santa clara valley urban runoff pollution prevention program€¦ · · 2016-11-02santa clara...

Santa Clara Valley Urban Runoff Pollution

Prevention Program

Statement of Qualifications for Design, Review, and/or Certify Storm Water Treatment Measures and Hydromodification Control Facilities

16 September 2014

Cover Letter

September 16, 2014

Jill Bicknell EOA, Inc. Assistant Program Manager, SCVURPPP 111 West Evelyn Ave., Suite 110

Sunnyvale, CA 94086

Subject: Request for Qualifications for Professional Civil Engineers Registered in the State of

California to Design, Review, and/or Certify Storm Water Treatment Measures and

Hydromodification Control Facilities

Dear Ms. Bicknell and Members of the Selection Committee:

GHD appreciates the opportunity to submit this Statement of Qualifications of our firm’s California registered civil

engineers to design, review, and/or certify storm water treatment measures and hydromodification control facilities

for new development and redevelopment projects. This effort will require a specialized team with the knowledge,

background, and capabilities to compliment the SCVURPPP’s staff and resources to achieve success. We

recognize that for our firm to be a success to the pollution prevention program we must assemble a team of

experienced and trained licensed civil engineers registered in the State of California. Our approach to this is

focused on achieiving this aim.

GHD delivers the right Project Manager paired with the right team to deliver efficient solutions that result

in Time and Cost Savings.

Our proposed Project Manager, Mr. Jay Lin, is a Qualified SWPPP Developer/Practitioner and will draw on his

extensive training on stormwater treatment and hydromodification control measures design to deliver a successful

project. His proven record of success as Project and Design Manager for stormwater, hydromodification, and

design projects are testament to his specialized skills that will benefit the project.

Mr. Lin will be fully supported by a solid support team of project engineers that have worked on storm water

quality, hydromodification and low impact development (LID) projects across California and will deliver an

enhanced level of service to SCVURPPP. Many of the team members have numerous certifications in storm

water quality management, and have provided their knowledge and expertise to various public agencies in

California.

GHD is a local firm with a global footprint that is committed to successfully achieving SCVURPPP’s goals. We

look forward to the opportunity to achieve success through this project. We are committed to delivering technically

proficient and cost effective solutions to SCVURPPP. Our extensive experience in storm water treatment and

hydromodification flow control facility design makes us a strong advocate in many areas of your pollution

prevention program. We want to assist Santa Clara Valley to implement the goals and visions of the pollution

prevention program through our sound engineering design services. The enclosed response to your Request for

Qualifications outlines how SCVURPPP will benefit from GHD’s approach to meeting your goals and objectives. Sincerely, Jay Lin, P.E. Tony Petroccitto, P.E. Project Manager Principal-In-Charge

Table of Contents

1 Executive Summary

2 Statement of Interest and Availability

2 Project Team

6 Firm Experience

10 Project Understanding

Appendix

A Resumes and Proof of Training

Statement of Qualifications for CA Registed Civil Engineers to Design, Review, and/or Certify Storm Water

Treatment Measures and Hydromodification Control Facilities

1 | GHD for Santa Clara Valley Urban Runoff Pollution Prevention Program

Legal Name

GHD Inc.

Address

1735 North First St., Suite 301

San Jose, CA 95112

Year Established

1928

Structure of Firm

Corporation

Primary Contact

Jay Lin, PE

Project Manager

1735 North First St., Suite 301

San Jose, CA 95112

ph: 408.451.9615

fax: 408.451.9665

[email protected]

Executive Summary

GHD is one of the world’s leading professional services companies operating

in the global markets of water, energy and resources, environment, property

and buildings, and transportation. We provide engineering, architecture,

environmental and construction services to private and public sector clients.

Established in 1928 and privately owned by our people, GHD operates

across five continents – Asia, Australia, Europe, North and South America

We employ more than 8500 people in 200+ offices to deliver projects with

high standards of safety, quality and ethics across the entire asset value

chain. Driven by a client-service led culture, we connect the knowledge, skill

and experience of our people with innovative practices, technical capabilities

and robust systems to create lasting community benefits.

Committed to sustainable development, GHD improves the physical, natural

and social environments of the many communities in which we operate. We

are guided by a Practice Quality Management System, ISO 9001:2008 and

an Environmental Management System, ISO14001:2004 which are certified

by Lloyds Register Quality Assurance.

Our goal is always to work closely with SCVURPPP and act as an extension

of your staff, emphasizing the highest level of communication and the

production of quality and timely support. Our local staff has significant

experience working directly for various water districts, municipalities and

governmental agencies on similar projects.

How We Can Assist You

GHD will provide SCVURPPP a team that will provide design, review, and certification services to support Santa

Clara Valley’s pollution prevention program. Key members of our local staff have spent their entire careers in the

Northern California water market and are able to provide informed, relevant solutions to Santa Clara Valley’s

requirements. Our office in San Jose will allow us to ensure immediate communication and coordination with

members of the program, while managing projects efficiently and as a local resource to SCVURPPP.

On the following pages, you will find a team profile showing the proposed team, as well as biographies of our key

team members, and our understanding of stormwater water management practices and continuous simulation

hydrologic models.

Primary Contact and Project Manager

Our proposed Project Manager, Jay Lin, will be the primary contact person for our firm and will be fully committed

to ensuring the success of each of SCVURPPP’s projects. He is respected for his knowledge of storm water and

hydromodification infrastructure. He has assembled a team of professionals who have in-depth storm water

planning and design experience who understand the complexity of Low Impact Development (LID) design,

hydraulic design, and stormwater projects.




Statement of Interest and Availability

GHD is excited about the prospect of working with the community and local

municipalities in Santa Clara County to help provide developments with

innovative solutions for controlling and treating storm water. We have

selected a team of people who are available to provide their design and

review services and are motivated to do a great job. Our entire team is

committed to work on projects as they arise.

Project Team

Our Project Manager, Jay Lin, has assembled a team specifically to meet the needs and goals to successfully

complete each of your projects. Members of our team have worked for many years together on similar projects.

This close knit and productive team will be fully committed to the success of your pollution prevention program.

Jay Lin will be your primary point of contact and will lead your projects. Tony Petroccitto is our Principal-In-Charge

and will be assisting with any major issues that arise. Jay and Tony have worked together for close to ten years

on storm water related projects. We have included a list of our qualified engineers, all of whom are registered civil

engineers in the state of California and have stormwater treatment and hydromodification control measures

design expertise.

Most of our team members are Qualified SWPPP Developers (QSD) and Qualified SWPPP Practitioners (QSP) in

the state of California; all of them are California licensed Professional Engineers. This team will be able to provide

NPDES-compliant SWPPPs, provide review of existing SWPPPs, and submit permitting applications. We

understand the regulatory environments in each of California’s regions, and will be able to consistently solve any

issues that arise.

The majority of our project work will be performed out of our local San Jose office, allowing an immediate

response to your needs. Additionally, we will be able to draw from our resources in our San Francisco, Santa

Rosa, Sacramento, Eureka, and Irvine offices located nearby.

Profiles of our key team members summarizing their qualifications and experience is shown on the following

table. Full resumes and training certificates of our Project Team are included in Appendix A.




Name Qualifications/Associations Bio

Tony Petroccitto, PE Principal-In-Charge

California Licensed Professional Engineer:

Civil/CA/ #44138

US Green Building Council LEED®

Accredited Professional

American Society of Civil Engineers

Association of Military Engineers

Water Environment Federation

Mr. Petroccitto has over 24 years of

experience in the planning,

design, environmental review and

permitting of many site development

projects. He has participated in the

design and management of over

$100,000,000 of infrastructure for

urban re-development in large cities

in California, most notably the

Mission Bay Redevelopment in San

Francisco.

Jay Lin, PE, QSD Project Manager


Civil/CA/ #69605

Qualified SWPPP Developer/Practitioner

(QSD/QSP) CA#00167




Association of Military Engineers

Mr. Lin has over 12 years of

experience and is a registered

professional engineer in the state of

California. His areas of expertise is

in stormwater design, SWPPP

preparation, infrastructure

improvements, on-site design, trail

design, Low Impact Development

design, feasibility studies, master

planning, and project support of

multi-disciplined projects.

Rick Jorgensen, PE,QSD Project Engineer


Civil/CA/ #30547


(QSD/QSP) CA#20843


Mr. Jorgensen has 36 years of experience in hydrology and hydraulics on flood protection, stormwater, and riverine projects. He has conducted field investigations to assess hydrologic parameters, hydraulic stream-related parameters, and hydraulic structures. Working for wFEMA, he has completed COLMRs /LOMRs and related studies for Healdsburg, Ukiah, Hidden Valley Lake Community Services District, Napa Flood Control District and several Napa area developers.

Pat Sullivan, PE Project Engineer


Civil/CA/ #69599


California Water Environment Association

OSHA 40-Hour Hazardous Site Worker

Training

Mr. Sullivan has over 15 years of experience working as a design engineer, project manager, and college lecturer. He has degrees in civil and environmental engineering specializing in water resources and subsurface hydrology. Mr. Sullivan has worked as a consultant for U.S. EPA, DOD, DOE, and local municipalities with areas of expertise in air, surface water, hydraulic, and groundwater modeling.




Raymond Wong, PE Project Engineer


Civil/CA/ #67876



Certified Professional in Erosion and

Sediment Control

Past President of American Society of Civil

Engineers San Jose Branch

Floodplain Management Association,

Mr. Wong is specializing in water resources engineering, with technical emphasis on hydraulic and hydrology, flood management, urban wet utilities infrastructure planning and design, and Low Impact Development. He has worked on various study, planning and design projects throughout California and the Pacific.

Cory Jones, PE, QSD Project Engineer


Civil/CA/ #69807


(QSD/QSP) CA#24386

California Stormwater Quality Association

Floodplain Management Association


Environmental & American Water Resource

Institute Sustainability Committee

Mr. Jones has over 11 years of experience in municipal engineering, general site-civil engineering, water/wastewater engineering, water quality and quantity studies, and sustainable engineering practices. He has experience in planning, designing, and construction inspection of stormwater BMPs. He has experience with various aspects of municipal engineering and plan checking, performing engineering calculations and report writing.

John Riley, PE, QSD Project Engineer


Civil/CA/ #68748


(QSD/QSP) CA#00188

Mr. Riley has 19 years of experience in a wide variety of civil and environmental engineering projects, specializing in rural development, storm water, and water quality issues. John has been actively involved in the Construction General Permit since the mid 1990’s and with the multiple revisions since its inception, providing a thorough understanding of both the conceptual and practical aspects of the permit.

Parastou Hooshialsadat,

PE, QSD

Project Engineer


Civil/CA/#74653

Qualified SWPPP Developer /Practitioner

(QSD/QSP) #20893

California Stormwater Quality Association

California Water Environment Association

Collection System Maintenance, Grade 1

#110921002

Ms. Hooshialsadat’s experience includes hydrologic and hydraulic analyses for the evaluation and design of open channel flow, drainage, potable water, wastewater, water quality, and pump station systems. She has pre-processed data for input into hydraulic models and post-processrf hydraulic output for customized analysis and presentation. Her hydrology and hydraulic modeling experience includes WinTR-55, Hydraflow, FlowMaster, HEC-2, HEC-HMS, HEC-RAS and StormCAD.




Jeremy Svehla, PE,QSD Project Engineer


Civil/CA/ #72169


(QSD/QSP) #00159


American Fisheries Society

Humboldt Plan-It Green (Co-Founder)

City of Arcata Wetlands & Creek Comittee

Mr. Svehla has over 10 years of experience in water resources engineering. His experience includes a broad range of services including pipeline and open channel hydraulic analyses, hydrologic and storm water runoff analyses, fish passage design and analysis including bridge and culvert design, bioengineering stream bank restoration design using 2-D finite element modeling, site development, surveying, and roadway planning and design.

Josh Wolf, PE, QSD Project Engineer


Civil/CA/ #72169


(QSD/QSP) #00299

American Society of Civil Engineers-North

Coast Branch President

Humboldt County Association of Gov.

Local Assistance Resident Engineers

Academy

Mr. Wolf has over 9 years of experience designing and managing a wide range of projects including site design, land development, water resources, and transportation projects. In addition, he has experience in the design of public infrastructure projects that include geometric roadway design, storm drainage analysis and design, and water and wastewater conveyance systems design.

Greg Hulburd, PE, QSD Project Engineer


Civil/CA/ #81404


(QSD/QSP) #24527


OSHA 40-Hour Hazwoper Certified

Mr. Hulburd has over 4 years of experience in site investigation, soil and groundwater quality remediation, storm water pollution prevention, compliance monitoring, and risk assessment. He provides support for storm water and National Pollutant Discharge Elimination System (NPDES) compliance, inspections, and reporting.

Lorraine Htoo, PE Project Engineer


Civil/CA/ #79542



NASSPA Certificate #U-407-4811


American Water Works Association

Bay Area Water Works Association

Ms. Htoo’s experience includes surveys, alternative analyses, storm drain design, low impact development design, sanitary sewer rehabilitation design, cost estimates, design reviews, and utilities location research for various infrastructure projects. Her involvement in local development projects include field investigation, analysis, cost checking, and utilities design, coordination and construction support.




Firm Experience

Project Name Met training

requirements

Experience

with design

of LID

treatment

BMPs

Experience

with design of

flow control

facilities to

meet HM

requirements

Experience

with design

of other

flow control

devices

Experience

with

continuous

simulation

hydrologic

modeling

Experience

with

inspection

of installed

BMPs

Hunters Point Shipyard Phase 2 –

Candlestick Development

Levi’s Stadium, Santa Clara CA

UC Santa Cruz Grading and

Drainage Master Plan

California Health Care Facility

(CHCF Stockton)

SMART Rail

City of Fortuna Rohner Creek

Flood Control and Habitat

Improvement Project

Humboldt State University Low

Impact Development Parking Lot

Retrofit Project

City of Fortuna Strongs Creek

Hydrologic and Hydraulic Study

Redwood Community Action

Agency (RCAA) LID Retrofit for

City of Fortuna, Fortuna Blvd. LID

Retrofit Project

East Mesa Detention Facility,

Design Build, County of San

Diego

Callado Road LID Retrofit, City of

San Diego, CA

Ball & Sunkist Road

Improvements, Anaheim, CA




Reference:

Mr. Jack Hill

Forty Niners Stadium, Inc.

