and Qualified Stormwater Designer, Mr. Argente has current relevant experience with modern water and storm water management practices, including: bioswales, porous concrete, underground reservoirs, recharge systems and "smart" irrigation systems. Bolivar Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Landscape Architect. Mr. Argente assisted in evaluating potential site locations within the park for the stormwater runoff and capture project. The goal of the project was to not only help the City comply with the metals Total Maximum Daily Loads (TMDLs), as presented in the Los Cerritos Channel Watershed Management Program, but also to provide additional benefits, such as revitalized park infrastructure and augmentation of local water supplies. The project consists of an airinflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Del Amo channel through a pre-treatment system to remove trash, debris, and sediment. A pump station and drainage pipeline will convey the water into a large, buried multi -chambered storage/infiltration facility. The stormwater collected in the underground reservoir is treated and used to irrigate the park's landscaped areas. As part of the landscape architecture improvements, the project included new overhead structure and picnic area, new planting areas, and refurbishment of aging flatwork and active recreation Santa Monica Clean Beaches Initiative, City of Santa Monica, Santa Monica, CA. Landscape Architect. Mr. Argente was the Landscape Architect responsible for the design of the site and landscape amenities in support of the project. The project objective is to improve Santa Monica Beach water quality by increasing the diversion capacity at the Santa Monica Pier and Pico-Kenter storm drain outfalls. The 85th percentile storm event volume would be treated and diverted from the Pier watershed to the Santa Monica Urban Runoff Recycling Facility (SMURRF) or the sanitary sewer. The project proposes storm drain diversion and runoff storage systems at two separate storm drain outfalls, routed to two subsurface storage areas. 1.6 million TETRA TECH gallons will be stored at the historical Deauville Beach Club site and an additional 80,000 gallons will be stored at the Pico-Kenter storm drain outfall. Mayfair Park Stormwater and Runoff Capture Project, City of Lakewood, Lakewood, CA. Landscape Architect for a 4.5 million gallons (13.8 ac-ft) underground stormwater capture and storage system. Mr. Argente was responsible for integrating the overall civil and structural engineering solutions into an existing well -used community park. The project consisted of an air -inflated rubber dam diversion system to re -direct all urban runoff and stormwater runoff from the Clark Channel through a pre- treatment system to remove trash, debris, and sediment. A drainage pipeline conveys the water into a large, buried multi -chambered storage and filtration facility all located under the active recreation open space portion of Mayfair Park. Due to the high use and importance of the park to the community, it was important to integrate the stormwater capture project with minimal disruption to the park users and to minimize any loss of use to active recreation. Both goals were achieved. Albion Riverside Park Project, City of Los Angeles Bureau of Engineering, Los Angeles, CA. Landscape Architect. Responsible for overseeing the pre -design services, including the Envision certification process, for the Albion Riverside Park project. The design team provided both design and construction support services. The project, located adjacent to the Los Angeles River, involved transforming a six -acre site, previously used for dairy warehousing and distribution, into a riverfront park and recreational facility that will benefit nearby disadvantaged low-income neighborhoods. In addition, the City used the redeveloped property to increase the current capacity for managing storm water runoff. This important water quality project is part of the City's overall efforts through the Proposition O Bond Program to improve water quality and reduce pollutant loads that are currently being conveyed to the rivers, lakes, and oceans within the greater Los Angeles area. This project was selected as the 2019 Outstanding Park and Recreation Project Award from the American Society of Civil Engineers (ASCE), and earned an Envision Gold Award by The Institute for Sustainable Infrastructure (ISI). Culver