Response to Request for Information for Submitted To: Capitol Region

Response to Request for Information for

STORMWATER MANAGEMENT PLANNING SERVICES

Submitted to:

Capitol Region Council of Governments 241 Main Street, 4th Floor Hartford, CT 06106

August 30, 2016

GZA GeoEnvironmental, Inc. 655 Winding Brook Drive – Suite 402 │ Glastonbury, CT 06033 860-286-8900

28 Offices Nationwide www.gza.com

TABLE OF CONTENTS

Table of Contents

Section 1. LETTER OF INTEREST

Section 2. RELATED PROJECT EXPERIENCE

Section 3. STATEMENT OF SERVICES OFFERED

Section 4. EXPERIENCE OF KEY PERSONNEL

Section 5. ADDITIONAL INFORMATION NEEDS

Section 6. RESPONSE PAGE (ATTACHMENT A)

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

Proactive by Design

Section 1. LETTER OF INTEREST

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

August 30, 2016 No. 15.P000079.17

Maureen Goulet, Purchasing Program Manager Capitol Region Council of Governments 241 Main Street, 4th Floor Hartford, Connecticut 06106

RE: Response to Request for Information (RFI) for Stormwater Management Planning Services

Dear Ms. Goulet: In response to the Capitol Region Council of Governments’ (CRCOG) recent Request for Infor- mation (RFI) for Stormwater Management Planning Services, GZA GeoEnvironmental, Inc. (GZA) is pleased to submit one (1) original and six (6) copies of its Response to the RFI to the CRCOG. GZA has prepared the enclosed response based upon our review of the RFI, the current status of the municipal separate storm sewer system (MS4) permit for the State of Connecticut, as well as our experience with providing related services to other MS4s. The enclosed sections of GZA’s response follow the identified requirements from the RFI. We have attempted to be as concise as practical to provide an accurate yet thorough understanding of GZA and our services. GZA Background GZA is a multi-disciplinary consulting firm that distinguishes itself by focusing on responsive- ness and communications with our clients. Our technical services are in the fields of civil engineering, landscape architecture, water resources and environmental engineering, wetland and environmental sciences and permitting, geotechnical services, hazardous waste assessment and remediation, and construction-related services. This breadth of services allows us to provide wide project support to our clients and to conceptualize solutions that address the many types of issues that arise during a project, particularly in the types of complex urban environments encountered in New England. GZA employs over 500 engineers, scientists, and technical support staff in 27 offices which collectively may bring significant resources to any assignment. GZA’s service to CRCOG and participating MS4s would be managed primarily from our office in Glastonbury, CT, located centrally within the state. GZA also has offices in Trumbull, CT, as well as just over the border in Springfield, MA, which can be accessed to provide services to area towns. GZA has provided services related to the National Pollutant Discharge Elimination System (NPDES) Phase II MS4 program to several communities in New England, including Milford, Easthampton, Natick, and Wellesley, Massachusetts; Hartford, Connecticut; and Dover, New Hampshire. In addition, GZA provided MS4 permit support to the Maine Turnpike Authority, subject to the Phase II MS4 Permit issued by the Maine DEP who has delegated authority to administer the NPDES Program in the State of Maine. As a result of this work, GZA has a firm understanding, not only of the federal permit which applies to non-delegated states, but of the intricacies of state permits, which have differing requirements and timelines.

August 30, 2016 CRCOG Page | 2

Proactive by Design GZA’s Understanding of Municipal Needs As a result of our corporate experience, we understand that each municipality needs a customized program, tailored to meet its budget, staff level, and technical support needs. GZA understands that some municipalities may need a comprehensive approach in developing, implementing, and documenting their stormwater program, while others may only need support when specific technical needs arise. As such, our involvement in municipal stormwater programs has ranged from as little as providing technical assistance regarding particular program elements, such as endangered species review and illicit discharge compliance or bylaw writing, to fully comprehensive services which included complete program development and implementation, including outfall and structure location, mapping, outfall sampling, database management, illicit discharge and public education programs, annual report documentation, and budget preparation. Project Understanding Protecting America’s Waters is one of EPA’s top priorities, as demonstrated in EPA’s current Strategic Plan. It is clear that the EPA has placed a nationwide focus on regulating stormwater discharges using watershed-based approaches to improve water quality, and states in New England are following suit by issuing increasingly comprehensive and detailed stormwater permits. GZA is well aware of the pressures facing communities in New England as a result of updated and more stringent stormwater permits. GZA has been deeply involved in assisting communities with understanding the management and financial implications of proposed draft or final MS4 permits in Massachusetts, Maine, Connecticut, New Hampshire, and Rhode Island. With the new modified Connecticut MS4 General Permit, effective July 1, 2017, municipalities will be required to satisfy detailed and specific provisions (e.g., regarding public education and outreach, illicit discharge detection and elimination program, good housekeeping and pollution prevention for permittee owned operations) and will have less flexibility when designing their Stormwater Management Programs (SWMP). The overall effect is an increase in cost to the community for developing and carrying out its SWMP, as compared to what was required during the last permit term. Further, eight (8) additional towns which formerly were not subject to the permit will be required to register for the permit and develop and comply with Stormwater Management Plans. There are several instances throughout New England where communities have come together with a regional or watershed approach to share the cost burden of meeting applicable stormwater permit requirements. In 2008, in the Long Creek watershed in South Portland, Maine, municipalities and landowners affected by a permit implemented by EPA under Residual Designation Authority (RDA), convened a stakeholders’ process to develop a collaborative, community-based watershed management plan to identify an efficient and cost-effective approach for restoring Long Creek. Also in 2008, EPA issued a targeted, draft stormwater permit by implementing RDA in the Upper Charles River watershed, and communities came together to study the potential costs of compliance with the proposed permit. In both instances of RDA implementation, GZA supported some of the involved communities and stakeholders throughout the process. In Massachusetts, there are several established regional stormwater coalitions providing MS4s with options for sharing resources to limit the costs of permit compliance, and more communities are coming together in other watersheds, with the help of their regional planning organizations or other agencies, to collaborate. The Pioneer Valley Planning Commission, in Springfield, MA, recently issued a Request for Information for a regional collaboration between nine municipalities for stormwater system mapping. Based on our review of the CRCOG’s RFI, GZA’s understanding is that the CRCOG is leading the development of a regional approach to meeting the requirements of the modified CT MS4 General Permit, whereby member communities may share resources and lessen the cost burden of compliance, a valuable approach which can help with an efficiency of scale for the development of materials that may be useful to multiple municipalities. Many of the