Telephone: (408) 658-3667

GHD is the engineer of record for the horizontal infrastructure that serves the new Levi’s Stadium for the San

Francisco 49ers. As part of the design for infrastructure and site improvements, GHD provided stormwater

treatment facilities to be compliant with SCVURPPP C.3 program.

All flows up to the 85th percentile storm will be treated before being discharged to the City of Santa Clara’s storm

drainage system. The primary treatment methodology will be to direct flows from the stadium building to

mechanical filter and discharged into the 10-year storm drain pipe line. Areas exterior to the stadium building will

either be directed to a hydrodynamic separator before being routed through a mechanical filter and discharged

into the 10-year storm drain pipe line or treated by a C.3 Treatment Methodology before being directed to the

storm drainage system. The Stadium site was divided into approximately ten drainage management areas,

ranging from 1 acre to 7+ acres. Each area provided similar treatment systems depending on the site conditions

and limitations. These treatment methodologies include bio-retention swales, Silva Cells, or other techniques that

are applicable to the treatment of the low flow storm drainage. Flows larger than the 85th percentile storm will

bypass the hydrodynamic separator and the mechanical filter for discharge directly to the 10-year storm drain pipe

line.

Levi’s Stadium, Santa Clara, CA

Size: 90 acres

Location: 4949 Centennial Way, Santa Clara, CA

Team Members Responsible:

Jay Lin, Rick Jorgensen, and Parastou Hooshialsadat




Reference:

Mr. Steve Paul, PE

Campus Engineer, Physical Planning & Construction

University of California, Santa Cruz Campus

Telephone: (831) 459-2528

For the expansion of University of California Santa Cruz (University) Marine Science Campus (Campus),

GHD supported the University through the Initial Planning Phase by conducting a comprehensive analysis of the

utility infrastructure required to meet the needs of the growth anticipated in the University’s Coastal Long Range

Development Plan. Working with the University’s engineering, planning, environmental, financial, and physical

plant staff, as well as other campus and non-campus stakeholders, GHD prepared recommendations for the

backbone utility infrastructure including the potable water, filtered seawarer, sanitary sewer, storm drain, natural

gas, electrical, communication, stormwater, grading, and pavement systems.

GHD performed hydrologic/hydraulic models using HEC-HMS, StormCAD V8i, and Hydraflow for the proposed

Campus development. Findings were summarized into a Master Plan document and used as the basis of design

for infrastructure design for the campus. To help the University achieve its goal of a sustainably designed

Campus, we incorporated the future use of low impact development (LID) stormwater features into the planning of

the utility infrastructure. The primary goal of protecting the Campus’ Younger Lagoon Reserve and onsite

wetlands guided the design of the future stormwater system, which includes LID elements such as infiltration

trenches, planter boxes, permeable pavement, vegetated swales, and bioswales. GHD collaborated in

workshops with the Area Plan Architect and participated in Design Advisory Board meetings in order to ensure

that the design would adequately address stormwater quantity and quality control issues. GHD developed a

Grading and Drainage Master Plan which assessed the viability of a Campus layout proposed by the architect of

the most intensely developed portion of the Campus. Study results were incorporated by the architect in

subsequent layout refinements.

Size: 42 acres

Location: Marine Sciences Campus, Santa Cruz, CA


Jay Lin, Lorraine Htoo, Rick Jorgensen, and Parastou Hooshialsadat

UC Santa Cruz Drainage and Master Plan, Santa Cruz, CA




Reference:

Ms. Therese A. Brekke

CEQA Manager

Lennar Urban

Telephone: (415) 344-8853

GHD provided planning for all the horizontal infrastructure elements of the Hunters Point Shipyard Phase 2

project, including over 16 miles of arterial and collector roadways, stormwater drainage and treatment systems,

site grading, retaining walls, electrical, water systems, and sewer systems. The stormwater design met the project

goals for 5-year collection, overland flow, and water quality/LID systems.

Hunters Point’s street cross section geometry, groundwater, bedrock, and soil conditions impact the selection of

water quality treatment methods at the site. The largest contributing factor at Hunters Point is the condition of the

soil. Contaminants, including radiological contamination, are present in soils at this site.

In general, landscaped areas such as median strips, street tree zone along the sidewalk, and parks provided the

best opportunities for treatment. City parks were used to treat runoff from adjacent streets. Wherever possible,

LID was incorporated into street cross sections. Bioretention areas were used where the sidewalk is

discontinuous due to street lights and other infrastructure, and offers flexible planting options and opportunities to

maximize aesthetics. Vegetated swales with vertical walls, or “green gutters”, were proposed for treatment in the

street right‐of‐way as an alternative. Other proposed elements include swirl separators, drain inserts, vegetated

roofs, rainwater harvesting, vegetated swales, infiltration trenches, tree well filters, porous pavement, media

filters, and rain gardens.

Size: 700 acres

Location: Hunters Point, San Francisco, CA


Raymond Wong, Jay Lin, Lorraine Htoo, Rick Jorgensen

Hunters Point Shipyard Phase 2, Candlestick Development, San Francisco, CA




Project Understanding

Understanding of Urban Storm Water Management Practices, Issues, and Requirements,

including LID Requirements

Urban storm water management involves numerous regulations, requirements, and practices, all of which need to

be considered holistically to develop innovative stormwater management systems. One common issue of concern

is the soil type and groundwater condition underlying the development in question. If the soil type is low

permeability types C or D or the site has high groundwater table, then the surface treatment BMPs such as

bioswales and bioretention would need to be lined and piped instead of mainly relying on infiltration. Additionally,

it is important to develop the site with minimum impervious area and disconnect the impervious areas as much as

possible. It would reduce the concentrated urban peak flow from the project site and hence reduce the BMP

requirements for both flow and treatment control. Another very important success factor for stormwater

management design is to integrate landscape architecture and engineering so that stormwater features can be

designed with appropriate landscaping to incorporate aesthetic concerns into stormwater BMPs.

Understanding of Continuous Simulation Hydrologic Models and Analysis of Output Data for

Use in Design of Hydromodification Control Measures

Hydromodification is an important design consideration for stormwater management. Two key factors of the

hydromodification compliance in Santa Clara County are the site location and the local hydrology. SCVURPPP

Hydromodification Management Plan (HMP) delineates areas where increases in runoff will adversely impact the

water quality and stream health, and provides management options for maintaining pre-project runoff patterns.

For the hydrology analysis, GHD has experience and expertise in continuous simulation hydrologic modeling

utilizing software such as Storm Water Management Model (SWMM), West Washington Hydrology Model

(WWHM), and Bay Area Hydrology Model (BAHM). Based on the analysis result, we are able to develop the flow

hydrograph for various proposed development conditions, which we used to design flow control devices such as

detention basin. The resulting design allows our project to maintain the existing pre-development flow pattern,

satisfies the local and region stormwater management requirements, and in some cases, is in compliance with

LEED certification stormwater control and treatment credits.

Statement of Qualifications for CA Registed Civil Engineers to Design, Review, and/or Certify Storm

Water Treatment Measures and Hydromodification Control Facilities

GHD for Santa Clara Valley Urban Runoff Pollution Prevention Program

Appendix A-

Resumes and Proof of Training

Curriculum

Vitae

1 Lin

Jason Lin, PE, QSD, LEED AP

Project Manager

Qualified. M.S. /Civil Engineering/Ohio University/Athens, OH

B.S./ Civil Engineering/Ohio University/Athens, OH Professional Engineer: 2006/Civil/CA/#69605 Qualified SWPPP Developer (QSD) #00167 US Green Building Council LEED® Accredited Professional

Connected. Member of American Society of Civil Engineers. Association of

Military Engineers

Relevance to project. Jay has over ten years of experience with stormwater

design, SWPPP preparation, infrastructure improvements, on-site design, trail design, Low Impact Development design, feasibility studies, master planning, and project support of multi-disciplined projects.

San Francisco 49ers Levi Stadium Make-

Ready and Stadium Project | Santa

Clara, CA

Project engineer for the horizontal infrastructure of the $1.02 billion New Santa Clara Stadium. The project involves both design-Bid-Build and Design-Build Construction with coordination between the City of Santa Clara, 49ers, and the Design-Build team. The project was designed and constructed in multiple phases. GHD’s designs include the street structural sections for the South Access Road, Centennial Drive and multiple parking lots; and low impact design storm design for the Stadium and off-site. All flows up to the 85th percentile storm will be treated before being discharged to the City of Santa Clara’s storm drainage system. The primary treatment methodology will be to direct flows from the stadium building to mechanical filter and discharged into the 10-year storm drain pipe line. Areas exterior to the stadium building will either be directed to a hydrodynamic separator before being routed through a mechanical filter and discharged into the 10-year storm drain pipe line or treated by a C3 Treatment Methodology before being directed to the storm drainage system. These treatment methodologies include bio-retention swales, Silva Cells, or other techniques that are applicable to the treatment of the low flow storm drainage. Waste Discharge Identification (WDID) #2 43C363405 and #2 43C362886.

UC Santa Cruz Marine Science

Infrastructure Project | Santa Cruz, CA

GHD performed hydrologic/hydraulic models of the proposed Campus development and findings were summarized into a Master Plan document and used as the basis of design for infrastructure design for the campus. To help the University achieve its goal of a sustainably designed Campus, GHD incorporated the future use of low impact development (LID) stormwater features into the planning of the utility infrastructure. The primary goal of protecting the Campus’ Younger Lagoon Reserve and onsite wetlands guided the design of the future stormwater system, which includes LID elements such as infiltration trenches, planter boxes, permeable pavement, vegetated swales, and bioswales. GHD collaborated in workshops with the Area Plan Architect and participated in Design Advisory Board meetings in order to ensure that the design would adequately address stormwater quantity and quality control issues. GHD developed a Grading and Drainage Master Plan which assessed the viability of a Campus layout proposed by the architect of the most intensely developed portion of the Campus. Study results were incorporated by the architect in subsequent layout refinements. Mr. Lin is currently the project manager for incorporating the designs from the Grading and Drainage Master Plan into Construction Documents.

Curriculum

Vitae

2 Lin

Lands End Trail and Parking Lot

Improvements | San Francisco, CA

Project Manager and Engineer for the of a variety to trail and parking lot improvements at Lands End located within Sutro Park in San Francisco, CA. Prepared SWPPP, WDID #2 38C348830. Lands End is part of the Golden Gate National Recreation Area overlooking Ocean Beach at the start of the hiking trail and Golden Gate Bridge at the end of the trail. The redesign of the trail utilized a Natural Pave product that allows the trail to blend into its natural background while providing the durability the trail needs to withstand heaving pedestrian traffic. The LID components include vegetation buffers and a series of underground stormwater recharge units.

Avalon Bay Mission Bay N3P2 | San

Francisco, CA

Project Manager and Project Engineer for civil design of Avalon Bay high rise building. Prepared SWPPP, WDID #2 38C348556. Other responsibilities included coordination and design of sidewalk grading relative to finished floor elevations and City and County of San Francisco standards, utilities (stormwater, sanitary sewer, gas, electrical duct banks, fire water, domestic water, and telecom), and assisting Owner in achieving LEED accreditation.

West Berkeley Bowl Market | Berkeley,

CA

Project Manager and Engineer responsible for civil design for approximately two acres of site, including water, sewer, and storm drain connections to the building. Prepared SWPPP, WDID #2 01C347944. Project also includes upgrade of existing Ninth Street road section. Other responsibility include setting the building finished floor elevations, re-grading surrounding sidewalk to meet ADA requirements, providing earthwork quantity, and calculating storm water hydraulics and building water demands. The project met Contra Costa County’s C.3 requirements by using underground media filter system.

Project Engineer

California Health Care Facility Project |

Stockton, CA Assisted in preparation of SWPPP, WDID# 5S39C360229. The facility is developed specifically to meet the state’s overall mission of

reducing avoidable morbidity and mortality and protecting the public health by providing inmate-patients timely access to safe, effective, and efficient medical care. Design work includes site demolition, surface improvements, utilities, pump stations, and retaining walls.

Project Manager

Satterlee Road and Promenade

Improvement Project | Sausalito, CA

Project Manager for the road and promenade trail improvements located at Fort Baker. Working closely with the National Parks Service, the project is in the final stages of construction documents and construction is estimated to finish in early 2014. The project includes approximately 1,200 feet roadway/bike path pavement, stormwater treatment and conveyance system, timber boardwalk, shoreline rip rap, 700 feet of promenade trail, retaining wall structures, parking lot, and permit coordination with federal and local agencies. The improvements will provide a scenic path for a spectacular view of the Golden Gate Bridge and will tie into the San Francisco Bay Trail system. SWPPP has been prepared.

Curriculum

Vitae

1 Jorgensen

Richard K. Jorgensen, PE, QSD

Project Engineer

Qualified. Humboldt State University. BS in Oceanography. 1973; Humboldt

State University. BS in Civil Engineering. 1976; Salmonid Restoration Federation and CA Dept. of Fish & Game, Fish Passage Design & Engineering Workshop Qualified SWPPP Developer/Practitioner (QSD/QSP) #20843

Connected. American Society of Civil Engineers.

Relevance to project. Mr. Jorgensen has 35 years of experience in hydrology

and hydraulics on flood protection, stormwater, and riverine projects. He has extensive experience using HEC-1, HEC-HMS, HEC-2, and HEC-RAS modeling techniques as well as 2-dimensional modeling utilizing MIKE URBAN/FLOOD to evaluate existing conditions and develop alternative solutions and planning level designs. He has conducted field investigations to assess salmon and steelhead spawning habitat, hydrologic parameters, hydraulic stream-related parameters, and hydraulic structures. Mr. Jorgensen has an excellent working relationship with FEMA, having completed COLMRs/LOMRs and other FEMA-related studies for a number of private and public clients including City of Healdsburg, City of Ukiah, Hidden Valley Lake Community Services District, Napa Flood Control District and several Napa area developers.

Project Engineer

Hunters Point and Candlestick Point

Infrastructure Plan, Lennar Corporation,

City of San Francisco, CA

Project engineer on Storm Drain Master Plan for Candlestick Point Development. Developed storm drain collection and overload systems and stormwater treatment elements, which incorporated low impact development features such as pervious pavement, vegetated swales, tree well units, and planter boxes. Assisted in preliminary development of sanitary sewer system. UC Santa Barbara Infrastructure Assessment Phase 1, Santa Barbara, CA. Served as Project Engineer in developing a storm drainage site assessment analysis for the UCSB campus as part of an overall utility assessment study.