Boulevard Stormwater Infiltration and Retention Project, City of Culver City, CA. Landscape Architect. Mr. Argente served as the Landscape Architect for this multi -beneficial stormwater regional project. Selected as a team member by the City of Culver City to provide design services to incorporate an infiltration gallery under a newly reconstructed raised median along Culver Boulevard. The project also includes retention basins to reuse captured stormwater runoff and urban runoff to irrigate local landscape medians within the project area. The overall landscape design of this project will include green elements such as bioswales along the raised median and adjacent roadways to further promote stormwater pollution prevention education. Carriage Crest Stormwater and Runoff Capture Project, Sanitation Districts of Los Angeles County, Carson, CA. Landscape Architect. Mr. Argente provided landscape architecture services for Carriage Crest Park, which was identified in the Enhanced Watershed Management Program (EWMP) as a high -priority site for a regional stormwater capture project due to its proximity to two large storm drains with a total drainage area exceeding 1,100 acres. The project components include a diversion structure to divert water from an existing storm drain system, a pretreatment structure to remove debris from the runoff, an underground structure to capture and store the stormwater prior to being discharged back into the existing storm drain system, and a rehabilitated park surface. Design objectives are to eliminate dry -weather flow from the adjacent channel and to maximize wet -weather pollutant capture. City of Santa Ana ,�LJL Source Support Mr. Watson is a geographer/planner with over 28 years of experience in stormwater quality management, making him a valuable asset in navigating this complex regulatory environment. He has working relationships with stormwater regulators and the regulated community across California and is a frequent speaker at conferences and workshops dealing with implementation of stormwater programs. Mr. Watson has contributed to the development of public policy related to planning, development, environmental management, and water quality. Bolivar Park Stormwater and Runoff Capture Project, Lakewood, CA. Funding Manager. Arranged financing through Caltrans Cooperative Implementation Agreement. Prepared description, scope of work, location, budget, and timeframe for Cooperative Implementation Agreement Reviewed consultant proposals for City Provided project oversight for City Assisted City in working with subcontractor to make necessary adjustments and corrections to ensure proper operation of Carriage Crest Stormwater and Runoff Capture Project, Carson, CA. Financing Manager. Arranged financing through Caltrans Cooperative Implementation Agreement Prepared description, scope of work, location, budget, and timeframe for Cooperative Implementation Agreement Provided initial project oversight for City. Caruthers Park Stormwater and Runoff Capture Project, Bellflower, CA. Funding Manager. Arranged financing through Caltrans Cooperative Implementation Agreement. Prepared description, scope of work, location, budget, and timeframe for Cooperative Implementation Agreement Reviewed consultant proposals for City and project oversight Mayfair Park Stormwater and Runoff Capture Project, Lakewood, CA. Funding Manager. Arranged financing through Caltrans Cooperative Implementation Agreement. Prepared description, scope of work, location, budget, and timeframe for Cooperative Implementation Agreement Reviewed consultant proposals for City. Holbridge Palmer Park Stormwater and Runoff Capture Project Atherton, CA. Financing Manager. Arranged financing through Caltrans Cooperative Implementation Agreement. Prepared description, scope of work, location, budget, and timeframe for Cooperative Implementation Agreement. Reviewed consultant proposals for City and provided project oversight for City. ITETRA TECH I I Stormwater Funding Options Report, Los Angeles County, CA. Funding Manager. Extensive work related to stormwater funding, including co-authoring the Stormwater Funding Options Report and consulting to a Steering Committee of elected officials in Los Angeles County to pursue recommendations in the Report to help deal with the costs of storm -water program implementation. With the Steering Committee, he contributed to refinements of the County's Safe, Clean