An Equal Opportunity Employer M/F/VIH August 30, 2016 CRCOG Page | 3

Proactive by Design resources for permit compliance can be developed and provided in template or model format, for use by multiple communities. Project Approach We recognize that the CRCOG will likely receive a significant number of responses from other firms that are well- qualified to develop templates and models, and that can provide the technical expertise to guide communities through permit compliance. GZA also has the experience and ability to provide the identified Municipal Stormwater Planning Needs presented in the RFI and has the required knowledge of the MS4 permit to work successfully with the CRCOG and member communities to help meet compliance requirements, as demonstrated in Section 3 of this response. In addition to these basic qualifications, GZA offers a unique approach to managing our support to communities that participate in this regional solution to permit compliance. We envision hosting a secure, web-based database, accessible to participating communities, for the dissemination of templates, model ordinances, educational materials, forms, standard operating procedures, training materials, etc. Hosted in this database would be materials that could be downloaded and customized by participating communities, by accessing a user-friendly interface. GZA employed a similar approach for the City of Dover, New Hampshire, a description of which is included in Section 2 of this response. For the management of spatial data, we offer web-based mapping and data management, hosted on GZA’s GIS Server in a SQL Server Geodatabase. GZA can develop and deploy robust web-based GIS applications and provide the CRCOG and participating communities with interactive real-time access to critical data and spatial information throughout the project lifecycle. GIS data layers can be delivered to the client for inclusion in their own geospatial infrastructure, providing compatibility with communities’ current geospatial mapping systems. These systems are easy to use and can provide a municipal employee access wherever they are, on multiple devices, so long as internet access is available. Our proposed application is entirely compatible with and can be integrated into the CRCOG’s web- based GIS system. GZA would work with the CRCOG and participating communities to review existing stormwater geospatial layers, and update as necessary employing a Water Utilities Model, and develop forms, workflows and processes for field data collection employing the MS4 Inventory Recorder Schema. At the core of GZA’s enterprise mobile strategy is a geospatial backbone built on Esri’s ArcGIS Platform, ArcGIS for Server on a dedicated GIS Server, Portal for ArcGIS and ArcGIS Online. The ArcGIS Platform includes Collector for ArcGIS on mobile devices for field data collection using IOS, Android, Windows and Trimble devices. Thus, field data collection may be performed by GZA, or by the participating communities themselves, using their own smart phones or tablets. Where required, IOS and Android devices are paired with GNSS Bluetooth GPS for increased horizontal and vertical positional accuracy when collecting geometry or locating features. This can be a valuable tool, allowing municipal workers in the field to access and add data relative to stormwater features, maintenance, and programming needs real-time, reducing paperwork, and providing an efficient, organized manner of data management. Benefits of this approach include: · Established Database Schema and Collection Standards for all towns, · Cross-compatibility and Access in a Secure Environment, · Real-time access to data via mobile, web and desktop GIS, and · Fully integrated and supported with ArcGIS.

An Equal Opportunity Employer M/F/VIH August 30, 2016 CRCOG Page | 4

Proactive by Design Within the context of the CT MS4 permit, spatial information that could be managed by this system includes: · Drainage System Mapping – Outfalls, receiving waters, conveyances, BMPs, sanitary/combined sewer, catchment delineations, etc., · Identification and tracking of priority areas, · Tracking of construction sites and inspections, · Tracking of Directly Connected Impervious Area (DCIA), · Identification, prioritization, and tracking of BMP retrofits, · Illicit Discharge Investigations, · Tracking of Sanitary Sewer Overflows (SSOs), · Tracking of O&M and inspections, · Catch basin cleaning & street sweeping optimization/tracking, · Deicing material management (locations of salt storage), · Inspection and maintenance of stormwater treatment structures, and · Output of data for inclusion in Annual Reports. Summary GZA’s goal is always to provide our Clients with quality products, on-time and on-budget. We feel that our many long- term municipal clients are a testament to our level of service. We have included example projects and references highlighting our municipal MS4 work in Section 2 of this response. We encourage you to contact them to discuss the wide range of services we have provided them over the years. The following response package presents the information requested by the CRCOG’s RFI. GZA appreciates the opportunity to submit this information which we believe demonstrates the technical and professional skills that GZA can provide to help meet the needs of the CRCOG and participating communities. We would welcome the opportunity to discuss this response in person with the Interview Committee. Should you have any questions, please contact Rosalie Starvish at (413) 726-2119 or at [email protected]. Thank you for this opportunity to express our interest in working with the CRCOG. Very truly yours, GZA GEOENVIRONMENTAL, INC.