Project Engineer

UCSF Mission Bay Campus | San

Francisco, CA, USA

Served as Project Engineer for design of storm drainage facilities as part of an overall utility plan improvement project for the Campus.

Project Engineer

Mission Bay Infrastructure

Redevelopment | San Francisco, CA,

USA

Served as Project Engineer for the hydraulic analysis of streets and storm drains. Mr. Jorgensen developed detailed HEC-RAS models for streets in a difficult setting with flat street grades to ensure that design flows did not top back of sidewalks. He also developed pipe models (Haestad’s StormCAD) for storm drain designs.

QA/QC

Storm Drain Master Plan | City of

Sonoma, CA

QA/QC for a plan to developed a hydrologic and hydraulic model to develop a storm drain master plan for the City of Sonoma. The model was developed using 2-dimensional MIKE software and incorporates the City’s storm drain system, two significant creeks within the City, and a 2-dimensional surface defining the floodplain and city streets. The purpose of the project was to develop a 10-year CIP with projects prioritized (high, medium and low) based on potential flooding under the modeled 10-year, 25-year and

Curriculum

Vitae

2 Jorgensen

Other related areas of interest

Registered. Civil, CA, #30547. HEC-1, HEC-6, University of California, Davis. HEC-HMS, HEC-RS, Floodplain Management Association. QSD, CA, #20843.

Published. Tailoring Floodplain management Principals to Small Urban Drainage Areas. Advanced Floodplain Modeling Techniques, Salvador Creek, Napa County. Assessing Causes of Bank Erosion Using CFD Modeling.

100-year storm events. Recommended projects will incorporate low impact design (LID) concepts.

Project Engineer

Berryessa Creek Levees Project | City of

Milpitas, CA

Project Engineer for an alternatives analysis/design for repairs to a levee on the Berryessa Creek for the Santa Clara Valley Water District (SCVWD). The analysis includes HEC-HMS modeling of the watershed and development of an HEC-RAS model for the various alternatives to protect the City of Milpitas from the 100-year flood event

Project Engineer

Lawrence Livermore National

Laboratory Retention Pond Design |

Livermore, CA, USA

Served as Project Engineer for A-E services for selection and design of a lining for a 5-acre storm water retention pond to prevent ground water v.o.c. contamination from surface waters percolating into the groundwater table. The v.o.c. contamination was in the soils under the pond bottom, but above the static groundwater level.

Project Engineer

Humboldt State University Infrastructure

Master Plan | Arcata, CA, USA

Served as Project Engineer in developing a storm drainage site assessment analysis for the HSU campus as part of an overall utility assessment study. The effort included developing both hydrology models to develop design flows and hydraulic models to estimate capacity of existing drainage facilities. A CIP was prepared with recommended improvements to the drainage facilities.

Project Engineer

UC Santa Barbara Infrastructure

Assessment Phase 1 | Santa Barbara,

CA, USA

Served as Project Engineer in developing a storm drainage site assessment analysis for the UCSB campus as part of an overall utility assessment study.

Project Engineer

UC Davis South Entry District Roadway

& Utilities Project | Davis, CA, USA

Served as Project Engineer for developing a storm drainage master plan including an HEC-HMS model and hydraulic models of the storm drainage systems. This study resulted in the design of the first phase of recommended improvements.

QA/QC

UC Santa Cruz Drainage and Master Plan

| Santa Cruz, CA, USA

Served as QA/QC for the expansion of the University of California Santa Cruz Marine Science Campus reviewing the hydrologic/hydraulic model of the proposed campus development and provided support in the design of the LID stormwater features.

Project Engineer

Levi’s Stadium | Santa Clara, CA, USA

Served as the civil design engineer for sewer pump station, site civil improvements, as well as assisting with the preparation of FEMA Letter of Map Revision (LOMR).

Project Engineer

SMART RAIL Hydrologic and Hydraulic

Analysis | CA, USA

Served as Project Engineer for the hydrologic/hydraulic evaluation to determine if proposed improvements or existing structures were sufficient to meet the design criteria for the SMART Civil Track Pathway North and South Segments. Winzler & Kelly has evaluated approximately three dozen of these watersheds and associated track crossings.

Curriculum

Vitae

1 Sullivan

Patrick A. Sullivan, PE

Project Engineer

Qualified. MS/Environmental Engineering/University of Vermont /1999.

BS/Environmental Resources Engineering/Humboldt State University/ 1996

Connected. American Society of Civil Engineers (ASCE), North Coast Branch –

Member.

Relevance to project. Mr Sullivan has over 15 years of experience working as a

design engineer, project manager, and college lecturer. He has degrees in civil and environmental engineering specializing in water resources and subsurface hydrology with an emphasis in numerical modeling, mathematical optimization, and applied geostatistics. Mr. Sullivan has work as a consultant for U.S. EPA, DOD, DOE, local municipalities, and private clients with areas of expertise in air, surface water, hydraulic, and groundwater modeling. He also has field experience in subsurface investigations techniques include auger, hammer, seismic refraction, and direct push technologies. His roles at GHD currently include: Project Engineer, Job Manager, and Hydrogeology Service Line Coordinator OC West, USA.

Hydrology and Hydraulics

Project Engineer

Camp Wilson Wastewater Treatment

Plant | 29 Palms CA

Mr Sullivan designed and analysed a series of wastewater evaporation ponds and constructed wetlands as alternatives for the disposal of treated waste water. The process involved evaluating wastewater collection, treatment and disposal options for this large training base with high variations in population and brief, but intense storms.

Project Engineer

Rio Dell Wastewater Effluent Infiltration

Pilot Study | Rio Dell CA

Mr Sullivan designed, constructed and performed a pilot study for the infiltration of treated wastewater into point bar sediments. This project included developing a groundwater model to simulate the injection, mounding, and flow field to assess the impacts on the Eel River and groundwater.

Project Engineer

City of Eureka, 3rd and Y Sewer and

Pump Station Project | Eureka CA.

Performed watershed flow analysis based on using a GIS base to input water billing records to determine base flows. Evaluated run time meters on pump stations coupled with rainfall data to statistically generate probable pump station operations under wet weather conditions. Completed review of previous I/I investigations and completed statistical curve fitting to develop base and peak flows for design. The he analysed flow pathways throughout Old Town using a combination of computer modelling techniques verified through hand calculations. Existing sewer lines were evaluated based on existing operating characteristics, and new flows. The potential to improve pump station operation through rerouting force mains was also investigated. The results were used in developing the final force and gravity main sizes and alignment as well as the pump station capacity, as well as future Old Town sewer improvements points.

Project Engineer

Happy Camp Collection System

Alternatives Analysis | Happy Camp CA.

Mr Sullivan performed a technical alternatives analysis of a series of collection system expansion

Curriculum

Vitae

2 Sullivan

options to address new development as well as an existing I/I problems. The analysis included flow projections, hydraulic modelling, cost estimating, and implementation analysis.

Project Engineer

Orleans Ranger District Wastewater

System | Orleans, CA.

Mr Sullivan was a project engineer who developed a wastewater treatment system for the Orleans Ranger Station. The existing area had a high seasonal variation in population and high I/I in the existing collection system that needed to be expanded. Mr Sullivan completed computer modelling of collection and treatment system alternatives including capacities, costs, I/I reduction, ability to handle significant flow variations and risks of overflows. Patrick was the project engineer for the design of the preferred alternative which entailed developing a plan set and estimate of probable cost.

Project Engineer

Napa Syar Quarry Hydrologic Study | City

of Napa, CA

Mr Sullivan was a project engineer for the Hydrologic Study of the proposed Napa Syar Quarry Expansion Project and corresponding Hydrology Section of the EIR. A comprehensive ACOE HEC-HMS model was developed to determine flow rates associated with various precipitation recurrence events for both existing and proposed expansion conditions. Detention ponds were sized to meet federal, state and local guidelines for mitigation of increased flows due to the expansion of quarry operations. Greg also assisted in the corresponding Hydrology Section of the EIR for the Napa Syar Quarry Expansion Project.

Project Engineer

Lake Herman Syar Quarry Hydrologic

Study and Environmental Impact Report

| City of Lake Herman, CA

Mr Sullivan was a project engineer for the Hydrologic Study of the proposed Lake Herman Quarry Expansion Project and corresponding Hydrology Section of the EIR. A comprehensive ACOE HEC-HMS model was developed to determine flow rates associated with various

precipitation recurrence events for both existing and proposed expansion conditions. Detention ponds were sized to meet federal, state and local guidelines for mitigation of increased flows due to the expansion of quarry operations. Greg also assisted in the corresponding Hydrology Section of the EIR for the Lake Herman Quarry Expansion Project.

Project Manager

Ocotillo Windpower Project Hydrology

and Hydraulic Study | Imperial County,

CA

Mr Sullivan was the Project Manager for this hydrologic and hydraulic study which included the development of a HEC-HMS and HEC-RAS model. A comprehensive ACOE HEC-HMS model was developed to determine flow rates associated with various precipitation recurrence events at various locations within the Project Site. Utilizing the computed flow rates and topographic survey information, a HEC-RAS hydraulic model was developed to determine flooding extents during peak rainfall events. The determined flooding extents were then used to identify suitable locations for wind generators.

Project Engineer

Candlestick Point and Hunters Point

Conceptual Infrastructure Plan | San

Francisco, CA

Mr Sullivan was a project engineer on Storm Drain and Sanitary Sewer Master Plan. Assisted with the development of sanitary sewer collection system and stormwater treatment elements, which incorporate low impact development features such as pervious pavement, vegetated swales, tree well units, and planter boxes. Tasks completed on this project included developing StormCad and SewerCad models for base and alternative design analysis.

Other related areas of interest:

Workshops/Training

OSHA 40-Hour Hazardous Site Worker Training

Curriculum

Vitae

1 Wong

Raymond Wong, PE, LEED® AP, CPESC

Project Engineer

Qualified. Ph.D. Candidate in Environmental Planning, University of California Berkeley (2014) M.S. in Environmental Engineering - Environmental Fluid Mechanics and Hydrology, Stanford University (2002) B.A.Sc Honor in Civil and Environmental Engineering, University of Toronto (2000).

Connected.

Past President of the American Society of Civil Engineers San Jose Branch. Member of: Floodplain Management Association, American Geophysical Union.

Relevance to project.

Mr. Wong is specializing in water resources engineering, with technical emphasis on hydraulic and hydrology, flood management, urban wet utilities infrastructure planning and design, and Low Impact Development. Mr. Wong has worked on various study, planning and design projects throughout California and the Pacific. Mr. Wong is also an experienced project manager, proven to be very adept at managing our design teams to deliver timely and high-quality service and deliverables to our clients.

Project Manager

Storm Drain Master Plan Update and

Rate Study | San Bruno, CA, USA

Responsible for developing a Capital Improvement Program to meet the 25-year storm flood protection level of service. The project include flow monitoring, hydrology and hydraulic modeling, system deficiency analysis, operation and maintenance optimization, and storm drain rate study to evaluate various funding options.

Project Manager

Hydraulic Investigation of a

Transmission Pipeline in the Bear Gulch

District | California Water Service

Company, CA, USA

As part of the fish passage improvement project at the Bear Gulch Creek in Woodside, we evaluated the impacts to the water diversion system as a result of a dam removal. In addition, we assessed the existing capacity of the water transmission pipeline between the creek and the reservoir, and suggest potential improvement alternatives to enhance the transmission capacity.

Project Manager

North Sewer System Analysis | UC

Berkeley, CA, USA

As part of the Cal Football Stadium project, provide system planning and identify improvement needs for the existing sewer system in campus. The project includes flow monitoring, hydraulic modeling, and system capacity evaluation. The findings were presented to the Vice Chancellor at the University.

Project Manager

Polhemus Creek Restoration Project

Monitoring | SFPUC, CA, USA

Responsible for providing annual monitoring to assess the project performance, including channel geomorphology, riparian vegetation, and aquatic habitat. The project consists of a combination of field assessment, data analysis, and report preparation in meeting the California Department of Fish and Game Streambed Alteration Agreement.

Project Manager

C.3 Review of Merrimont Subdivision |

San Bruno, CA, USA

Plan check the Merrimont Subdivision project for stormwater treatment compliance. Assisted the City to address the Notice of Violation on NPDES

Curriculum

Vitae

2 Wong


Registered.

Civil, CA, #67876, 2005.

USGBC LEED Accredited Professional.

Certified Professional in Erosion and Sediment Control (CPESC).

Published.

Wong P.L.R., Kondolf G.M. (2012) USACE Flood Control Projects in Bay Area. Poster Presentation, IS.Rivers 2012, Lyon, France

Lin F., MacArthur R., Jorgensen R., Wong P.L.R., Weil R. (2011) Assessing Causes of Bank Erosion Using CFD Modeling. ASCE World Environmental and Water Resources Congress 2011

Wong P.L.R., Kondolf G.M., Natali J., Wang H.W. (2010) A Pioneering Alternative Flood Control Project: Two Decades on Wildcat Creek, California. Poster Presentation, RRNW 2010

Kennedy C.A., Ericsson H., Wong P.L.R. (2006) Gaussian plume modeling of contaminant transport. Stochastic Environmental Research and Risk Assessment, 20(1-2), 119-125, 2006

Wong P.L.R. (2000) Historical GTA Network Modeling Using EMME/2. Undergraduate Thesis

Permits, issued by the San Francisco Regional Water Quality Control Board.

Hydraulic Engineer

Milpitas Main Sewage Pump Station |

Milpitas, CA, USA

Responsible for reviewing City planning information and update sewer design flow projection in the future buildout condition. Prepared hydraulic analysis and mechanical design of the pumping system, as well as the stormwater control plan for the project as per the County’s Stormwater C.3 requirements.

Technical Lead

Black Diamond Redevelopment Project |

Pittsburg, CA, USA

Responsible for evaluating the existing wet utilities capacity, and provide improvement recommendations to support this downtown development project. Study and design a custom build stormwater treatment BMP to meet the site constraints and the Regional Water Quality Control Board NPDES Permit Provision C.3 requirements.