Water Program. Multiple Funding Projects, Caltrans, CA. Funding Manager. Secured funding through the Caltrans Cooperative Implementation Agreement Program for five (5) water capture projects and one (1) water treatment project in Los Angeles County. Multiple Funding Projects, Los Angeles County, Los Angeles, CA. Funding Manager/ Permit Development. Contributed to development of 2012 Los Angeles County MS4 Permit, including extensive work reviewing draft permit language, participating in Regional Water Board permit workshops, and testifying at Regional Water Board permit hearings. Multiple Grant Proposal Propositions, Los Angeles, CA. Developed concepts and prepared grant proposals for successful Proposition 13, Proposition 40, and Proposition 50 grant projects. Extensive analysis, comment development on the Los Angeles Regional Water Board adopted TMDLs and EPA -established TMDLs, including the Los Angeles River Trash TMDL, the Los Angeles River Metals TMDL, the Los Angeles River Bacteria TMDL, the San Gabriel River Metals TMDLs, the Los Cerritos Channel Metals TMDLs, the TMDLs form Toxic Pollutants in Dominguez Channel and Greater Los Angeles and Long Beach Harbor Waters, and the Long Beach City Beaches and Los Angeles River Estuary Bacteria TMDL Stormwater Policy Development, California Stormwater Quality Association, CA. Funding Manager. Extensive statewide stormwater policy experience through 27 years of participation in the California Stormwater Quality Association (CASQA) and its predecessor organization, including chairing the CASQA Watershed Management & Impaired Waters Subcommittee, membership on the Executive Program Committee and serving on the Board of Directors. Extensive analysis, comment development, and testimony on the State's 303(d) list and the Listing/Delisting Policy. Multiple Watershed Management Programs, Multiple Agencies, Throughout California. Experience as a technical consultant to help groups of cities develop Watershed Management Programs and plans for compliance with TMDLs, including preparation of Implementation Plan components, preparation of a detailed Implementation Schedule for implementation of true source control BMPs, and negotiating with the Regional Water Board to receive credit toward compliance for the permittee's efforts in support of SB 346. City of Santa Ana Architectural Mr. Bodsky has over 30 years' design experience with a variety of building types and clients. His experience designing multi -building facilities is extensive; his designs for public works infrastructure include rail and bus transit facilities, parking garages and maintenance facilities. His experience covers all phases of project development, including planning, programming, design, and construction. Mr. Bodsky's expertise in managing contracts, dealing with contract issues and delivering on projects ranges from multiple on -call work order contracts. On Call Architectural/Engineering Services, Port of Seattle, WA, Mr. Bodsky is Contract Manager and Project Manager for the A/E on call for the Port of Seattle. To date task orders have included structural evaluation of the existing custom window wall in the SeaTac food court, Evaluation of fall protection systems at existing port properties, and evaluation of existing port managed and owned elevators and escalators. Pattison Transit Base Expansion for Intercity Transit, Olympia, WA, Project Manager for the first phase of the base expansion which outlined doubling of base size and capacity. Estimated project construction cost is $20 Million. The total Project window is 25 years, with a total estimated project cost pf $75 million. The design includes architectural, structural, mechanical and electrical modifications to the first and second floors of the maintenance building and the operations area of the administration building. The design also includes development of a portion of the north parcel adjacent to Pattison Base to include expanded parking, new site circulation, new fuel and wash facilities with associated underground fuel tanks, Pattison Street and Martin Way street improvements and new site paving, stormwater, landscaping and utility improvements. currently at 30% level of completion. (Design/Build) Pacific Northwest Maintenance and Welfare Facilities, AMTRAK, Seattle, WA, 2010-2012 Design Manager and architect for a design build partnership with PCL construction to construct (2) 60,000 SF buildings; an