Rosalie T.F. Starvish, P.E., CPMSM Stephan T. Roy Project Manager Vice-President, Consultant / Reviewer

Thomas E. Jenkins, P.E. Vice-President, Principal-in-Charge

Enclosures

An Equal Opportunity Employer M/F/VIH

Proactive by Design

Section 2. RELATED PROJECT EXPERIENCE

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

Section 2: RELATED PROJECT EXPERIENCE

RELATED PROJECT EXPERIENCE

Attached in this section is a series of representative project profiles which have been included to highlight projects with similar elements to those required for the CRCOG’s Stormwater Management Planning Services. Project profiles included in this section highlight GZA’s experience in key areas including:

• NPDES Phase II MS4 Services • Database Management Services • Stormwater Mapping/Sampling Services • Regional Stormwater Management Support • Stormwater Regulations Review and Modifications • Stormwater Master Plans and Master Plan Updates • Other Applicable Water Resources/Stormwater Related Projects

The contact information for three of our most recent project examples are listed following the project profiles.

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS Phase II Compliance Services & Stormwater Project Highlights System Assessment · Phase II MS4 Program Compliance Milford, MA · Stormwater System Mapping and Assessment · Discharge Sampling and Analysis · BMP Recommendations

GPS Location of Stormwater Outfalls

GZA has worked continually with the Town of Milford throughout its five-year permit term to help the Town achieve compliance with the National Pollutant Discharge Elimination System (NPDES) Phase II program for small municipal separate storm sewer systems (MS4). GZA conducted an assessment of Milford's stormwater system, and then developed a customized Stormwater Management Plan and Illicit Discharge Detection and Elimination Program for the Town. This effort is ongoing, responding to the Town’s specific needs during the five year permit term. Tasks completed for this project include: · GPS location of stormwater features, · Development of a stormwater infrastructure database and outfall map, · Development of a Stormwater Management Plan (SWMP) for the Town, Catch Basin Found with Signs of Illicit Dumping · Dry weather field observation of stormwater outfalls, including sampling and analysis, · Prioritization of sites for future investigation, · Tracing of illicit discharge sources, · Review of local ordinances and bylaws related to stormwater and preparation of a town stormwater bylaw which received approval from the Attorney General, · Preparation of educational materials and presentations for schools, · Preparation of annual reports, and · Representation of the Town at meetings with DEP and EPA. When the 5-year permit term expired, GZA continued to assist the Town of Milford with ongoing compliance throughout the administratively continued permit cycle, Watercourse Review for Outfall Identification and with review of and preparation for the next permit cycle under the Draft General Permit for Stormwater Discharges from Small Municipal Separate Storm Sewer Systems in Massachusetts. Page | 1 Maine Turnpike Authority (MTA) Project Highlights

Stormwater Infrastructure Mapping • GIS Mapping Kittery to Augusta, ME • Environmental Regulatory Compliance • Data Management

For more than 10 years, GZA has provided comprehensive environmental regulatory compliance services to MTA, a quasi-state agency created by Maine Legislature in 1941. During this time, GZA became an integral part of MTA’s stormwater management team that oversees operations, policies and compliance for the eight (8) Maintenance Facilities, plus six (6) Service Plazas, more than fifteen (15) Toll Plazas and numerous infrastructure (roadway, bridges, culverts, etc.) along MTA’s more than 100 miles of right-of-way (ROW) from Kittery to Augusta, Maine. GZA also provides stormwater compliance assistance for construction projects undertaken by MTA each year. The scope of services for MTA’s annual Stormwater Assistance contract includes a vast spectrum of services, one of which is mapping of stormwater infrastructure as part of the Illicit Discharge Detection and Elimination (IDDE) requirement of the MS4 General Permit.

GZA works cooperatively with MTA staff in developing stormwater management mapping methods as part of the facility’s statewide MS4 General Permit. The scope of mapping services includes GIS technical support for mapping stormwater infrastructure, including conveyances and structural Best Management Practices (BMPs), as well as a centralized data management repository for tracking stormwater compliance for all MTA construction projects planned, constructed and maintained throughout the State.

GZA also works with MTA staff to coordinate the collection of field data (i.e., mapping stormwater infrastructure). GZA assisted in the development of the field data collection process, oversight of field staff, and Quality Assurance / Quality Control (QA/QC) of the data collected to meet MS4 mapping requirements, as well as BMP inventory and assessments.

Page | 1 City of Hartford Department of Public Works Project Highlights Hartford, CT · Environmental Permitting · Entrainment Study · Stormwater Management · Hazardous Waste Compliance · UST management · GPLPE Compliance Certifications · Air Emissions Tracking Assistance · Annual Air Quality Compliance Reviews · Revised O&M Plan for Waste & Recycling Center

GZA managed environmental compliance and provided on-call consulting services for the DPW at their facility located at 40 Jennings Road and six pumping stations throughout the city. Environmental compliance consisted of monthly stormwater management inspections, training, sample collection and reporting. GZA managed on site underground storage tanks and provided Class A and B operators and provided Class C operator training to on site staff. Monthly hazardous waste compliance inspections of facility storage areas, satellite storage areas, emergency equipment and records were conducted to maintain compliance. GZA collected monthly air emission tracking data, conducted monthly spill prevention control and countermeasure inspections, performed spill cleanup of any releases and provided RCRA and DOT training to employees. GZA annually developed hazardous waste determinations, completed Tier II reporting and filed annual GPLPE compliance certifications. GZA slso conducted annual air quality compliance reviews of their 40 Jennings Road facility. Additional air quality tasks included the preparation and submittal of a GPLPE application for DPW’s Pope Park Pump Station and the preparation and submittal of NOx Compliance Plans for DPW’s North and South Meadow Pump Stations. The project cost approximately 100K over a 2 year period from July 2011 to July 2013. Response to changes made by the CTDEEP to a re-issued General Permit for a Municipal Transfer Station, GZA incorporated significant revisions to the City of Hartford’s Operation and Management Plan for the DPW’s Hartford Bulky Waste & Recycling Transfer Center. The revised Plan addressed management of solid waste and recyclables, facility personnel and training, recordkeeping and reporting requirements, traffic control and facility maintenance and inspection.