Project Engineer

Napa Junction Development Project

Plan Check | American Canyon, CA, USA

Responsible to review the hydrology and hydraulic analysis submitted to the City by the developer. In addition, reviewed the drainage design and grading plan to verify the project design as shown in the construction document will be functional as intended

Project Engineer

Mission Bay Redevelopment Project |

San Francisco, CA, USA

Since 1999, the project team planned and designed multiple development phases of the project. My role includes water distribution system and fire flow analysis, sewer and storm drain pipeline sizing and design, site grading and street design based on the overland flow analysis, combined sewer system phasing study, and as needed construction support.

Project Engineer

Fairfield Drainage Analytical Study |

Fairfield, CA, USA

Project Engineer for the City of Fairfield’s study to analyse recurrent flooding of and around the County of Solano government center and downtown Fairfield. Responsible for background document review to establish the boundary conditions, including tidal influence to the drainage system, hydrology and hydraulic analysis, computer modeling, and flood protection alternatives evaluation.

Project Engineer

K-16 and Yongsan South Post Storm

Drain Study | Seoul, South Korea

Prepare watershed delineation, hydrology analysis, hydraulic modeling on open channel, close conduit, and overland flow. Prepare flood frequency analysis to establish the downstream boundary condition for the interior drainage analysis. Estimate flood boundary and depth and provide improvement recommendations.

Curriculum

Vitae

1 Jones

Cory Jones, PE, QSD, ENV SP

Project Engineer

Key Areas of

Expertise

Sustainability

Stormwater Engineering

Water / Wastewater Engineering

Municipal Engineering

Civil /Site Engineering

Environmental Permitting

Qualified. M.S.C.E. Civil Engineering. University of North Carolina at Charlotte. 2002;

B.E. Civil Engineering. Vanderbilt University. 1999.

Connected. Member of Society of Civil Engineers (ASCE), Founder/Chair of San Diego

Sustainability Committee; Secretary of Environmental and American Water Resources Institute (EWRI) Sustainability Committee, Member of California Stormwater Quality Association (CASQA): BMP, Construction General Permit & Industrial General Permit Committee’s, Member of American Public Works Association (APWA): San Diego Center for Sustainability Liaison, Member of Floodplain Management Association, Order of the Engineer

Relevance to project. Mr. Jones is a Registered Civil Engineer, CASQA Certified

Qualified Storm Water Pollution Prevention Plan Developer, and Sustainable Professional certified by the Institute of Sustainable Infrastructure with over eleven years of experience in municipal engineering, general site-civil engineering, water/wastewater engineering, water quality and quantity studies, and sustainable engineering practices. His engineering work has included developing planning level documents for a variety of capital improvement projects (e.g. preliminary design reports) through design and construction document preparation, cost estimation and construction administration services. He has experience in planning, designing, and construction inspection of stormwater BMPs. He has experience with various aspects of municipal engineering and plan checking, performing engineering calculations and report writing. He has worked on development of plans and specifications for street improvement plans and park and recreation facilities for municipal clients. He has also worked on designs of water and wastewater systems including drinking water wells, pipelines, pump stations, and some elements of treatment plants for various public agencies. He has assisted in due diligence reporting for water resources sections of federal environmental assessments (e.g. National Environmental Quality Act compliance) and California Environmental Quality Act documents. He has experience in managing people to accomplish project tasks, he has completed the Project Management Institute certified curriculum of project management courses. Aside from managing several complex projects that include site/civil and stormwater engineering, he has had leadership roles in several professional organizations (i.e. ASCE, APWA, ACEC, IECA, and Toastmasters). Below is a summary of qualifications and project experience.

Stormwater Engineering

Senior Water Resources Engineer

Proprietary Treatment Control BMP

Evaluation | City of San Diego, CA

Developed a methodology to evaluate treatment effectiveness that may be achievable by manufactured Stormwater Treatment Control Best Management Practices (BMPs). The method included a large-scale data collection of treatment study data from proprietary BMP manufacturers, the International BMP Database, and Caltrans (The California Department of Transportation). The study resulted in a statistical criterion for ranking of proprietary BMP treatment performance for the constituents of concern for the City. The study found that there is a large data gap for many constituents and therefore developed an alternate methodology for rating BMPs based on their unit operations and processes. Results for evaluations of over 40 BMPs were included in the final guidance manual delivered to the City.


Development of Standard Operating

Procedures (SOPs) for Stormwater Flow

Measurement Verification and User Guide

for the SOPs for Stormwater Flow

Measurement Verification | Caltrans

Developed the guidance manual and SOPs documents that (i) discuss the purpose and need to verify the accuracy of water flow measurement devices at stormwater monitoring locations, (ii) discuss the flow measurement devices that Caltrans uses (iii) present descriptions of theory supporting the field SOPs, and (iv) provide determination of errors with primary and secondary flow measurement devices in the field.

Curriculum

Vitae

2 Jones


43rd

and Logan Pilot BMP Operations,

Maintenance, and Monitoring Plan | City of

San Diego, CA

Lead Engineer developing revisions to the BMP Evaluation Plan and verifying the list of test pollutants that will answer the pilot projects priority management questions. Developed OM&MP that will be used during site maintenance and monitoring activities in the following wet season.


Storm Water Data Report for I-215 From

Scott Road to Nuevo Road (PM R14.2 to PM

R28.5) for 60% PS&E | Riverside County, CA

Design Engineer to develop the Storm Water Data Report (SWDR) for expansion of interstate 215 in Riverside County. Project included several LID BMPs including swales, strips, and infiltration areas. Report covered all aspects required by the current Project Planning and Design Guide (CTSW-RT-10-254.03).


Caltrans SWPPP & WPCP Updates |

Sacramento, CA

Caltrans Headquarters Construction Division tasked URS to update their Storm Water Pollution Prevention Plan (SWPPP) and Water Pollution Control Program (WPCP) templates to address comments received over the last several years. Assisted in coordination of response to comments, quality assurance and quality control on template revisions, and coordination with Caltrans Headquarters.


Construction Stormwater Analytical

Instrument Standard Operating Procedures

(SOPs) | Caltrans

Assisted in developing SOPs for analytical instruments including pH meter, DO probe, and conductivity meter for SWPPP compliance.


Caltrans Stormwater Monitoring of

Rainbow Creek and Chollas Creek, San

Diego, CA

Staff Engineer developed monitoring site location technical memorandum for Chollas Creek locations and assisted in monitoring efforts for Rainbow Creek.


Caltrans Installation and Monitoring of

Costa Mesa, Yorba Linda, and San Diego

Roadside Vegetated Treatment Site (RVTS)

San Diego, CA:

Staff Engineer assisted with coordination of construction and installation of roadside vegetated treatment sites and storm drain monitoring equipment for each site. Work included coordination with selected contractors, review of product submittals, review installation final construction and coordination of health and safety aspects of the project


Engineering Support for Treatment Control

BMP Inspections and Verification Program |

City of San Diego, CA

Assisted client with sorting through City Records Documents and locating existing Priority Development Project Treatment Control BMPs for inclusion in City Database for MS4 Permit required inspection schedule.


Chollas Creek Mobile Trash Collection

Effectiveness Assessment and Trash Net

Feasibility, City of San Diego. CA

Assisted client with evaluation of alternative methods of collecting trash from Chollas Creek from two highly urbanized tributary corridors.


Storm Sewer Engineering Study, 22 Area

(Chappo) and Areas 11,12,13,14,15,17

(Headquarters) MCB Camp Pendleton, CA

Design Engineer assisting development of master drainage plans for two areas of Camp Pendleton, CA. Developed storm event design criteria and hydrology and hydraulics analysis methodology for projects.


High Risk Storm Drain Pipeline Condition

Assessment Phase I FY 12 and Phase II FY

13, City of San Diego

Task lead coordinating visual pipeline condition assessments performed by closed circuit television (CCTV) inspection of high risk pipelines identified in previous condition assessment prioritization study. Assessments used the City’s condition assessment scoring procedures that are a less cumbersome and still quantitative method adapted from NACP.

Curriculum

Vitae

3 Jones

Managed workflow for CCTV performed by subconsultant and managed processing of inspection assessments by asset management subconsultant to provide recommendations, lessons learned, and summary of revised system-wide pipeline risk-assessment analysis.

Engineer III

Storm Drain Rehabilitation Project, Lake

Murray Blvd. and Maryland Ave., City of La

Mesa, CA

Design Engineer for the design of a cured-in-place pipe liner rehabilitation of an aging corrugated metal pipe. The project included preparation of plan and specifications.


Marine Corps Base Camp Pendleton, CA

Misc. Electrical and Communications

Upgrades

Design Engineer for development of project Post-Construction Standard Urban Stormwater Management Plan (SUSMP).

Hydrology and Hydraulics

Municipal Improvement Projects, Various

Locations, CA

City of La Mesa: Interim Library and Post Office, and Police Station, City of Oceanside: Casa De Amparo Site, Mission Avenue Improvements, City of El Cajon: Plan Checking and Updating of Standards City of Vista: Plan Checking City of Brawley: Plan Checking

Erosion and Sediment Control

SWPPP Preparation: Various Private

Developments throughout CA, AZ, and CO.

SWPPP Plan Checking: Cities of Oceanside,

Vista, El Cajon, Brawley, CA

SWPPP Inspections: Various Private

Developments, CA and CO

Engineer III

Satellite Pump Station and Force Main

Replacement Preliminary Design Report,

Leucadia Wastewater District, Carlsbad,

CA

Design Engineer for Preliminary Design Report determining pipeline alignments, required regulatory permits, required utility relocations, and cost estimate. Also, acted as lead permit engineer for coordinating Coastal Development Permits with the Cities of Carlsbad and Encinitas.

Engineer III

Storm Drain Rehabilitation Project, Lake

Murray Blvd. and Maryland Ave., City of La

Mesa, CA

Design Engineer for the design of a cured-in-place pipe liner rehabilitation of an aging corrugated metal pipe. The project included preparation of plan and specifications.

Engineer III

Wellhead Facilities for Wells 10 & 11, City

of Oceanside, CA

Design Engineer for Final Plans, Specifications and Estimate for installation and permitting of new wellhead facilities including pumps, piping, controls, and Santa Barbara Mission Finish Stucco faced masonry fence walls.

Engineer III

Ellis and Orange Tank Site

Recommendations Technical

Memorandums, Eastern Municipal Water

District, CA

Developed conceptual site layouts including general arrangement of equipment and site features. Plans included conceptual grading, piping, access roads, and detention basin facilities.

Engineer III

Highlands Ranch Sewer Pump and MCC

Replacement Project, City of Poway, CA

Design Engineer for Final Plans, Specifications and Estimate for replacement of pumps and controls for an existing 20+ year old FRP Pump Station.


Environmental Services Stormwater Plan

Reviews, Port of San Diego, CA

Design Engineer to evaluate the completeness and adequacy of Environmental Department Plan Checks including Storm Water Pollution Prevention Plans and Storm Water Mitigation Plans.

Curriculum

Vitae

4 Jones

Engineer III

Development Services Stormwater Plan

Reviews, City of El Cajon, CA

Design Engineer to evaluate the completeness and adequacy of Storm Water Department Plan Checks including Hydrology and Hydraulics Reports, Storm Water Pollution Prevention Plans, Storm Water Mitigation Plans, Storm Water Site Plans for Condominium Conversions submitted to the city for Development permits. Also, helped City produce new Hydrology & Hydraulics Criteria Sheet for delivery to developers’ engineers, categorized Stormwater Department Plan Checks into a Department Checksheet, and helped with analysis of Dry-Weather Flow Monitoring Data.

Engineer III

Development Services Plan Reviews, City

of Brawley, CA

Design Engineer to evaluate the completeness and adequacy of grading plans, improvement plans, and Hydrology and Hydraulics Reports and models submitted to the city for Development permits.

Engineer III


of Vista, CA

Design Engineer to evaluate the completeness and adequacy of grading plans, improvement plans, Hydrology and Hydraulics Reports and models, and Stormwater Management Plans (SWMPs) submitted to the city for Development permits

Engineer III


of Oceanside, CA

Design Engineer to evaluate the completeness and adequacy of grading plans, improvement plans, and Hydrology and Hydraulic Reports submitted to the city for Development permits.

Publications

2012 Joint ASCE/WEF Committee on Urban

Stormwater Controls: Author of Gross Pollutant

Control Design Chapter in WEF MOP No. 23

/ASCE MOP No. 87

2011 EWRI Congress Proceedings Paper:

Development of MS4 Numeric Limits for

Constituents of Concern and Evaluation of

Proprietary BMPs for the City of San Diego, CA

Awards

2012 / Design-Build Institute of America –

Commercial Design-Build Honor Award – Camp

Pendleton Marine Corps Exchange, Camp

Pendleton, CA

2008 / APWA Project of the Year Award / San

Diego – Imperial Counties Chapter / Civic Center

Development – Interim Library and Post Office

Facilities, City of La Mesa, CA

Specialized Training

2013 / ENVISION Verifier Training, Institute of

Sustainable Infrastructure Training, Santa Ana,

CA. One of 65± Certified ISI ENVISION Verifers.

2012 / California Construction General Permit -

Qualified SWPPP Developer (QSD) Training, JL

Stormwater Consultants, El Cajon, CA

2012 / LEED GA Training, USGBC SanDiego

2012 / ENVISION ISI SP (Institute of Sustainable

Infrastructure Sustainable Professional) Training,

ISI On-line Training and Certification

2011 / Project Management Training – Over 54

hours of online and in-person training covering

PMI approved curriculum incorporating aspects of

planning, client relations, contracts/procurement,

financial management, and project administration.