administrative and warehouse facility (Welfare Building) and a Maintenance facility for the Talgo, Cascade and Amtrak lines for Amtrak. The Maintenance building provides wheel truing, wheel changing and general maintenance facilities for Amtrak and Talgo trains at the Holgate yard just south of Safeco field. The four-story Welfare Building provides administrative offices as well as high bay storage of inventory. The project was fast track and won the 2013 DBIA National Award for Transportation projects. ITETRA TECH Northwest Region Traffic Management Center, WSDOT, Shoreline, WA, Lead Architect and Design Manager on the 17,500 SF design -build project with PCL as the contractor. The facility boasts a state- of-the-art control room with video wall, media observation room and Emergency Operations Center, all with a high degree of acoustic control and damping. Directed Tetra Tech team for architecture and interiors, structural, civil, and landscape design services. Communications and Control Center/EOC, King County Department of Transportation, Metro Transit Division, Seattle, WA. Project Manager of a 14,000 SF office building. This emergency facility is shared by Sound Transit and Metro Transit and will monitor and direct their agencies during emergency situations like earthquakes. The CCC project includes full tenant build -out and redundant building systems to address the essential facility design criteria required to operate after a natural disaster. As the primary communications hub for Metro Transit, site and building security were key aspects of the design. Some of these design components include a facility stand-off distance from the street, the use of concrete planters and building walls and large landscape rocks as security elements, pedestrian and vehicular gate design, and an internal hierarchy of security zones to control access to secure areas. Received Gold LEED certification. Everett Transit Parking Garage, City of Everett, Everett, WA. Project Manager and Project Architect. Tetra Tech teamed with KPFF on the design of the Everett Transit Parking Garage project, which is currently at 30% design stage. Tetra Tech provided Transit design coordination and integration, architectural site design, electrical, lighting and mechanical design for the project. Marcel directed the transit integration and site design aspects of the project. The City of Everett is currently pursuing Federal construction funding. Architectural Services for Transit Projects on a Work -Order Basis, King County Department of Transportation, Metro Transit Division, Seattle, WA. Project Manager and Project Architect for design on multiple architectural and mechanical vehicle maintenance upgrades to various Metro bases. Marcel negotiated and managed the contracts for all 22 work orders totaling approximately $750,000 in design work. Many of the work orders were performed simultaneously and fast -track. Projects included a predesign study for a table lift replacement for Metro's existing paint facility, installation of four parallelogram lifts, design of a steam clean facility and predesign for the Ryerson Base Operations Improvements. Architectural Services for Projects on a Work Order Basis, King County Department of Transportation, Roads Services Division, Seattle, WA. Project Manager for design of two architectural work orders to date, focusing on sustainability renovations for the KC Roads campus. The first work order has a sustainability Master Plan for Building J and the Roads campus in Renton. The Master Plan was developed to establish sustainable standards in a prototypical building that can be extended to the entire campus. The second work order is the implementation of that plan with the development of construction documents for the renovation of the building. Santa Ana Stormwater Project Design Services I�jilllllllllllllllllll C Appendix 2: Non -Collusion Affidavit Appendix ATTACHMENT 3-1: NON -COLLUSION AFFIDAVIT CERTIFICATIONS NON -COLLUSION AFFIDAVIT (Title 23 United States Code Section 112 and Public Contract Code Section 7106) To the CITY OF SANTA ANA DEPARTMENT OF PUBLIC WORKS In accordance with Title 23 United States Code Section 112 and Public Contract Code 7106 the BIDDER declares that the bid is not made in the interest of, or on behalf of, any undisclosed person, partnership, company, association, organization, or corporation; that the bid is genuine and not collusive or sham; that