Page | 1 City of Dover Project Highlights

Stormwater Database · Developed stormwater database Dover, NH using GZA’s SharePoint System · Tracked municipal and privately- owned stormwater system components Environment permit compliance to meet city requirements · Database has enabled City of Dover to inventory and track stormwater systems operation, inspection and maintenance plans, identify and track maintenance activities and address compliance issues in a timely manner

GZA approached the City of Dover, New Hampshire’s Public Works Department to assist them with applying for a grant from the Piscataqua Region Estuaries Partnership under the stormwater quality category, which is funded by the EPA. After several meeting with The City, GZA proposed development of on-line interactive database for stormwater management using GZA’s Microsoft SharePoint System. As part of our work, GZA prepared the application for this grant on behalf of the City of Dover. The database was designed to allow for tracking municipal stormwater system components and privately owned stormwater systems that have been required to implement Stormwater Inspection and Maintenance Plans by the City. This project included populating the database with the site information for privately-owned sites that had the required stormwater plans. Prior to development of the database compliance was difficult to measure given that site data was not available online. The database has enabled the City to inventory and track stormwater systems operation, inspection and maintenance plans; identify and track maintenance activities; and address compliance issues in a timely manner. Completion of this project will help the City achieve goals outlined in the City of Dover’s Stormwater Management Plan and implementation of EPA’s Phase II stormwater regulations, both of which identify the review of stormwater management plans and monitoring of best management practices for improved water quality. Compilation of site specific data into the GZA database allows for a centralized location for city staff to access information, evaluate conditions of the stormwater systems, and track compliance issues as they arise. The database also provides valuable information back to the planning process for use in future approval processes. Due to increased interest by the City as the projected evolved, the database was structured to allow future use by other City departments. To help ensure this expanded future use the Engineering, Highway and Planning departments were included in training sessions and key features of the site were modified for future use by other town departments Since the completion of this project, there has been significant interest in this database for both the EPA and other seacoast towns that will be impacted by the implementation of EPA’s Phase II stormwater regulations.

Page | 1 Stormwater Regulations Update Project Highlights Lebanon, NH · Watershed Field Review · Review of City Regulations · Preparation of Draft Regulatory Amendments · Preparation of Summary Report

Roadway Washout

GZA conducted a review of the Zoning, Site Plan Review, and Subdivision regulations and existing conditions within the City of Lebanon, New Hampshire (the City), as they relate to water resources-related concerns, including stormwater management. GZA prepared draft Zoning, Site Plan Review, and Subdivision regulation amendments, including new stormwater management performance standards for the City. The amendments and the performance standards focused on providing specific controls on how stormwater is managed as properties are developed or redeveloped, including the incorporation of Low Impact Development (LID) principles. Stormwater management during construction and long-term operation and maintenance of stormwater systems was also addressed. GZA met with the City’s Advisory Committee on four occasions as the project Retail Mall Flood Event, Hurricane Irene progressed, including a guided tour of the City led by members of the Engineering Division. The project culminated with a presentation of the results of the study and recommended regulatory changes to the Planning Board.

Page | 1 Long Creek Restoration- Maine Turnpike Authority Project Highlights

Regulatory Compliance and Watershed · Development of a watershed Management management plan that provides an South Portland, ME optimum approach for landowners in meeting new regulatory On March 6, 2008, Conservation Law Foundation (CLF) filed a petition with EPA requirements and water quality Region 1 requesting that EPA designate certain stormwater discharges into Long classification standards in Long Creek in South Portland, Maine as requiring permit coverage under the EPA’s Creek; National Pollutant Discharge Elimination System (NPDES) program. In this petition · Collaboration among all and similar to others filed in Massachusetts (Charles River, Boston area) and Vermont landowners (including four (Lake Champlain, Burlington area), CLF argued that EPA must exert municipalities, area businesses, “Residual Designation Authority” (RDA) allowed under the Clean Water Act (CWA) non-profit agencies and state Section 402 (p)(2)(E) to “require cleanup of stormwater discharges from numerous agencies) in the Long Creek existing industrial and commercial properties.” watershed to encourage adoption of a more efficient and cost- At the time that this petition was filed with EPA, GZA as a consultant to MTA had effective approach in restoring already been working with landowners in the Long Creek watershed for more than a Long Creek year as part of a collaborative, community-based effort to develop a watershed management plan that would identify a proactive and cost-effective approach for · Assessment of funding and restoring the water quality in Long Creek by achieving State and Federal water quality regulatory mechanisms, as well as classification standards. other legal documents associated with the establishment of a quasi- As part of an annual contract to provide comprehensive stormwater compliance municipal watershed management assistance to MTA, GZA provided services to MTA that included (but were not limited district. to) the following tasks associated with the Long Creek Restoration Project: · Received Environmental Merit · Participate as a representative to MTA in stakeholder and committee Award in recognition of exceptional meetings during development and finalization of the Long Creek Watershed work and commitment to the Management Plan (WMP); environment in 2008 · Review and provide comments on proposed permits, funding mechanisms and other associated documents, such as a Participating Landowner Agreement (PLA); and · Assess available options relative to MTA operations and assets within the Long Creek watershed, which would include a potential widening of MTA Right-of-Way (ROW) through the watershed at a future date. Since the Maine Department of Environmental Protection (DEP) received delegated authority to administer the NPDES program in Maine, DEP and EPA worked cooperatively to review and approve the WMP developed and offered as part of the collaborative stakeholders’ process in Long Creek. The WMP would ultimately become the framework for implementing regulatory requirements of a first-of-its-kind watershed-based NPDES General Permit (GP) for Post-construction Discharge of Stormwater in the Long Creek Watershed. Permit coverage is now required for all existing development with designated discharges (e.g., parcels containing one or more acre of impervious area). DEP considers the Long Creek process to be a model and/or template to be used in other urban impaired stream watersheds throughout Maine, but perhaps also throughout EPA Region 1 and beyond since EPA has expanded their focus from regulating point source discharges under the CWA to broader efforts that identify more watershed-based approaches. GZA’s role in the Long Creek process was fairly unique in that we were able to provide technical expertise into the collaborative process, all the while assessing the implications relative to our client’s best interest. This delicate balance was achieved and maintained through continued and frequent communication with our client, the regulatory officials involved and participating landowners alike. The value of GZA’s contribution was ultimately recognized in April 2009 when both GZA and MTA were named as recipients (along with the other founding stakeholders in the Long Creek process) of an Environmental Merit Award presented by EPA in recognition of the exceptional work and commitment to the environment. Upper Charles River Watershed Federal Stormwater Project Highlights Permit Compliance Preparation & Funding Milford, Bellingham, and Franklin, MA · Compliance · EPA Residual Designation Authority for stormwater discharges · Regional Stormwater Utility · Wetlands Program Development Grant