2008 / InfoWater Water Distribution Modeling

Training Course, 1.5 CEUs

2006 / CURIE-UCT Pipe Bursting School, 13.5

PDHs

2004 / Coachella Valley Fugitive Dust Control

Training

2003 / Design of Stormwater Management

Systems, 1.4 CEUs

2003 / WefTec / Phase II Permit Training, 0.45

CEUs


Registered PE # C69807

Qualified SWPPP Developer (QSD) # 24386

Curriculum

Vitae

1 Riley

John Riley, PE, QSD

Project Engineer

Qualified. B.S./1994/Environmental Resource Engineering/Humboldt State University/CA

Civil/CA/#C68748 Qualified SWPPP Developer/CA/#00188

Relevance to project. John has 19 years of experience in a wide variety of civil and

environmental engineering projects, specializing in rural development, storm water, and water quality issues. John designed the SMART Rail Project compliance documents for the State of California Construction General Permit and has continued to oversee implementation, revision, and compliance with this permit for all phases of construction. John’s experience also includes roadway, water system, and on-site disposal system design; reservoir design and vineyard development throughout California and in Oregon; advanced mapping and analysis using both CAD and GIS; residential site planning and development; and significant construction oversight, mapping, and surveying. John has been actively involved in the Construction General Permit since the mid 1990’s and with the multiple revisions since its inception, providing a thorough understanding of both the conceptual and practical aspects of the permit. He was one of the first two hundred people certified in the State as a Qualified Storm Water Pollution Prevention Developer (QSD). Through this variety of experience John has excelled at being able to communicate with planners, construction personnel, and stakeholders to resolve differences between design elements and the actual site conditions that affect project planning and regulatory compliance.

Project Engineer & QSD

SMART Rail Redevelopment | Sonoma and

Marin Counties, CA

The 70 mile SMART project is located in both the San Francisco Bay Area and the North Coast Regional Water Quality Control Board (RWQCB) Jurisdictions. Compliance with the National Pollutant Discharge Elimination System General Permit for Storm Water Discharges Associated with Construction and Land Disturbance Activities, typically referred to as the Construction General Permit (CGP), is critical.

Key issues and challenges for this aspect of the SMART project include differing interpretations of the CGP regulations by personnel of the different RWQCB’s, providing workable solutions for conflicting environmental requirements, preparing permit documents and securing the necessary Waste Discharge Identification (WDID), and successfully designing and implementing a compliance plan despite regulations which do not fully address this type of construction project.

Compliance documents were designed within an extremely small time window allowing the initial construction phase to begin on schedule. John

provides continuing coordination with regulatory agencies, design-build teams, and environmental consultants providing guidance to SMART for regulatory compliance.

Because construction activities are highly visible to the public and to the environmental community in general, ensuring compliance with the CGP for the SMART project includes training and oversight of construction teams to ensure that compliance activities are conducted properly and that staff is proactive in employment of best management practices. John is responsible for the sampling and analysis of storm water discharge from the construction site to verify compliance with storm water discharge requirements.

John verifies that the SWPPP related documents are updated to reflect current construction efforts, and manages the project information on the State Water Boards Storm Water Multiple Application and Report Tracking Systems (SMARTS).

Engineering & Permitting Assistance

SMART Rail Redevelopment | Sonoma and

Marin Counties, CA

John has provided storm water, design, and environmental related assistance for the SMART

Curriculum

Vitae

2 Riley

project on a variety of levels. Efforts have included preparing environmental compliance documentation as needed; creating and managing Geographical Information System (GIS) data for wetland delineation; providing input on multi-agency permitting meetings and discussions to verify compliance with the environmental and CGP regulations; providing as-needed design assistance to support Operations and Maintenance Facility (OMF) planning, station platform layouts, and crossing alternatives.


California Department of Corrections &

Rehabilitation, Folsom State Prison &

California State Prison-Sacramento |

Represa, CA

Folsom State Prison is one of the oldest facilities in the state prison system, and shares a site and site utilities with the newer CSP-Sacramento facility. Ongoing storm water discharge violations related to their Industrial General Permit activities have resulted in a lawsuit from a citizen’s action committee. This project involves planning and executing a complicated storm water sampling program to identify the actual source of the storm water pollution, and to provide solutions to remove the pollutions source.


California Department of Corrections &

Rehabilitation, MS4 Permitting| Represa, CA.

John provided review, technical assistance, and support for CDCR staff during the development and adoption of the Phase II Small Municipal Separate Storm Sewer System (MS4) Program.

This regulation became effective in July 2013 and required permitting for communities with populations of 10,000 or more, which includes 14 of the State of California prison facilities. John and CDCR staff met with State Water Board staff to discuss and resolve proposed permit conditions which could be problematic for prison security issues.

Civil Engineer

Guam Solid Waste Authority, Harmon

Residential Transfer Station | Guam, US.

Prepare Environmental Protection Agency Multi Sector General Permit SWPPP for industrial activities at a new residential waste transfer site

located on the island of Guam. The project involved regulations and challenges particular to an island, including minimization of all materials required for the project due to cost and logistics of material transportation.


California Department of Corrections and

Rehabilitation, California Health Care Facility

| Stockton, CA

Project management, development, implementation, and inspection for the Storm Water Pollution Prevention Pollution Plan (SWPPP) for the one billion dollar health care facility recently constructed as a design-build project near Stockton. This project SWPPP was one of the first to be prepared and submitted under the current CGP regulations, and to utilize the SMARTS monitoring and reporting system.


VTA Alum Rock Fish Passage | San Jose, CA

This project involved significant in stream improvements to remove existing fish migration barriers, improve fish habitat and migration routes, and maintain the historical integrity of the site. John provided a project Risk Level analysis for the CGP, and finalized the SWPPP related specifications and general construction conditions.

Civil Engineer

Bureau of Land Management, Walker Ridge

Wind Farm | Ukiah, CA

John provided civil review of project planning documents to verify conformance with local and regional ordinances and to assess constructability for the Ukiah Bureau of Land Management. This project included analysis of project grading, drainage, and storm water pollution prevention plans and site review to confirm that site conditions were correctly represented by the design documents. Project challenges for this design included verifying proper mitigation measures for sensitive plant species and naturally occurring hazardous materials in the serpentine soil found throughout the project site.

Curriculum

Vitae

1 Hooshialsadat

Parastou Hooshialsadat, PE, QSD

Project Engineer

Qualified. M.S./2007/Civil Engineering/ University of Arkansas/Fayetteville

B.S./1994/Civil Engineering/Sharif University of Technology/Tehran/ Iran

Civil/CA/# C74653 California Stormwater Quality Association (CASQA) Qualified SWPPP Developer

(QSD) and Qualified SWPPP Practitioner (QSP) #20893

Connected. CWEA

Relevance to project. Ms. Hooshialsadat’s experience includes hydrologic

and hydraulic analyses for the evaluation and design of open channel flow, drainage, potable water, wastewater, water quality, and pumps station systems. She has experience with managing databases using GIS to pre-process data for input into hydraulic models and to post-process hydraulic output for customized analysis and presentation. Her hydrology and hydraulic modeling experience includes WinTR-55, Hydraflow, FlowMaster, HEC-2, HEC-HMS, HEC-RAS and StormCAD. Some of Parastou’s previous experience includes:

Hydrologic Modelling Support - Justin

Sienna Project, Napa, CA

Project Engineer to perform hydrology (HEC-HMS) and hydraulic (EPA SWMM) modelling to assist with Justin Siena drainage system design as part of Salvador Creek watershed. The necessary models were submitted to FEMA for a letter of map revision (LOMR). Water surface elevations were developed for the 10-year, 25-year, and 100-year recurrence interval, 24-hour duration storm events.

California Health Care Facility (CHCF)

Design Build Package #1, Stockton, CA

Project Engineer to perform hydrology (HEC-HMS) and hydraulic (S) modeling of the drainage system which also included facilities outside of the security fence. The drainage system was designed to hold 100-year runoff from more than 270 acres of area.

City of Sonoma Storm Drain Master Plan,

Sonoma, CA.

Project Engineer for the master planning of the City’s storm drain system including analysis of 46 miles of pipeline and a combined watershed drainage area of approximately 4,800 acres including Sonoma, Nathanson, Fryer and Schell Creeks. Hydrologic sub-basins were delineated using aerial survey data, and storm drain manhole profiles generated via field survey data. Using a combination of one-dimensional channel

hydraulics and storm drain hydraulic modeling and a two-dimensional floodplain and street flooding hydraulic model, hydraulic analyses of these systems were dynamically coupled together to provide a mechanism to assess deficiencies within the City’s storm drain system and creeks and predict where localized flooding may occur.

Sonoma Marin Area Rail Transit,

Marin/Sonoma County CA.

Project engineer responsible for the hydrologic and hydraulic analysis of creek crossings along the 70-mile rail project corridor from Larkspur to Cloverdale. Hydrologic events were modeled using TR-55 software, and flows were routed via creek channels and through structural rail crossings with HEC-RAS. Recommendations involving structure rehabilitation versus replacement were made based on hydraulic capacity analysis and established design criteria.

Candlestick Point and Hunters Point

Shipyard Conceptual Infrastructure Plan,

Lennar Corporation, City of San

Francisco, CA.

Project Engineer to perform hydrology evaluation and hydraulic modeling (STORM CAD) of Candlestick Point Storm Drain Master Plan. The project proposed by Lennar Urban includes a mixed-up community with a wide range of residential, retail, office, research and development, civic and community uses, and park

Curriculum

Vitae

2 Hooshialsadat

and recreational open space. The proposed storm drain collection was sized for the 5-year rainfall event and overland release flow (100-year) was routed through the streets, gutter system and collection system to its discharge point at San Francisco Bay.

Lower Berryessa Creek Project – Santa

Clara Valley Water District, Santa Clara

County, CA.

Project Engineer responsible for hydraulic modeling (HEC-RAS) and quantity take-off of flood protection alternatives within Upper Calera Creek, Lower Calera Creek, Tularcitos Creek and Lower Berryessa Creek tributaries of Berryessa Creek located in an urbanized, residential neighborhood in Milpitas.

Browning Property Hydraulic Review,

Middletown, CA.

Project Engineer responsible for hydraulic analysis of the existing FEMA floodplain on the property and developing required HEC-RAS models to include in the CLOMR application. The property is located between Highway 29, right over bank of St. Helena Creek and left over bank of Putah Creek covering the area of 58.55 acres. Due to its location, both floodplain and floodway boundaries had been modified by revising enchroachment stations in the models.

Route 7A Rehabilitation and Safety

Project, Guam.

Project Engineer to perform hydrology and hydraulic (StormCAD) modeling of the drainage system for approximately 3,000 feet of arterial roadway connecting two highways in Hagätña, Guam. Storm drainage design elements include an entirely new storm drainage system designed for the 24-hour 25-year event including bioswales at the two outfalls to improve water quality. Design of this project was completed in December 2009. The project is currently under construction.

San Francisco 49ers Levi Stadium Make-

Ready and Stadium Project | Santa

Clara, CA

Project engineer for the horizontal infrastructure of the $1.02 billion New Santa Clara Stadium. GHD’s designs include the street structural sections for the South Access Road, Centennial Drive and multiple parking lots; and low impact design storm design for the Stadium and off-site. The primary

treatment methodology will be to direct flows from the stadium building to mechanical filter and discharged into the 10-year storm drain pipe line. Areas exterior to the stadium building will either be directed to a hydrodynamic separator before being routed through a mechanical filter and discharged into the 10-year storm drain pipe line or treated by a C3 Treatment Methodology before being directed to the storm drainage system.

UC Santa Cruz Marine Science

Infrastructure Project | Santa Cruz, CA

GHD performed hydrologic/hydraulic models of the proposed Campus development and findings were summarized into a Master Plan document. GHD incorporated the future use of low impact development (LID) stormwater features into the planning of the utility infrastructure. The primary goal of protecting the Campus’ Younger Lagoon Reserve and onsite wetlands guided the design of the future stormwater system, which includes LID elements such as infiltration trenches, planter boxes, permeable pavement, vegetated swales, and bioswales.

Marinwood CSA13 Drainage

Investigations, County of Marin, CA.

Project Engineer to review and conduct field inspections of storm drain structures for a 60-acre watershed, perform calculations and prepare data for computer modeling software (STORMCAD) in order to evaluate the existing storm drain system and determine measure for preventing future flooding in the area.

Professional Registration Civil/CA/# C74653 California Stormwater Quality Association

(CASQA) Qualified SWPPP Developer (QSD) and Qualified SWPPP Practitioner (QSP) #20893

National Association of Sewer Service Companies (NASSCO) Pipeline and Manhole Assessment Certification #U-508-6836

California Water Environment Association (CWEA) Collection System Maintenance, Grade 1 #110921002

Construction Documents Technologist, CSI Publications Burian, S.J., Shepherd, J.M., and Hooshialsadat, P., 2004. Urbanization Impacts on Houston Rainstorms. Innovative Modeling of Urban Water Systems, Monograph 12, Edited by W. James, pp. 1-22.

Curriculum

Vitae

1 Svehla

Jeremy Svehla, PE, QSD

Project Engineer

Qualified. BS/Environmental Resources Engineering Humboldt State

University/2003

Connected. North Coast Branch of American Society of Civil Engineers (ASCE) –

Past Director and Member. American Fisheries Society (AFS) – Member. Humboldt Plan-It Green – Co-founder. Humboldt County Resource Conservation District Dairy Grant Program – Technical Advisory Committee Member. City of Arcata Wetlands and Creek Committee – Board Member.

Relevance to project. Mr. Svehla is a professional engineer with experience in

a variety of civil, environmental, agricultural and fish passage related engineering projects. Mr. Svehla has nearly 10 years of experience in water resources engineering. His experience includes a broad range of services including pipeline and open channel hydraulic analyses, hydrologic and storm water runoff analyses, fish passage design and analysis including bridge and culvert design, bioengineering stream bank restoration design using 2-D finite element modeling, site development, surveying, and roadway planning and design.

Project Engineer

Zinfandel Lane Fish Passage

Improvement Project | Napa County

Resource Conservation District, Napa

County, CA

Project Engineer on this fish passage design project. Zinfandel Lane crosses the Napa River near St. Helena, CA. The crossing is a 1913 stone arch bridge, a gravity structure, with a single pier. An existing, but failing, concrete apron protects the bridge abutments from scour. A large scour pool has formed downstream of the apron. The vertical jump from the scour pool, the high velocities across the apron, and low summer time flows traveling beneath the apron make this a fish passage barrier. The goal of the project was to design a new fish passage structure that allows fish passage over a range of flows and protects the historic bridge. The resulting design includes differing channel functions between the two bridge bays; one channel for fish passage and the other to allow waters to bypass the bridge. Both channels were designed with hydraulic function and constructability in mind. The project included, but was not limited to: hydraulic modeling, working with public agencies, obtaining permits, vegetation mapping and planning for re-vegetation post construction, construction plans, construction

specifications, quantity calculations, and the development of opinion of probable cost.