the BIDDER has not directly or indirectly induced or solicited any other BIDDER to put in a false or sham bid, and has not directly or indirectly colluded, conspired, connived or agreed with any BIDDER or anyone else to put in a sham bid, or that anyone shall refrain from bidding; that the BIDDER has not in any manner, directly or indirectly, sought by agreement, communication, or conference with anyone to fix the bid price of the BIDDER or any BIDDER, or to fix any overhead, profit, or cost element of the bid price, or of that of any other BIDDER, or to secure any advantage against the public body awarding the contract of anyone interested in the proposed contract; that all statements contained in the bid are true; and, further, that the BIDDER has not, directly or indirectly, submitted his or her bid price or any breakdown thereof, or the contents thereof, or divulged information or data relative thereto, or paid, and will not pay, any fee to any corporation, partnership, company association, organization, bid depository, or to any member or agent thereof to effectuate a collusive or sham bid. Note: The above Noncollusion davit is part of the Proposal. Signing this Proposal on the signature portion thereof shalltstitute signature of this Non -collusion Affidavit. BIDDERS autto ed that mak+rt�fa e certi}}}}'ication may subject the certifier to criminal prosecution. State of County Subscribed and sworn to (or affirmed) before me on this day of . 20_, by proved to me on the basis of satisfactory evidence to be the person(s) who appeared before me. Notary Public Signature Notary Public Seal City of Santa Ana RFP 20-102 Page A3-1 CALIFORNIA JURAT CERTIFICATE A Notary Public or other officer completing this certificate verifies only the identity of the individual who signed the document to which this certificate is attached, and not the truthfulness, accuracy, or validity of that document. State of California p County of J A-t.4r-A D vell-96niZA 'Ct •1 Subscribed and sworn to (or affirmed) before me on this day of NuC', UST- 20 ZD by :N&SOt t FVSSt-5 L proved to me on the basis of satisfactory evidence to be the person(s) who appeared before me. STEPHEN DBlAAN WITNESS MY HAND AND OFFICIAL SEAL, a NotaryPublic-California .. a Santa Barbara county _5 r� Commission 4 2194795 My Comm. Expires May 25, 2071 Signature of Notary Public (Notary Seal) OPTIONAL INFORMATION The jural contained within this document is in accordance with California lmv. Any affidavit subscribed and sworn to before a notary shall use the preceding wording or substantially similar warding pursuant to Civil Code sections 1189 and 8202, A jurat certificate cannot be affixed to a document sent by mail or othervuise delivered to a notary public, including electronic means, whereby the signer did not personally appear before the notary public, even if the signer is known by the notary public. The seal and signature cannot be gffixed to a document without the correct notarial wording. As an additional option an afant can produce art alydavil on the same document as the notarial certificate wording to eliminate the use of additional documentation. DESCRIPTION OF ATTACHED DOCUMENT CAPACITY CLAIMED BY THE SIGNER Individual Corporate Officer (Title ofdocumon0 Number of Pages _(Includingjural) Partner Attomey-In-Fact Document Date Trustee Other: (AdditionalIn formal i on) MMXV PAW GIn Ono Y]ne ......... _.__.. __._ On -Call Stormwater Project Design Services SAry�O� 1 ��Lllllllllllllllu; � V Appendix3: Non -Lobbying Certification Appendix ATTACHMENT 3-2: NON -LOBBYING CERTIFICATION CERTIFICATIONS The prospective participant certifies, by signing and submitting this bid or proposal, to the best of his or her knowledge and belief, that: 1. No federal appropriated funds have been paid or will be paid, by or on behalf of the undersigned, to any person for influencing or attempting to influence an officer or employee of any federal agency, a Member of Congress, an officer or employee of Congress, or an employee of a Member of Congress in connection with the awarding of any federal contract, the making of any federal grant, the making of any federal loan, the entering into of any cooperative agreement, and the extension, continuation, renewal, amendment, or modification of any federal contract, grant, loan, or cooperative agreement. 