In late 2008, pursuant to EPA’s residual designation authority, so called, provided by Section 402(p)(2)(E) and (6) of the Clean Water Act (CWA) as implemented through regulatory provisions at 40 CFR 122.26(a)(9)(i)(C) and (D), EPA published the Preliminary Residual Designation of stormwater discharges from two or more acres of impervious surfaces located in the Charles River watershed and within the municipalities of Milford, Bellingham, and Franklin. A Draft General Permit for these designated discharges was published in April of 2010, which would require commercial, industrial, educational, medical, religious, and residential facilities to comply with certain stormwater management standards and develop a plan to reduce phosphorus from stormwater discharges. Also in early 2010, the EPA issued the Draft General Permit for Stormwater Discharges from Small MS4s in Massachusetts North Coastal Watersheds, including the Charles River watershed. This permit would require small MS4s in the Charles River watershed to design and implement a Phosphorus Control Plan, along with the other requirements to meet the six minimum control measures, including more stringent illicit discharge detection and elimination requirements, storm drainage system mapping, and dry- and wet- weather outfall sampling. The emphasis on phosphorus load reduction in both proposed permit programs arises from the stormwater phosphorus load reduction targets for communities in the Charles River watershed set by the Lower Charles River Phosphorus Total Maximum Daily Load (TMDL). In support of the proposed residual designation, the EPA and DEP conducted a demonstration study of using optimization techniques to evaluate cost-effective solutions to meet the phosphorus TMDL reduction targets in Milford, Bellingham, and Franklin. GZA assisted the Town of Milford with providing information to EPA and DEP for the demonstration study. As part of GZA’s ongoing MS4 permit assistance to the Town of Milford, GZA reviewed and summarized both of these permit programs for the Town, and assisted the Town with preparing comment letters to EPA. GZA provided the Town with a budget estimate for compliance with the draft MS4 general permit. In addition, GZA voluntarily attended public hearings associated with each program. The Town of Milford requested GZA’s presence at smaller meetings held between the Towns of Milford, Bellingham, and Franklin, the EPA, and the Massachusetts DEP to discuss the two proposed permit programs, requirements, and financial implications. The three towns decided to collaborate to apply for funding under the Wetlands Program Development Grants program to develop a feasibility study and preliminary implementation plan for a regional stormwater utility. GZA prepared the grant application which included a detailed project scope and budget estimate. The EPA is currently assisting the three towns of Milford, Bellingham, and Franklin with the EPA funded and managed “Sustainable Stormwater Funding Project”, in an effort to address the cost implications of both permits being proposed. GZA was invited by the Town of Milford to represent the Town at the steering committee meetings associated with the project.

Page | 1 Western Connecticut State University (WCSU) Stormwater Master Plan Civil and Water Resources Project Highlights

Danbury, CT · Stormwater Master Plan for two WCSU campuses · Field Review and System Mapping · Hydrologic Modeling · Drainage Issues Review · Recommendations for Future Stormwater Design and BMPs

New LEED Silver Science Center on Midtown campus (background) with existing school (foreground) to be demolished to make way for new green quadrangle

Western Connecticut State University (WCSU) is a member of the Connecticut State University System, with two campuses spread across approximately 137 acres in the City of Danbury, Connecticut. As a result of increasing enrollment, parking limitations, and needs for optimizing circulation patterns and building maintenance, Master Planning documents were developed to present options for future development of both campuses. The 2007 Master Plan provided conceptual stage planning for both the Midtown and Westside campuses. This includes construction of new facilities, renovation of existing buildings, changes to pedestrian and vehicular circulation routes, construction of additional parking, landscaping and open space improvements, and relocation of existing functions to other campus locations. GZA was contracted by the Connecticut Department of Public Works (CTDPW) in June Flared endwall with outfall pipe in upland area on Westside Campus 2009, as part of its on-call CEPA contract, to prepare a Stormwater Master Plan (SMP) for both the WCSU campuses. The Stormwater Master Plan was developed to reflect existing conditions and conditions associated with the Proposed Action (Master Plan development for the target year 2015) for both campuses, with the expectation that the conceptual level information provided in the Plan will be used as a basis for future Flood Management Certifications and State Traffic Commission (STC) permits for development associated with the Master Plan. As such, the SMP developed by GZA will become part of the larger Master Plan project once complete. The SMP was prepared to provide an overview of Master Planning activities and mapping to illustrate existing and proposed conditions assuming Master Plan build-out. The SMP included field review of both campuses to understand existing conditions relative to drainage and to observe any existing issues with the drainage system. GZA also interviewed WCSU Facilities staff to determine if any known drainage capacity or system condition issues needed to be addressed. GZA collected and reviewed available existing mapping and stormwater reports and designs prepared in conjunction with individual on-campus projects. Based on collected information, discharge and design points were identified for each of the campus drainage systems and watersheds and associated subcatchments delineated. Using this information, subcatchments were brought into GIS to interface with CT DEP GIS layers for soils information and aerial photography to provide information needed to estimate runoff curve numbers and to construct hydrologic models of the systems at both campuses. Hydrologic models were constructed using HydroCAD® to generate estimates for peak runoff rates, time of peak discharges, and runoff volumes for the Existing and Proposed Condition. Based on hydrologic modeling results for the Existing and Proposed Condition, estimates of required detention for future development will be calculated and recommendations made for stormwater system requirements and BMPs to comply with CT regulations. The Plan will also include discussions of construction and