Project Engineer

Caspar Creek Fish Passage

Improvement Project | Five Counties

Salmonid Conservation Program,

Mendocino County, CA

Project Engineer for on-going project funded by the California Coastal Conservancy and administered by the Trinity County Planning Department for the Five Counties Salmonid Conservation Program. The Jackson Demonstration State Forest is an important experimental forest that serves as an important research asset in studying forest management practices and the forest sciences in general. Both the north and south forks of Caspar Creek have sediment/debris stilling controlled by concrete low-flow V-notch weirs, which are used for measuring streamflow by Redwood Sciences Laboratory. Involvement on the project included working in a project team and completed tasks associated with initial design development, and preparation of plans and cost estimates.

Curriculum

Vitae

2 Svehla

Project Engineer

McGarvey Gulch Fish Passage

Improvement Project | San Francisco

Watershed Council, San Mateo County,

CA

Project Engineer for this project funded by the National Fish and Wildlife Foundation, San Francisco Bay Salmonid Habitat Restoration Fund, California Coastal Conservancy, and the Bella Vista Foundation. Involvement included development of plans, specifications, and opinion of probable cost based on quantity calculations. Final design included a bottomless arch culvert with a roughened channel bottom to improve migration conditions at an existing undersized culvert road crossing.

Project Engineer

Pistol Creek Bridge Replacement and

Stream Channel Restoration Project |

Hop Kiln Winery, Sonoma County, CA

Project Engineer for this project which required a bridge replacement in addition to stream channel modifications to protect further channel incision and potential streambank mass wasting. Involvement included a hydrologic analysis to determine design flows and an open-channel hydraulic analysis for the project site. As Project Engineer, a Roughened Riffle was designed through the project reach and included an Engineered Streambed Material to increase channel roughness and decrease flow velocities suitable for salmonid fish migration. Revegetation, rock revetment, and bioengineering components were also designed and incorporated into the final channel stabilization design.

Project Engineer

Richardson Bay Tidal Flood Study | Marin

County Flood Control District Marin

County, CA

Project Engineer for this project which included a hydrologic and hydraulic investigation of five tidal induced flood-prone areas within Marin County. The primary objective of the study is to analyze the existing drainage and tidal control facilities at each location and identify the facility deficiencies that have been attributed to the localized flooding.

Involvement has included attending meetings with Marin County representatives in the Flood Control District, field investigation, hydrologic and hydraulic analyses, and alternative analysis of conceptual designs with probable cost estimates for each alternative. Alternatives considered included levee construction using light weight fill options to minimize long-term subsidence in a bay-mud environment.

Project Engineer

Crest Marin Creek Flood Study | Marin

County Flood Control District Marin

County, CA

Project Engineer for this project which included a hydraulic analysis of Crest Marin Creek and receiving stormwater pump station located within Marin County. The objective of the study was to analyze the existing drainage system of Crest Marin Creek and identify current drainage deficiencies. Involvement included attending meetings with Marin County representatives in the Flood Control District, field investigation, and hydraulic analyses using the USACOE HEC RAS Model, and an alternative analysis of conceptual designs with probable costs for each alternative.

Project Engineer

Los Gatos Creek Stream Bank Repairs |

Private Client, Santa Clara County, CA

Project Engineer for the evaluation and design of repairs to an approximately 50 foot failed portion of stream bank on Los Gatos Creek. Alternative designs were developed based on CDFG and NOAA fish passage guidelines as well as considering debris, bedload, channel morphology, and feedback from agency staff. The alternative designs explored different design solutions so regulatory agencies could select a preferred alternative that balanced structural and regulatory requirements with infrastructure located near the top of bank. Final design incorporated lower and upper soldier pile walls with precast concrete lagging, upper wall steel helical anchor tiebacks, and riprap backfill with soil infill to allow native vegetation to be planted in spaces between lagging and between rows of piles.

Curriculum

Vitae

3 Svehla

Project Engineer

Vineyard Creek Channel Improvement

Project | County of Marin, CA

Project Engineer for this project which included a hydraulic analysis of Vineyard Creek for the Marin County Flood Control District. The objective of the study was to analyze the existing urbanized creek system to identify flow capacity limitations using ACOE HEC-RAS Model. Involvement included developing conceptual channel modifications that met client conveyance criteria and agency requirements, followed fish passage guidelines and minimized impacts to adjacent property. The project also included the replacement of an undersized road crossing which required the development of construction plans, specifications, and an opinion of probable cost.

Project Engineer

Penitencia Creek Fish Passage Project,

Alum Rock Park | City of San Jose, CA

Project Engineer for this project which included a hydrologic and hydraulic analysis as well as the civil site design for the conceptual design of a roughened channel. The Salmonid migration barrier at the site consists of a concrete weir grade control structure resulting in a 4-foot vertical drop. The conceptual design included developing a cascade-pool roughened channel to improve passage over the weir. The hydraulic modeling was conducted using the ACOE HEC-RAS model and Haested’s FlowMaster. The roughened channel bed shape was designed to provide adult and juvenile fish passage during low and high fish passages flows following California Department of Fish and Game and NOAA Fisheries fish passage guidelines, as well as to provide stability during the 100-year design flow event.

Project Manager

Deer Park and Sunnyside Road

Hydrologic and Hydraulic Study | County

of Napa, CA

Project Manager for this hydrology and hydraulic study which included a determination of the capacity of seven culvert crossings and final recommendations for upsizing the undersized crossings. A comprehensive ACOE HEC-HMS model was developed to determine flow rates

associated with various precipitation recurrence events at each crossing. A Rational Method spreadsheet following Napa County Drainage Standards was also developed for comparison to the HEC-HMS results. Utilizing the computed flow rates and topographic survey information collected at each crossing, an ACOE HEC-RAS model was developed to determine the capacity of each culvert. The results of the analyses and recommendations for upsizing the culverts were provided in the final report.

Project Engineer

Storm Drainage Study | City of Ukiah, CA

Project Engineer for this project which included a hydrologic and hydraulic investigation of flood-prone areas within the City of Ukiah. The primary objective of the study was to analyze the existing storm drainage facilities and determine deficiencies that have been attributed to the localized flooding. Involvement has included performing field investigation, hydrologic and hydraulic analyses, and alternative analysis of conceptual designs. Hydraulic modeling using StormCAD was performed.

Project Manager

Rohner Creek Flood Control and Habitat

Improvement Project | City of Fortuna,

CA

Project Manager for this ongoing project which includes a 2-Dimensional hydrologic and hydraulic analysis of Rohner Creek and the adjoining floodplain within the City of Fortuna and eth subsequent design of flood reduction alternatives. The objective of the study was to analyze the Rohner Creek watershed and identify potential flood reduction improvements to reduce the frequency of flooding events along the Rohner Creek channel. Involvement included the hydrologic (HEC-HMS) and 2-Dimensional hydraulic modeling (MIKE) of Rohner Creek, a “creek survey”, calibration of the hydrologic model to gaged storm events, and development of potential flood reduction alternatives. Flood reduction improvements analyzed included channel widening and terracing with habitat improvements, diversion pipelines, and detention basins.

Curriculum

Vitae

4 Svehla

Project Engineer

College Creek Student Housing |

Humboldt State University, Arcata, CA

Engineer responsible for the stormwater management design of 8 acre redevelopment project which included student apartments, a student community center, an all-weather soccer field, and a support and maintenance building. Responsibilities included conducting the hydrologic and hydraulic analyses necessary for design of the stormwater collection, detention and conveyance facilities. Involvement included development of the final plans and specifications associated with the stormwater management infrastructure.


Professional Certifications

Professional Engineer: CA #C72169; OR #84314PE

Qualified SWPPP Developer/Qualified SWPPP Practitioner: #00159

Awards

Homer Arnold Award for Lower Van Duzen River Streambank Restoration and Fish Passage Improvement Project

Curriculum

Vitae

1 Wolf

Josh Wolf, PE, QSD

Project Engineer

Qualified. B.S./Environmental Resources Engineering/Humboldt State University/

2003

Connected. American Society of Civil Engineers (ASCE), North Coast Branch –

President. Humboldt County Association of Governments (HCAOG) –Technical Advisory Committee Member. City of Arcata – Transportation Safety Committee Member.

Relevance to project. Mr. Wolf is a senior engineer with over 9 years of

experience designing and managing a wide range of projects including site design, land development, water resources, and transportation projects. In addition, he has experience in the design of public infrastructure projects that include geometric roadway design, storm drainage analysis and design, and water and wastewater conveyance systems design. Mr. Wolf also combines his experience with hands-on field experience in construction observation and construction management.

Project Engineer

College Creek Student Housing | Arcata,

CA

Civil Engineer responsible for civil site design of 8 acre redevelopment project which included student apartments, a student community center, an all-weather soccer field, and a support and maintenance building. Responsibilities included preparation of construction specifications and improvement plans including demolition, site layout, grading and utilities, and coordinating approval with the City of Arcata and University personnel. Improvements included the realignment of two University roads, a new fire access lane, concrete retaining walls, and new water, fire, sewer and drainage utilities including subsurface stormwater detention and treatment facilities.

Project Manager

Yurok Hotel & Casino | Klamath, CA

Civil Engineer responsible for site design of the Yurok Tribes 8 acre green field hotel and casino project including a parking lots, sidewalks, water, fire protection, and drainage facilities, and onsite wastewater treatment and disposal. Responsibilities included preparation of construction improvement plans and specifications, and an EPA Stormwater Pollution Prevention Plan (SWPPP).

Project Manager

Garcia River Casino | Point Arena, CA

Civil Engineer responsible for site design of the Manchester Band of Pomo Indian’s 5 acre green field casino project including a new road, 200 parking stalls, sidewalks, water main extension, fire protection, onsite wastewater disposal, and vegetative bioswales to treat site storm drainage runoff. Responsibilities included preparation of construction improvement plans, specifications, estimates and an EPA Stormwater Pollution Prevention Plan (SWPPP).

Project Manager

Anavkaam Road and Adjacent Parking

Lot | Happy Camp, CA

Civil Engineer responsible for design of the Karuk Tribe’s 4 acre redevelopment project including a new road, 150 parking stalls, sidewalks and walkways, landscape areas, site lighting and LID storm drainage treatment facilities (bioswales and rain gardens). Responsibilities included preparation of construction improvement plans specifications and estimates and coordinating approval with the Bureau of Indian Affairs (BIA). Also prepared an EPA Stormwater Pollution Prevention Plan (SWPPP) for the project in accordance with EPA’s requirements.

Curriculum

Vitae

2 Wolf

Project Engineer

East Willows Development | Willows, CA

As Project Engineer for Pacific Union Homes, Mr. Wolf prepared the Drainage Study for East Willows development located in the City of Willows. The study included a hydrologic and hydraulic analysis of 200-acre residential development including the design of underground storm drain systems, detention facilities, and water quality treatment facilities. The modeling utilized HEC-HMS, HEC-RAS, and StormCAD. Mr. Wolf prepared project report and exhibits for review by the City.

Project Engineer

Q-Ranch Development | Amador County,

CA

As Project Engineer for JTS Communities, Mr. Wolf prepared a hydrologic and hydraulic analysis of a 430-acre mixed-use development. He developed a hydraulic model of 1.4 miles of the Dry Creek channel using HEC-RAS and FLO-2D. He designed channel modification alternatives to accommodate proposed development and delineated pre- and post-project floodplain.

Project Engineer

The Oaks at Willow Springs

Development | Folsom, CA

Mr. Wolf Prepared the Drainage Study for The Oaks at Willow Springs development located in the City of Folsom. The study included a hydrologic and hydraulic analysis of 62-acre residential and commercial development including the design of underground storm drain systems, detention facilities, and water quality treatment swales. Delineated the 100-year floodplain and performed bridge scour analyses. The modeling utilized SacCalc, HEC-RAS, StormCAD, FlowMaster, and CulvertMaster. Prepared project report and exhibits for review by the City

Project Engineer

Del Webb Laguna Ridge Specific Plan

Area | Elk Grove, CA

Mr. Wolf prepared both a Drainage Study and Water Study for the Del Webb Project located in the Laguna Ridge Specific Plan Area in the City of Elk Grove. The Drainage Study included a hydrologic and hydraulic analysis of 150-acre

residential development including the design of underground storm drain systems. The Water Study included developing a hydraulic model using H20Net software to analyze proposed infrastructure. Preparation of the model involved developing demands using Sacramento County standards, allocating demands in the model based on land use, and determining pipe diameters needed to satisfy County design criteria. Mr. Wolf prepared project reports and exhibits for review by the City and County.

Project Engineer

Countryside Equestrian Estates

Development | Sacramento County, CA

Mr. Wolf prepared Drainage Study for the Countryside Equestrian Estates development located in Sacramento County. The study included a hydrologic and hydraulic analysis of 275-acre residential development including the design of roadside ditches and detention facilities. Modeling utilized SacCalc, HEC-RAS, FlowMaster, and CulvertMaster. Mr. Wolf prepared project report and exhibits.

Project Engineer

Silver Springs East Development |

Sacramento County, CA

Mr. Wolf prepared the Drainage Study Silver Springs East development located in Sacramento County. The study included a hydrologic and hydraulic analysis of 85-acre residential development including the design of drainage channels and two detention basin alternatives. The hydrologic modeling and detention basin analysis was performed using SacCalc. The hydraulic analysis was performed using HEC-RAS.

Project Engineer

Fahrens Creek Bypass Channel | Merced,

CA

Mr. Wolf assisted with unsteady hydraulic analysis of the Fahrens Creek Bypass Channel in the City of Merced. He utilized existing U.S. Army Corps of Engineers UNET model to remodel channel using HEC-RAS. The system modeled included several bridge/culvert crossing, a detention basin with pumps, and a split reach channel. Results used to delineate 100-year floodplain.

Curriculum

Vitae

3 Wolf

Project Engineer

Sierra College Boulevard | Roseville, CA

Mr. Wolf was responsible for design of drainage facilities for 0.9 mile roadway improvement project. His duties included hydrologic and hydraulic modeling using StormCAD. Additional modeling of offsite detention basin was performed using HEC-HMS. Mr. Wolf assisted with preparation of project report, exhibits, and improvement plans.