2. If any funds other than federal appropriated funds have been paid or will be paid to any person for influencing or attempting to influence any officer or employee of any federal agency, a Member of Congress, an officer or employee of Congress, or an employee of a Member of Congress in connection with this federal contract, grant loan, loan or cooperative agreement, the undersigned shall complete and submit a "Disclosure of Lobbying Activities". This certification is a material representation of fact upon which reliance was placed when this transaction was made or entered into. Submission of this certification is a prerequisite for making or entering into this transaction imposed by Section 1352, Title 31, U. S. Code. Any person who fails to file the required certification shall be subject to a civil penalty of not less than $10,000 and not more than $100,000 for each such failure. The prospective participant also agrees by submitting his or her bid or proposal that he or she shall require that the language of this certification be included in all lower tier subcontracts, which exceed $100,000 and that all such sub recipients shall certify and disclose accordingly. Title Date Tetra Tech, Inc. 2020 Fussel City of Santa Ana RFP 20-102 Page A3-2 On -Call Stormwater Project Design Services Ib 01 ITT * Appendix 4: Non -Discrimination __ , Certification Appendix ATTACHMENT 3-3: NON-DISCRIMINATION CERTIFICATION CERTIFICATIONS The undersigned consultant or corporate officer, during the performance of this contract, certifies as follows: 1. The Consultant shall not discriminate against any employee or applicant for employment because of race, color, religion, sex, or national origin. The Consultant shall take affirmative action to ensure that applicants are employed, and that employees are treated during employment without, regard to their race, color, religion, sex, or national origin. Such action shall include, but not be limited to, the following: employment, upgrading, demotion, or transfer, recruitment or recruitment advertising; layoff or termination; rates of pay or other forms of compensation; and selection for training, including apprenticeship. The Consultant agrees to post in conspicuous places, available to employees and applicants for employment, notices to be provided setting forth the provisions of this nondiscrimination clause. 2. The Consultant shall, in all solicitations or advertisements for employees placed by or on behalf of the Consultant, state that all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, or national origin. 3. The Consultant shall send to each labor union or representative of workers with which he/she has a collective bargaining agreement or other contract or understanding, a notice to be provided advising the said labor union or workers' representatives of the Consultant's commitments under this section, and shall post copies of the notice in conspicuous places available to employees and applicants for employment. 4. The Consultant shall comply with all provisions of Executive Order 11246 of September 24, 1965, and of the rules, regulations, and relevant orders of the Secretary of Labor. 5. The Consultant shall furnish all information and reports required by Executive Order 11246 of September 24, 1965, and by rules, regulations, and orders of the Secretary of Labor, or pursuant thereto, and will permit access to his/her books, records, and accounts by the administering agency and the Secretary of Labor for purposes of investigation, to ascertain compliance with such rules, regulations, and orders. 6. In the event of the Consultant's non-compliance with the nondiscrimination clauses of this contract or with any of the said rules, regulations, or orders, the contract may be canceled, terminated, or suspended in whole or in part and the Consultant may be declared ineligible for further Government contracts or federally assisted construction contracts in accordance with procedures authorized in Execution Order 11246 of September 24, 1965, and such other sanctions may be, imposed and remedies invoked as provided in Executive Order 11246 of September 24, 1965, or by rule, regulations, or order of the Secretary of Labor, or as otherwise provided by law. 7. The Consultant shall include the portion of the sentence immediately preceding paragraph (1) and the provisions of paragraphs (1) through (7) in every subcontract or purchase order unless exempted City of Santa Ana RFP 20-102 Page A3-3 by rules, regulations, or orders of the Secretary of Labor issued pursuant to Section 204 of Executive Order 11246 of September 24, 1965, so that such provisions will be binding upon each subcontract or purchase order as the administering agency may direct as means of enforcing such provisions, including sanctions for noncompliance; provided, however, that in the event the Consultant becomes involved in, or is threatened with, litigation with a sub -consultant or vendor as a result of such direction by the administering agency, the Consultant may request that the United States enter into such litigation to protect the interests of the United States. 