post-construction BMPs for both campuses and a look at compliance with applicable regulations and agency manuals related to stormwater. Buchanan Marine Project Highlights Environmental Compliance Assistance · Stormwater Compliance New Haven, CT Assistance · Hazardous Waste Determinations and Annual Training · Air Quality Compliance Assistance · Respiratory Protection Assessment

Buchanan Marine operates a barge fabrication and repair facility located at 39 Ferry Street in New Haven Connecticut. Operations include welding (inside and outside), dry abrasive blasting (outside), painting (outside but within an enclosure) and grinding with hand-held equipment. GZA provides a variety of environmental compliance assistance to Buchanan Marine including multimedia compliance inspections, Stormwater Pollution Prevention Plan (SWPPP) development and implementation, conducting stormwater sample collection and annual training, Office of Long Island Sound Programs (OLISP) permitting, hazardous waste determinations and annual training, respiratory protection assessments as well as air quality compliance. GZA’s stormwater management assistance includes providing stormwater monitoring containers to Buchanan for collection of the stormwater samples and contracting with a state certified laboratory for the analysis of stormwater samples. Upon receipt of the laboratory reports, GZA reviews the results and generates the stormwater monitoring report to submit to the CTDEEP. In addition, GZA conducts comprehensive semiannual inspection of the facility which includes inspection of materials exposed to stormwater. Non-compliance issues are identified and corrective actions are provided. GZA also conducts annual stormwater training as required by the general permit. GZA conducted an air quality regulatory compliance evaluation of Buchanan’s facility operations. The ultimate focus of this evaluation was to develop a sound air quality regulatory compliance strategy that will be cost-effective, avoid unnecessary permitting requirements and provide the flexibility to meet Buchanan’s operational needs. The evaluation included the performance of detailed emissions calculations for comparison to various regulatory thresholds established by the CTDEEP and to identify all air quality regulatory requirements that would pertain to facility operations including information on how Buchanan would comply with these requirements. Once all regulatory compliance requirements were determined, GZA developed a compliance document that would be used by Buchanan to comply with all applicable air quality regulations pertaining to facility operations. GZA also assisted Buchanan in creating a recordkeeping system that can be used to track all applicable air quality requirements.

Page | 1 Village of Deerfield Project Highlights

Sustainable Stormwater Concepts • Rain Garden Design Deerfield, Illinois 2009 to 2011 • Assessment of Existing – Conditions • Prepared concept plan options and associated costs • Provided oversight of implementation

Client Contact Barbara K. Little, P.E. Director of Public Works and Engineering 465 Elm Street Phone: 847-317-7245

Deerfield Rain Garden.

Huff & Huff, Inc. was contracted in 2009 to determine the feasibility, make recommendations, and assist in implementation for green infrastructure improvement for five sites within the Village of Deerfield.

The goal in these five areas was to reduce pollutant loading to the West Fork of the North Branch Chicago River, increase infiltration, provide aesthetically pleasing visual barriers for residences and pedestrians, and introduce and educate the community on green infrastructure and native vegetation. All five areas were adjacent to roadways, parking lots, and/or railroads, which can contain pollutants such as chloride and solids. The five areas consisted of small parking lot islands, medians, and long linear features encompassing several city blocks.

Individual green infrastructure concepts were prepared for each of the five sites based on the specific goals and existing conditions. The selected plants do not require the use of fertilizers and require minimal maintenance after they have become established. Reduction in mowing will cut down on fuel and labor costs as well as emissions from the use and transportation of the mowing equipment.

Specific tasks performed include:

• Gathered background on utilities, drainage patterns, soil conditions, and water volumes in area • Assessed existing conditions • Prepared concept plan options and associated costs • Provided oversight of implementation Section 2. REFERENCES

MAINE TURNPIKE AUTHORITY John Branscom Environmental Coordinator 2360 Congress Street Portland, ME 04102 Telephone: (207) 871-7771 x 359 [email protected]

Services provided: Please see attached project profile “Maine Turnpike Authority (MTA) Stormwater Infrastructure Mapping”

TOWN OF MILFORD Scott Crisafulli, P.E. Highway Surveyor Highway Department 30 Front Street Milford, MA 01757 Telephone: (508)-473-1274. Fax: (508)-634-2348 [email protected]

Services provided: Please see attached project profile “Milford Phase II Compliance”

HARTFORD DEPARTMENT OF PUBLIC WORKS Marilynn Cruz-Aponte Assistant Director of Public Works 50 Jennings Rd Hartford, CT 06120 Office: (860) 757-9900 Fax: (860) 722-6215 [email protected]

Services provided: Please see attached project profile “City of Hartford DPW”

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

Proactive by Design

Section 3. STATEMENT OF SERVICES OFFERED

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

Proactive by Design GZA Proﬁ le

Founded in 1964 as Goldberg-Zoino & Associates, Inc., a soils and foundations specialty consultant, GZA GeoEnvironmental, Inc. (GZA) has grown into a full-service company providing its clients with highly diversifi ed technical services supporting our core practice areas. GZA employs 580 engineers, scientists, and technical support staff in 26 offices in the U.S. (primary operations in Northeast, Mid-Atlantic, Mid-West, and Appalachian regions) and is currently ranked #116 in the ENR’s 2014 Top 500 Design Firms list and #95 in ENR’s annual list of the top 200 environmental fi rms. GZA is an employee-owned firm with gross revenues last fi scal year of $124 million, a record in our 50-year history.