Project Engineer

South Sanborn Road | Salinas, CA

Mr. Wolf Performed hydraulic analysis of existing drainage facilities to determine if the systems were adequate for the proposed 1.5 miles of roadway improvements. The existing drainage system was modified to accommodate the road improvements. Mr. Wolf performed hydrologic and hydraulic modeling using StormCAD and prepared project report and exhibits for review by City.

Project Engineer

Halcyon Road Climbing Lane | San Luis

Obispo, CA

Mr. Wolf was responsible for design of drainage facilities for 0.6 mile roadway improvement project. Duties included hydrologic and hydraulic modeling using StormCAD. Additional modeling of offsite detention basin was performed using HEC-HMS. Mr. Wolf prepared technical memorandum and exhibits for review by County.

Project Engineer

Bradshaw Road Widening | Sacramento

County, CA

Mr. Wolf was responsible for design of interim and ultimate drainage facilities for 2.5 mile roadway improvement project. Work included site assessment, design, and modeling. Design included storm drains, roadside ditches, culverts and swales. Hydraulic modeling performed using StormCAD, FlowMaster, and CulvertMaster. Mr. Wolf also performed additional hydrologic modeling using SacCalc and prepared project report and exhibits for review by County.

Project Engineer

Bellevue Ranch West | Merced, CA

Mr. Wolf assisted with hydrologic and hydraulic analysis of 300-acre residential development. Mr. Wolf designed and modeled onsite drainage facilities using StormCAD. He also assisted with detail design of 0.5 cfs and 10 cfs pump stations and assisted in preparation of improvement plans. He assisted in creek channel modification design and modeling. Mr. Wolf performed unsteady modeling of existing and proposed conditions using HEC-RAS. Hydraulic channel analysis included several box culvert and conspan bridge crossings.

Project Engineer

Laguna Ridge Specific Plan | Elk Grove,

CA

Mr. Wolf assisted with hydrologic and hydraulic analysis of 1300-acre mixed-use development including a 40 ac-ft detention basin. He sesigned and modeled onsite drainage facilities using StormCAD. Mr. Wolf performed capacity analysis of detention basins using HEC-HMS. Analysis includes hydrologic (SacCalc/HEC-1) and hydraulic (HEC-RAS) analysis of the entire Specific Plan and adjacent properties implementing County of Sacramento drainage standards. Mr. Wolf assisted with design of flood control channel through project site. Hydraulic channel analysis included several box culvert and conspan bridge crossings.


Professional Certifications

Local Assistance Resident Engineers Academy, March 2009

Qualified SWPPP Developer/Qualified SWPPP Practitioner #00299

Curriculum

Vitae

1 Hulburd

Gregory Hulburd, PE, QSD

Project Engineer

Qualified. Stanford University, Stanford, California. M.S. in Environmental

Engineering and Science, 2007. B.S. in Biological Sciences. Stanford University, Stanford, California. 2006.

Connected. Associate Member of American Society of Civil Engineers

Relevance to project. Mr. Hulburd is an Environmental Engineer and licensed

civil engineer with over four years’ experience in site investigation, soil and groundwater quality remediation, storm water pollution prevention, compliance monitoring, and risk assessment. In addition, he provides support for storm water and National Pollutant Discharge Elimination System (NPDES) compliance, inspections, and reporting. Mr. Hulburd has supported work on a soil vapor mitigation system for a former industrial site, and site characterization and remediation of a brownfield site. His experience has included monitoring and assessing soil vapor mitigation system operations, maintaining permit compliance, preparing monthly and annual reports, groundwater treatment system design, remedial alternatives design, cost estimation, and development of remedial action work plans. He has field experience in groundwater and soil sampling, remediation oversight, and remediation system data collection.

Senior Staff Engineer

Industrial Storm Water Program

Compliance, Private Client | Richmond, CA

Mr. Hulburd provides support to an industrial client seeking to improve their current industrial storm water program. Under supervision of the project manager, he is responsible for developing a strategy to bring the client into compliance with the current and forthcoming Industrial Storm Water General Permit. This task includes updating the client’s current storm water pollution prevention plan (SWPPP) and developing a comprehensive monitoring program for the facility. He regularly meets with the client to discuss structural and administrative storm water best management practice (BMP) improvements. In addition, he provides engineering design support for a new storm water treatment system, conducts site inspections, assists in the development of a new data management system, and conducts storm water sampling.


Superfund Site Feasibility Study | Davis,

CA

Since 2009, Mr. Hulburd has worked on soil/solid waste and groundwater feasibility studies and groundwater treatment system design at the

University of California, Davis Superfund Site. Work included groundwater sampling, data compilation and analysis, and report writing. He evaluated data to identify site constituents of concern based on risks to human health or potential to impact groundwater resources and quantified potential health risk and contaminant transport. Mr. Hulburd assisted in the development of remedial alternatives for contaminated soil and solid waste at former site landfills. He developed quantitative assumptions for the alternatives and performed cost estimation in accordance with state and federal regulatory procedures. Most recently, for a groundwater treatment system pilot study, he developed engineering design requirements and specifications, performed hydraulic calculations, and drafted construction drawings and details.


Storm Water Program Compliance, 34th

Americas Cup Projects, Port of San

Francisco | San Francisco, CA

Mr. Hulburd provided support for the construction storm water program for AC34 projects including the Pier 30/32 Phase 1 & 2 Upgrades, Pier 19

Curriculum

Vitae

2 Hulburd

Substructure Repairs, Pier ½ Demolition, and Pier 29 Upgrades. He assisted the supervising qualified SWPPP developer (QSD) in preparation of The SWPPP and conducted site inspections. He regularly communicated his findings and recommendations for BMP implementation with general and trade contractors. In addition, he prepared the annual report and close-out documentation for the project.


NPDES Compliance Monitoring, Bottling

Group, LLC | Hayward, CA

Mr. Hulburd supports NPDES compliance monitoring and reporting for a private beverage manufacturer. His work includes production of sampling and analysis plans, coordination of schedules and field work, review of analytical results, and submittal of compliance reports to regulatory agencies. Most recently, he has assisted the client in renewing their current NPDES permit and their Environmental Laboratory Accreditation Program (ELAP) certification.


Source Removal, Private Client | Berkeley,

CA

Mr. Hulburd oversaw excavation and collected confirmation and disposal characterization samples for source area removal activities in compliance with the project’s Corrective Measures Plan. He provided project updates to the project manager and client on a daily basis.


Vapor Intrusion Mitigation and

Groundwater Treatment |

San Rafael, CA

Mr. Hulburd worked to maintain permit compliance for a sub-slab depressurization system (SSDS) designed to mitigate soil vapor intrusion into buildings, as well as the associated groundwater treatment system, at a former industrial site. He prepared monthly air and groundwater discharge reports that assessed the systems’ efficiency and regulatory compliance. Mr. Hulburd also coordinated the field activities associated with the maintenance and monitoring of the systems in addition to modifications to the SSDS. Further, Mr. Hulburd provided support for a technical memorandum

documenting improvements made to the SSDS and the site’s annual report.


Soil Gas Sampling and Grab Groundwater

Sampling | Oxnard, California

Mr. Hulburd installed passive soil vapor sampling modules and provided oversight to direct-push drilling subcontractors for a passive soil vapour investigation and grab groundwater sampling event at a former industrial site. Prior to deployment in the field, he was responsible for obtaining appropriate permits from local authorities, obtaining bids, coordinating subcontractors, and other project-related planning.


Proficiency in Spanish.

IT savvy. Licensed Civil Engineer, Registration No. C81404, California. Qualified SWPPP Developer/Practitioner, QSD/QSP Certificate No. 24527

40-hour OSHA HAZWOPER Certified

DOT/HazMat Shipping

Curriculum

Vitae

1 Htoo

Lorraine A. Florendo Htoo, PE, LEED AP

Project Engineer

Qualified. M.S/2002/Engineering/California State Polytechnic University Pomona

B.S./1998/Environmental Resources Engineering/Humboldt State University NASSPA Certificate #U-407-4811 USGBC LEED Accredited Professional Registered Civil Engineer/CA/PE #C 79542

Connected. American Society of Civil Engineers (SF Section Secretary 2011-

Current); American Water Works Association; Bay Area Water Works Association (Director 2010-2011)

Relevance to project. Ms. Htoo’s experience includes surveys, alternative

analyses, storm drain design, low impact development design, sanitary sewer rehabilitation design, cost estimates, design reviews, and utilities location research for various infrastructure projects. She has worked on public works projects for local government agencies and private developments. Ms. Htoo’s involvement in local development projects include field investigation, analysis, cost checking, and utilities design, coordination and construction support. In addition, she performed as project manager and project engineer for developments including storm drain design and preparation of storm water management plans utilizing LID measures.

Project Engineer

SFDPW ESER1 NFS 05 |

San Francisco, CA, USA

Project Engineer responsible for the civil design of the complete tear down and rebuild of Fire Station No 5. Design includes site grading, underground utilities connections from the public infrastructure to the new fire station structure and compliance with SFPUC guidelines for stormwater management. Low Impact Development measures will be designed under this project. Project duties will carry through to office based construction administration.

Project Engineer

Marine Science Infrastructure, UC Santa

Cruz | Santa Cruz, CA, USA

Project Engineer responsible for reviewing the Low-Impact-Development study and recommendations for the project as presented in the University’s 2012 Drainage Master Plan. Designed LID measures stemming from the recommendations and adjusted to suit the updated infrastructure design.

Project Engineer

Coastal Biology Building, UC Santa Cruz |

Santa Cruz, CA, USA

Project Engineer responsible for reviewing the Low-Impact-Development study and recommendations for the project as presented in the University’s 2012 Drainage Master Plan. Designed LID measures stemming from the recommendations and adjusted to suit the updated Coastal Biology Building design in coordination with the architect and landscape architect’s designs.

Project Manager, Project Engineer

Mission Bay Development Group, Owens

Street Public Improvements | San

Francisco, CA, USA

Project manager and engineer responsible for construction documents during 75%, 100%, Final, and Issued for Permit submittal phases. Public improvements included storm drain, low pressure water, recycled water, high pressure water, dry utilities and surface improvements. Coordination efforts required between internal team across several disciplines including landscape architecture, electrical, cathodic protection, structural, civil, and traffic. Coordination efforts also required between

Curriculum

Vitae

2 Htoo

MBDG, UCSF, CCSF-DPW, PG&E, AT&T, Comcast, DT, and DPT.

Project Manager

Mission Bay Development Group, Block 25

Public Improvements | San Francisco, CA,

USA

Project manager responsible for construction documents during 100% and Final Submittals. Coordination efforts required between MBDG, UCSF’s onsite Civil and Architectural teams, CCSF, PG&E, AT&T, Comcast, DT, and DPT.

Project Manager, Project Engineer

Mission Bay Development Group, Blocks

8-9A Phase 2 Public Improvements | San

Francisco, CA, USA

Project manager and engineer responsible for construction documents during 75%, 100%, Final, and Issued Permit submittal phases. Coordination efforts required between internal team across several disciplines including landscape architecture, electrical, cathodic protection, structural, civil, and traffic. Coordination efforts also required between MBDG, CCSF-DPW, PG&E, AT&T, Comcast, DT, DPT, and POSF. Responsibilities also include development of documents for compliance with SFPUC Stormwater Management Guidelines.

Project Engineer

Mission Bay Development Group, Block 44

Drainage Study | San Francisco, CA, USA

Project engineer responsible for developing a drainage scheme incorporating LID measures and infiltration.

Project Engineer

Mission Bay Development Group, Blocks

36-39/X3 Public Improvements | San

Francisco, CA, USA

Joint Trench designer responsible for construction documents during 75%, 100%, Final, and Issued for Board Approval, and Issued for Bid submittal phases. Coordination efforts required between PG&E, AT&T, Comcast, DT, DPT, and UCSF. Engineer responsible for Construction Administration during construction of Blocks 36-39/X3 Public Improvements which entail attendance at monthly construction meetings, submittal review, response to RFIs and development of Instructional

Bulletins. Duties also included construction support for trenchless installation of 33” and 36” storm drain under MUNI rail.

2010 Marine Science Campus

Infrastructure and Coastal Biology

Building, UC Santa Cruz | Santa Cruz, CA,

USA

Provided preliminary layouts for storm drain, sanitary sewer, low pressure water, joint trench, and gas facilities. Provided preliminary grading for Coastal Biology Building.

Engineer

Brannan Street Wharf, Port of San

Francisco | San Francisco, CA, USA

Civil design engineer for Brannan Street Wharf. Responsibilities included utility design to onsite services, grading, and traffic management plans during construction documents phase. Work included development of demolition plans of existing piers for US ACE use. Responsibilities include development of documents for compliance with SFPUC Stormwater Management Guidelines.

Engineer

Lennar Urban Hunters Point Shipyard

Parcel A, Open Space Development | San

Francisco, CA, USA

Design engineer responsible for onsite civil engineering for Hillside Parks, Hill Point Park, and Pocket Parks. Responsibilities include development of documents for compliance with SFPUC Stormwater Management Guidelines, and pipeline and grading design presented in Construction Documents. LID measures included vegetated swales and bioretention.

Engineer


Parcel A, Block 50 Development | San

Francisco, CA, USA

Project engineer responsible for onsite civil engineering design for Block 50. Responsibilities include pipe line design and dry utilities layout from schematic design to construction documents. Storm drain design also included design of LID measures to comply with SFPUC stormwater management guidelines. LID measures included permeable paving.

Curriculum

Vitae

3 Htoo

Engineer

San Francisco Hunters Point Shipyard


Francisco, CA, USA

Project engineer responsible for onsite civil engineering design for Block 51. Responsibilities include pipe line design and dry utilities layout from schematic design to construction documents. Design also included coordination of onsite LID elements for the vertical development of the site.

Engineer



Francisco, CA, USA

Project engineer responsible for onsite civil engineering design for Block 53. Responsibilities include grading, pipeline design and dry utilities layout from schematic design to 75% construction documents. Design also included coordination of onsite LID elements for the vertical development of the site.

Engineer

San Francisco Hunters Point Shipyard


Francisco, CA, USA

Project engineer responsible for onsite civil engineering design for Block 54. Responsibilities include grading, pipeline design and dry utilities layout from schematic design to 75% construction documents. Design also included coordination of onsite LID elements for the vertical development of the site.