8. Pursuant to California Labor Code Section 1735, as added by Chapter 643 Stats. 1939, and as amended, No discrimination shall be made in the employment of persons upon public works because of race, religious creed, color, national origin, ancestry, physical handicaps, mental condition, marital status, or sex of such persons, except as provided in Section 1420, and any consultant of public works violating this Section is subject to all the penalties imposed for a violation of the Chaoterll I'll Sigi Titb Firm: Tetra Tech, Inc. Date: August 12th, 2020 City of Santa Ana RFP 20-102 Page A24 On -Call Stormwater Project Design Services �I Illiiildlliill!III( b � NO tr n- 3 �r Appendix 5: Scope of Services & Schedule PROPOSALFOR On -Call Stormwater Project Design services RFP NO.: 20-102 Appendix 5: Scope of Sc Refer to Section D of this proposal for a general description of the scope of services that the Tetra Tech team can provide under this on -call contract. A detailed scope of services and schedule will be provided when requested for specific projects or tasks issued under the on -call contract. SA 2--poN, On -Call Stormwater Project Design Services Project Manager 1 $190.00 Survey Technician 1 I $105.00 Project Manager 2 $210.00 Survey Technician 2 $120.00 Project Manager 3 $230.00 Survey Crew Chief $130.00 Senior Project Manager $250.00 Project Surveyor 1 I $145.00 Program Manager $275.00 Project Surveyor 2 $170.00 Principal in Charge $350.00 Senior Land Surveyor , $210.00 Engineering Designer Engineer 1 Engineer 2 Engineer 3 Project Engineer 1 Project Engineer 2 Senior Engineer 1 Senior Engineer 2 Senior Engineer 3 Principal Enqineer $90.00 $110.00 $120.00 $130.00 $150.00 $180.00 $200.00 $230.00 $260.00 $340.00 Arch Technician $60.00 Architectural Designer 1 $85.00 Architectural Designer 2 $95.00 Architectural Designer 3 $130.00 Architect 1 $140.00 Architect 2 $150.00 Senior Architect 1 $190.00 Senior Architect $210.00 $260.00 Architectural Program Manager City of Santa Ana One -Man Crew (Non -Prevailing) Two -Man Crew (Non -Prevailing) Three -Man Crew (Non -Prevailing) One -Man Crew (Prevailing) Two -Man Crew (Prevailing) Three -Man Crew (Prevailing) CAD Designer Senior CAD Designer GIS Analyst Senior GIS Analyst Project Assistant 1 Project Assistant 2 Project Administrator 1 Project Administrator 2 Project Administrator 3 $165.00 $240.00 $315.00 $195.00 $310.00 $405.00 $100.00 $135.00 $110.00 $150.00 $65.00 $75.00 $95.00 $115.00 $130.00 TETRA TECH Scientist 1 I $80.00 Scientist 2 $105.00 Scientist 3 $135.00 Senior Scientist 1 $150.00 Senior Scientist 2 $180.00 Senior Scientist 3 $200.00 Principal Scientist $260.00 Environmental Planner 1 $90.00 Environmental Planner 2 $100.00 Environmental Planner 3 $115.00 Senior Environmental Planner 1 $140.00 Senior Environmental Planner 2 $160.00 Senior Environmental Planner 3 $180.00 Principal Environmental Planner $260.00 Construction Technician $100.00 Assistant Construction Manager $140.00 Construction Manager 1 $180.00 Construction Manager 2 $200.00 Senior Construction Manager $235.00 Construction Inspector 1 $115.00 Construction Inspector 2 $130.00 Construction Inspector 3 $145.00 Senior Construction Inspector I $185.00 Photo Copies (B&W 8.5"x11") $ 0.20/Each Photo Copies (B&W 11"x17") $ 0.50/Each Color Copies (up to 8.5"x11 ") $ 2.00/Each Color Copies (to IIIN17) $ 3.00/Each Compact Discs $10/each Large format copies $0.50 S.F. Mileage -Company Vehicle $0.80/mile Mileage-POV $0.55/mile** ** 1) GSA POV: Current GSA POV mileage is subject to change. 