Geotechnical Environmental Ecological Services Water Consulting Construction Services Services • Wetland Delineation, Services Management • Subsurface • Environmental Site Assessment and • Marine and Services Investigations Assessment and Design Waterfront • Project Management Investigation Structures • Deep and Shallow • Biodiversity, Habitat • Program Foundation Solutions • Site Remediation and Rare Species • Dams and Levees Management Assessment • Rock Slope • Environmental • Water Resources • Demolition and • Aquatic Toxicity Characterization, Health and Safety • Climate Change and Decommissioning Stability Assessment, Regulatory Testing Hazard Planning • High Risk Rock Fall Mitigation Compliance • Environmental Remediation/ • Soil Slope Analysis • Air Quality Impact Studies Specialty Clean and Stabilization • Hazardous Materials • Natural Resource Construction Design Management / Permitting • Construction-related • Tunneling and Demolition • Erosion and Building Services Underground • Sustainability Sedimentation • Asbestos, Lead, Construction Advisory Services Control Design PCB’s, and Mold and Compliance • Earth Support Design Abatement and Dewatering Monitoring • Seismic Evaluation • Ecological Restoration Design • Geothermal System Design • Invasive Species Management • Landﬁ ll Design • Water Quality • Instrumentation and Assessment and Deep Foundation Planning Testing • Marine and Freshwater Habitat Analysis

www.gza.com We are Proactive by Design. We are One Company. We are GZA. NPDES Stormwater Permitting and Compliance Project Highlights Assistance · Municipal Stormwater Programs

· Construction Stormwater Pollution Prevention Plans (SWPPPs) · Industrial Stormwater Pollution Prevention Plans (SWPPPs) · General Compliance Assistance · Erosion and Sediment Control Monitoring · Stormwater Sampling Program

Airport Fuel Farm with controls for spill prevention and stormwater

GZA has extensive experience with the various National Pollutant Discharge Elimination System (NPDES) permitting programs, including:

· The Multi-Sector General Permit for Stormwater Discharges from Industrial Activities (MSGP), · The NPDES Stormwater Phase I Program for medium and large municipal separate storm sewer systems (MS4s), · The NPDES Phase II Program for small MS4s, and · The NPDES General Permit for Discharges from Large and Small Construction Activities (the Construction General Permit or CGP). GZA regularly prepares Construction SWPPPs for developers and owners of residential and commercial facilities. SWPPPs range from covering 2-lot subdivisions to entire commercial complexes and multi-phase 100+ unit housing projects. GZA also provides compliance assistance to clients throughout the construction process, if needed. GZA has also assisted multiple municipalities with various aspects of the NPDES Phase Stormwater drainage system mapping II program for small MS4s, including the Towns of Milford, Wilbraham, Easthampton,

Natick, and Wellesley, MA. Involvement has ranged from Notice of Intent (NOI) assistance to full program development and implementation. For the Town of Milford, MA, GZA has provided ongoing comprehensive compliance services throughout the first five-year permit term, including: · NOI assistance; · Action Plan, Stormwater Management Plan, Illicit Discharge Detection and Elimination (IDDE) Program development;

Page | 1 NPDES Stormwater Permitting and Compliance Assistance

· Outfall location, mapping, and condition assessment; · Dry weather outfall testing and analysis for IDDE; · Bylaw development; · Public education; · Training; · Stormwater drainage system mapping; and · Annual report development. GZA has prepared numerous public educational posters and brochures regarding stormwater topics, and our stormwater practitioners have experience with presentations to the public. Educating children on the topics of stormwater management and good environmental stewardship has been particularly successful. GZA has the ability through its diversity of employees to translate educational materials to a variety of languages. GZA has prepared and peer reviewed Stormwater Pollution Prevention Plans (SWPPPs) under the NPDES MSGP program for many airports including Martha’s Vineyard Airport, Beverly Municipal Airport, Mansfield Airport, Westfield Barnes Airport, New Bedford Airport, and Marshfield Airport. As part of our client services, GZA has provided ongoing compliance support services for these airports including sampling, follow up field investigations, and SWPPP updates. In addition, recommendations for Best Management Practices (BMPs) were made as part of GZA’s work. GZA has regularly conducted training sessions for municipal employees, State transportation agencies, contractors, and industrial facilities on the topics of stormwater management, pollution prevention, and sediment and erosion control. GZA regularly attends training sessions (webinars, conferences) on the NPDES program to keep staff current on emerging issues. GZA has conducted NPDES permit compliance presentations at the Massachusetts Airport Management Association Conference, keeping airport managers up to date on changing regulations and assisting them in their compliance efforts. GZA has also presented a paper relative to NPDES MS4 compliance for municipalities at StormCon, the North American Surface Water Quality Conference and Exposition.