Engineer

Harbor Park Redevelopment Project |

Pittsburg, CA, USA

Project Engineer responsible for assessing water, storm drain, and sanitary sewer improvements for the Harbor Park Redevelopment project in the City of Pittsburg. Storm drain design also included implementing bioretention swales, an LID measure, for meeting C.3 compliance. Other duties included coordination with other consultants, conceptual schematic design for roadway layout, traffic count, grading permit plans, and tentative parcel mapping.

Engineer

Black Diamond Redevelopment Project |

Pittsburg, CA, USA

Project Engineer responsible for civil engineering services for water, storm drain, and sanitary sewer improvements and site improvements for the Black Diamond Redevelopment project in the City of Pittsburg. Storm drain design also included implementing flow through planters, an LID measure, for meeting C.3 compliance. Duties also included production of a Tentative Map as dictated by the Subdivision Map Act, Grading Permit Plans, construction documents for the redevelopment project, and construction services.

Engineer

Marsten Pump Station and Outfall Phase II

| Burlingame, CA, USA

Duties include logging and assisting in the review of construction submittals during this stormwater pump station project’s construction phase.

Engineer

Casanova Pump Station Replacement |

San Mateo, CA, USA

Assisted in updating the probable project construction cost estimate and project contract documents for Bid Set submittal for this stormwater pump station project. Additional duties included assisting in Addenda documentation; providing meeting minutes for the non-mandatory pre-bidding meeting, and maintaining a log of potential bidder’s inquiries during the project’s bidding phase. Ongoing duties include logging and assisting in the review of construction submittals during the project’s construction phase.

Engineer

Marsten Pump Station and Outfall Phase I

| Burlingame, CA, USA

Duties include logging and assisting in the review of construction submittals during the stormwater project’s construction phase.

Earth & Soil Science Department

CPESC Review and Exam

The Review and Exam Site: The class will be held in the old science building in the middle of campus. This is a laboratory room: Building 52, Rm A-05.

Cost for the review course is $90 payable to me at the beginning of the review. Cost for the training manual is $60 purchased at the beginning of the review. There is no cost for the exam on Friday. Directions:

When driving North on Highway 101, take the Grand Ave exit towards Cal Poly. When driving South on Highway 101, take the Monterey exit and follow the signs to Grand Ave. You will exit right and then take a right and quick left towards Grand Ave. Stay in the right lane when going up the hill on Grand Ave. The first stop sign is the entrance to Cal Poly. A kiosk on the right is where you can pay for parking ($5.00) and pick up a map. Tell them where you want to go and they will help with parking as well.

Start up time will be 8:30 am for the review and ends about 4:30. Start up time will be 9:00 am for the exam, which is a 4 hour exam. Snacks and lunch will be provided and will be delivered to the room for the review. Snacks will be provided for the exam. Monterey St has numerous motels and is only a mile from campus. Grand Ave. in the opposite direction from Cal Poly runs into Monterey St. Let me know if you need additional information. Brent Hallock, Chair, Earth and Soil Sciences Dept. Cal Poly, San Luis Obispo CPESC # 528 805-756-2436 (O) 805-756-5412 (F)

BAHM 7-07 training flyer_final.doc 2

BAHM Workshop July 2007 Pre-Registration Form

1. Personal information - complete part A or B: A. Municipal staff Name

City/Agency

Title

Phone

Email

B. All others Name Raymond Wong

Company Winzler & Kelly

Address 417 Montgomery St, Suite 600

City San Francisco ZIP 94104

Phone (415) 283-4970

Email [email protected]

Referred by: Kristy McCumby Hyland City of Sunnyvale

2. Sessions: Use 1, 2, 3 etc. to indicate first, second and third preference among the following: Tuesday, July 17, San Jose _____8AM-noon __2__1-5 PM

Wednesday July 18, Hayward _____8AM-noon __3__1-5 PM

Thursday July 19, Redwood City _____8AM-noon __1 _1-5 PM

3. Computer hardware: Check one of the following options: __X__ I can bring a laptop computer with the BAHM software installed. Please send me

instructions on how to download and install the software.

_____ I cannot bring a laptop, and will need to use a rented laptop with the BAHM software. 4. Other Comments: 5. Return this form by fax or email to: Delia Romero, EOA/SCVURPPP

Email: [email protected] Fax: 408-720-8812 Phone: 408-720-8811 We will email confirmation of session choice, directions to training facility, and payment instructions after July 3. DO NOT SEND THE REGISTRATION FEE with this form.

Fairfield-Suisun Sewer District

Seller Information: Fairfield-Suisun Sewer District [email protected]

This Payment will appear on your credit card statement as "FAIRFIELDSU"

Receipt ID: 1199-8029-9873-1739 Placed on Aug. 1, 2007

Payment For Quantity Price

Vendor Item #Vendor

1 $200.00 USD

Subtotal: $200.00 USD

Sales Tax: $0.00 USD

Total Amount: $200.00 USD

Print Done

PayPal protects your privacy and security. For more information, read our User Agreement and Privacy Policy.

Receipt

Page 1 of 1Receipt - PayPal

8/1/2007https://www.paypal.com/us/cgi-bin/webscr?cmd=_flow&SESSION=0xilZ2ATn7swpYo0RbPs2D2...

Construction-related erosion can cause problems Workshop Agenda Workshop Registration for downhill property owners, clog storm drains, create flooding problems on adjacent streets, and lead to the sedimentation and silting of streams, reservoirs, and other water bodies.

Uncontrolled erosion is costly, violates state and federal pollution laws, and exposes those with oversight authority (landowners, developers, con-tractors, municipalities and consultants) to legal liability.

Fortunately, during construction most erosion and sedimentation problems can be prevented or greatly reduced through proper planning and im-plementation of simple and low-cost effective con-trol practices.

NPDES Requirements: New regulations require implementation of best management practices (BMPs), including incorporation of treatment measures in new and redevelopment projects during and after construction to minimize pollut-ant discharge for the life of the project.

Workshop Benefits: Acquire understanding of the State general permit requirements and how to comply; learn simple and effective BMP tools for your projects; receive information on monitoring, documentation, updating site plans, sampling and management approaches to stay in compliance; gain exposure to post construction/stormwater management techniques; C.3’s (Post BMPs); and the latest state and local regulation changes.

August 22, 2007 Fee $75.00 (Including Lunch)

Workshop location: Joseph A. Nelson Community Center, 611 Village Drive, Suisun City, CA 94585

Parking is limited so arrive early.

8:00 AM REGISTRATION (Continental Breakfast)

8:30 AM WELCOME AND INTRODUCTION Dennis Ariza, FSSD Urban Runoff Management Program Pre-test

8:45 AM MUNICIPAL RESPONSIBILITIES AND EXPECTATIONS Dennis Ariza, FSSD

9:15 AM WHAT IS A SWPPP AND WHY ARE WE REQUIRED TO CREATE ONE? David Franklin, CPESC Environmental Project Manager AEI-CASC Consulting

10:00 AM BREAK

10:15 AM EFFECTIVE EROSION AND SEDIMENT CONTROL: BMPs, INSPECTION SAMPLING PROCEDURES Hossain Kazemi, Stormwater Compliance Specialists

11:15 AM 401/404 REGULATIONS FOR WATER QUALITY PROTECTION AND POST CONSTRUCTION OPPORTUNITIES Jan O’Hara, California Water Board

11:45 AM POST CONSTRUCTION Kevin Cullen, Fairfield-Suisun Sewer District Urban Runoff Management Program

12:00 PM LUNCH AND VENDOR DISPLAYS Supplied by Earth Savers Erosion Control Products

12:45 PM VIDEO: “HOLD ON TO YOUR DIRT”

1:30 PM SITE MAP UPDATE EXERCISE

2:45 PM BREAK—VENDOR DISPLAYS

3:15 PM EXAMS & COURSE EVALUATION FORMS

4:30 PM QUESTIONS and COMMENTS

5:00 PM ADJOURN

Payments can be made on line at http://fssd.com or by mail to:

Fairfield-Suisun Sewer District

1010 Chadbourne Road

Fairfield, CA 94534 (Make checks payable to: Fairfield-Suisun Sewer District)

(Credit Cards can only be accepted online.)

Name______________________________________________

Affiliation___________________________________________

Address_____________________________________________

City________________________________________________

State and Zip________________________________________

Telephone__________________________________________

Fax_________________________________________________

Vendor Registration Vendor booths are available for $200 per space. Proceeds

collected from vendors go to the International Erosion Control Association Western Chapter Environmental

Scholarship. Vendors will be supplied with a booth that includes an eight-foot table with a table cloth, skirt and lunch for 2 people. Electricity is available with prior notice.

Joseph A. Nelson Community Center

Merganser Dr.

Suns

et A

v.

HYWY 12 East To Lodi

Mar

ina

Blvd

.

Vill

age

Dr.

Date: Order#:7/10/2007 1057

Bill To: (CustomerID# 520) Ship To:

Winzler & Kelly Michael D Kincaid 417 Montgomery Street, Suite 600 San Francisco, CA 94104 United States 4152834970 [email protected]

Winzler & Kelly Michael D Kincaid 417 Montgomery Street, Suite 600 San Francisco, CA 94104 United States 4152834970

Payment Method: Shipping Method:

Credit Card: American Express Michael D Kincaid ************1001 Exp:

Online Delivery / No Shipping

Code Description Qty Price Total

TRNBAHM Workshop for BAHM 1 $100.00 $100.00

Subtotal: $100.00

Tax: $0.00

Shipping and Handling: $0.00

Grand Total: $100.00

Page 1 of 1Clear Creek Solutions, Inc.

7/10/2007https://www.clearcreeksolutions.com/Receipt_PrinterFriendly.asp?OrderID=1057

Cory Jones

Jun 10, 2013 - Jun 10, 2015

Certificate # 24386

Standard Operating Procedures for Stormwater Flow Measurement Verification

Report

2010

Caltrans Technical Report Documentation Page

Form DEA F 001 (11-07) Reproduction of completed page authorized

1. Report No.

CTSW-RT-10-211.19.01

2. Type of Report

Report

3. Report Phase and Edition

Final

4. Title and Subtitle

Standard Operating Procedures for Stormwater Flow

Measurement Verification

5. Report Date

November 19, 2010

6. Editors:

Bhaskar Joshi, Caltrans

Christian Carleton, CSUS Office of Water Programs

Author(s)

Cory LaNeave, P.E.; John Replogle, Ph.D., P.E., D.WRE.

Luis Parra, Ph. D., P.E., D. WRE.

7. Caltrans Project Coordinator

Bhaskar Joshi, P.E., Ph.D.

8. Performing Organization Names and Addresses

CALIFORNIA DEPARTMENT OF TRANSPORTATION

Division of Environmental Analysis- MS-27

1120 N Street

P.O. Box 942874

Sacramento CA 94274-0001

www.dot.ca.gov/hq/env/stormwater

9. Task Order No.

19

Amendment No.

-

10. Contract No.

43A0211

11. Sponsoring Agency Name and Address

California Department of Transportation

Sacramento, CA 95814

12. Caltrans Functional Reviewers:

DEA: Bhaskar Joshi, P.E., PhD

13. Supplementary Notes

13. External Reviewers

CSUS Office of Water Programs:

T. Granicher, C. Carleton, S. Merayyan

15. Abstract These Standard Operating Procedures (SOPs) for Stormwater Flow Measurement Verification are a companion document

to the User Guide for SOPs for Stormwater Flow Measurement Verification. This set of SOPs presents methods to (i)

verify the conditions required for accurate flow measurement, (ii) ensure that correct equipment operation and consistent

monitoring results are achieved, (iii) provide detailed guidance for stormwater flow monitoring, (iv) provide tools to

identify the source of measurement inaccuracies, (v) provide methods of adjusting flow measurement devices to ensure

accuracy, and (vi) provide troubleshooting guidance. This document provides easy-to-use reference tables. The document

defers to the User Guide for information on the important aspects of primary and secondary flow measurement device

usage, including principles of operation, hydraulic assumptions, and procedures for troubleshooting measurement errors

by storm data post processing or more intensive field investigations requiring site-specific design and potential

construction changes.

16. Key Words: Stormwater, primary flow measurement

device, secondary flow measurement device,

flume, weir, H-Flume, HS-Flume, Parshall-

Flume, Palmer-Bowlus Flume, Trapezoidal

Flume, Rectangular Weir, Trapezoidal Weir,

Cipolletti Weir, Bubbler, Doppler, Area-

Velocity Sensor, flow measurement, Froude

number, hydraulics

17. Distribution Statement

18.

Number

of pages:

112

Gregory Hulburd

Aug 14, 2013 - Aug 14, 2015

Certificate # 24527

Registration Complete - Please print this receipt for your records.

August 19 - August 23, 2012

Sheraton Denver Downtown Hotel 1550 Court Place Denver, CO

Please complete a separate registration form for each person. This form may be reproduced without the written permission of .

Credit Card Charged:

Authorization Number: 03521C

Attending As: Attendee

Conference Package:One Day Package - Tues - Early Bird Rate: $325.00 Full Day Workshop 1. Low-Impact Development: Introduction, Applications, and Technical Assessment, Monday, Aug 20, $225.00

Total Charges: $550.00

First Name: LORRAINE Company: GHD INC

Last Name: HTOO Business: Engineering/Design/Consulting Firm Dealing With Surface Water Quality

Address:417 MONTGOMERY ST, SUITE 700

Job Title: Engineer/Technician/Specialist/Designer

City: SAN FRANCISCO Phone: 415-283-4970

State: CA Fax: 415-283-4980

Country: USA Email: [email protected]

Zip: 94104 URL:

Free Subscription: yes

Subscription Format: digital

High School: Holy Family

Sign-up for NewsLetter: Yes

Cancellation Policy: Cancellations of registrants received before July 1, 2012, will be subject to a processing fee of 35%. After that date, registration fees already paid will not be refunded, but you may transfer your registration to another individual. must be notified in writing prior to July 1, 2012,

Page 1 of 2Thank you for your order

8/3/2012https://www.forester.net/register.asp

of any transferred registration. A completed registration form with the new attendee's information must accompany this notification.

Questions? Contact us at 805/682-1300 x139 or by e-mail at [email protected]

www.StormCon.com

Page 2 of 2Thank you for your order

8/3/2012https://www.forester.net/register.asp