2) ODCs: All ODCs will be billed at cost plus 10% 3) Annual Rates Rates are subject to change 3% annually or per the Consumer Price in- dex, whichever is greater. - City of Santa Ana I __ .. TETRA TECH Principal Principal Engineer/Geologist Chief Engineer/Geologist Supervising Engineer/Geologist Associate Engineer/ Geologist Senior Engineer/Geologist III Senior Engineer/Geologist II Senior Engineer/Geologist Project Engineer/Geologist III Project Engineer/Geologist II Project Engineer/Geologist I Staff Engineer/Geologist III Staff Engineer/Geologist II Staff Engineer/Geologist I Soils/Asphalt/Field Technician (Standard) Soils/Asphalt/Field Technician (Prevailing Wage) CAD Operator/Draftsperson Administrative/Office Support Depositions and Expert Witness Testimony (minimum 4 hours) $240.00 $225.00 $215.00 $205.00 $195.00 $185.00 $175.00 $165.00 $155.00 $145.00 $135.00 $125.00 $115.00 $105.00 $93.00 $117.00 $125.00 $90.00 $420.00 Field vehicle usage $0.70 per mile (engineers/geologists only) Field vehicle usage $14 per hour (field services) Sand Cone or Nuclear Density $12 per hour Gauge Hand auger and soil sampling $60 per day equipment BAT Permeameter $250 per day Double Ring Infiltormeter $250 per day Inclinometer read unit $400 per day Floor level manomenter $70 per day Moisture vapor emission test kit $60 per kit (material only) Infiltration test flowmeter $110 per day test Per diem $260 per day City of Santa Ana I TETRA TECH 1) INVOICES: Unless otherwise agreed upon, invoices will be submitted on a monthly basis and are payable upon receipt. A service charge of 1.5 percent per month will be charged on invoices not paid within 30 days. 2) REGULAR HOURS: Fees for field technician's services are based on a standard 8-hour workday that is between 6:00 AM and 5:OOPM Monday through Friday. Premium rates will be charged for work outside of these hours. 3) OVERTIME RATES: Overtime rates of 1.35 times of the standard rates will be charged for the first 4 overtime hours on weekdays, and for the first 8 hours on Saturdays. Premium rates of 1.7 times of the standard rates will be charged for hours worked in excess of 12 hours on weekdays, 8 hours on Saturdays, and all hours worked on Sundays and holidays. 4) SPECIAL SHIFTS: A surcharge of 35% will be added to personnel charges for personnel working during non -regular hours, e.g., night shift. 6) MINIMUM HOURS: For field inspection duration between 0 and 4 hours, a minimum charge of 4 hours will be applied. For inspection duration between 4 and 6 hours, and 6 and 8 hours, a 6- and 8-hour minimum charge, respectively, will be applied. 6) CANCELLATIONS: A minimum of 24 hours notice is required to schedule or cancel field personnel. If less than 24 hours notice is provided on a cancellation, ashowup charge equivalent to 4 hours of work will be assessed. 7) HAZARDOUS ENVIRONMENT. A minimum surcharge of 20% will be added to personnel charges for personnel working with hazardous materials or in hazardeous environments requiring Level C or better personal protection equipment 8) MARKUP: Cost plus 15% will be charged for requested materials and services not listed on the above schedule. 9) RATE ADJUSTMENTS: Unless otherwise agreed upon, the rates will be adjusted to the then current prevailing rates on the anniversary date of the project contract. 10) ANNUAL RATES: Rates are subject to change 3% annually or per the Consumer Price Index, whichever is greater. City of Santa Ana I , .., TETRA TECH RICHARD WATSON & ASSOCIATES, INC. Urban & Regional Planning FEESCHEDULE 2020 Labor billing rates are subject to annual adjustment on January 1 of each year. Rates are subject to change 3% annually or per the Consumer Price Index, whichever is greater. Personnel Principal Associate Assistant Planner Computer Graphics Editorial Clerical Additional Services Consultation Relative to Legal Actions Deposition and Court Testimony Videography/Media Support 2020 230.00 185.00 115.00 110.00 90.00 70.00 344.00 400.00 Rates Available on Request *Other specialized services available at rates to be determined. See General Provisions for additional information PROVISIONS AND CONDITIONS FOR PROFESSIONAL CONSULTING SERVICES GENERAL PROVISIONS I • Travel, reproduction, delivery and supply costs will be billed at cost plus 10%. 2• Mileage will be billed at $0.60 per mile. 3 - On -site reproduction will be billed at $0.15 per page. 4• Hourly rates apply to work time as well as travel time and waiting time that occurs at public hearings, depositions, or court testimony. DEVELOPMENT SERVICES STORMWATER QUALITY STRATEGIC PLANNING 21922 Viso Lane Mission Viejo, CA 92691-1318 USA 949.855.6272 Fax 949.855.0403 www.rwaplanning.com FY 2020 Staff Rates �� Sustainable Landesign