Page | 2 Construction Geotechnical Environmental Ecological Water Management

Stormwater management MS4 Permitting, Implementation and Water Compliance

SERVICES SPOTLIGHT

GZA is proactive by design and provides comprehensive Municipal GZA’s Supplemental MS4 Services: Separate Storm Sewer System (MS4) services. GZA’s support services have ranged from the completion of discrete technical or administrative tasks • TMDL Implementation to full program development and implementation. We have worked with • Impervious Cover Management & multiple MS4s in watersheds subject to increased scrutiny due to impaired Reduction Plans waters/Total Maximum Daily Loads (TMDLs) and thus have developed • Capital Improvements Plans a thorough understanding of both the technical and cost implications of • Residual Designation Authority TMDLs on MS4 permits. Through our work representing clients at plan Interpretation & Implementation development meetings, public meetings and permit negotiations, GZA’s • Salt Reduction/Management engineers, scientists and stormwater professionals have developed strong Plans relationships with stormwater regulators. • Stormwater Utility District Support GZA’s MS4 Permitting Services:

• Stormwater Management Plan Development & Implementation • Notice of Intent (NOI) Preparation • Annual Reporting, Recordkeeping, Database & Document Management • MS4 Audits Stormwater management Water MS4 Permitting, Implementation and Proactive by Design Compliance

Minimum Control Measure (MCM) Development & Implementation Public Education, Outreach, Construction and Post-Construction Involvement and Participation Management Support • Stormwater System Design and • Public Meeting Support and Retroﬁ t Representation • Ordinance Development, Review • Education and Outreach Material and Updates Development • Inspections & Monitoring Illicit Discharge Detection & Programs Elimination (IDDE) Program • Sediment and Erosion Control Services Why GZA? • IDDE Program Development and Good Housekeeping and Pollution Implementation Prevention Services • Experienced Professionals with Depth of Expertise in • Outfall Location and Condition • Annual Training, including “Train MS4 Services (P.E., CESSWI, Assessment the Trainer” CMS4S, CPSWQ, GISP) • Mapping, Database Development • Stormwater Pollution Prevention • Strong Relationships with and GIS/CAD Services Plan (SWPPP) Preparation, Stormwater Regulators Implementation and Maintenance • Dry and Wet Weather Outfall • Thorough Understanding of Sampling • Spill Prevention Control and TMDL Implications, RDA and Countermeasure (SPCC) Plans for MS4 Applicability • Stormwater Quality Monitoring Oil Pollution Control • Well-Versed in Municipal Government Operations, Budgeting and Procurement

• Comprehensive Experience Assisting both Regulated Municipalities and Non- Traditional MS4s

www.gza.com We are Proactive by Design. We are One Company. We are GZA. Construction Geotechnical Environmental Ecological Water Management

Proactive by Design. Our Company Commitment.

Water Geospatial Information Management & Solutions

SERVICES SPOTLIGHT

GZA’s Geospatial Information Management Services include: • Data Development, Geomatics and Integration • Mobile GIS (Smart Phone, Tablets) • Remote Data Acquisition (GPS, Smart Phone, Tablets, Telemetry, UAV) • Geospatial Analytics • Web GIS • Integrated Applications • Visualization and Mapping • Facility Operations and Asset Example of GZA GeoTool used for municipal natural hazard and coastal resiliency planning. GZA high resolution, hydro- Management dynamic flood models were used to characterize the flood hazard under current and future time horizons and sea level rise conditions. GZA used the model data with the asset inventory and planimetric, assessors and utility data to evaluate the flood • IT Services vulnerability and risk.

GZA is proactive by design. GZA is a leader in Geospatial Information Management. Geospatial data and technology provides the “backbone” for all components of GZA projects, including data collection, sharing, management, analysis, and visualization (mapping and 3D modeling).

GZA’s scientists, engineers and analysts create and develop applications and tools to manage, share and visualize data. GZA utilizes ESRI’s industry- leading suite of software products (including ArcGIS for Server) and provides full integration with desktop, web and mobile applications for data collection, Natural resource and hazard vulnerability management are critical to creating resiliency and risk reduction in the Philip- access and viewing. pines. Working through a grant from the World Bank Global Facility for Disaster Risk Reduction and with the Philippines Department of Agriculture, GZA GIS Solutions Group created digital land resource maps and a geospatial database using We employ geospatial data management on all GZA projects in concert with ArcGIS. our other services. We also assist our clients with using these applications and tools to seamlessly integrate information management into their operations ESRI and ESRI Logo are and businesses. Choose GZA. licensed trademarks of Environmental Systems Research Institute, Inc. Water

Geospatial Information ProactiveProactive by by Design.Design Our Company Commitment. Management & Solutions

Data Development, Geomatics and Data Integration GZA’s analysts develop geospatial databases by collecting and managing data in standard formats such as SQL Server (SDE) or Oracle. Typical examples of data sources include CAD, field data (resulting from observations, telemetry or electronic data collection), laboratory test results, monitoring and hydrologic and hydraulic modelling results. Mobile GIS GZA employs Trimble GPS and Collector for ArcGIS on IOS devices for field data collection and in-the-field data updates. We customize versions of these applications to meet project and client Example of secure web-accessible environmental well sampling geospatial database. needs. Data access - anywhere - is also available through wireless service and Combining statistical analysis, hazard Integrated Applications mobile devices. assessment and vulnerability applications The past several years have seen an Remote Data Acquisition such as HAZUS-MH leads to a deeper explosion of a high quality, publicly- understanding of risks and evaluating and GZA employs a range of technologies and available spatial data developed by local, ranking alternatives based on benefits state and federal agencies. GZA leverages tools such as Trimble, Smart Phone, Tablet versus costs. PC and telemetric devices. We also employ these large and complex datasets by our own unmanned aerial vehicle (UAV) Web Applications combining them with our own internal data to capture imagery, HD video and data Having timely access to information is libraries for engineering and design. Using remotely. critical, particularly in highly dynamic and our own hosted SQL Server database, ArcGIS Server and custom tools such as our Geospatial Analytics fast-paced project environments. GZA develops and deploys robust web-based web-based GZA GeoTool© , we synthesize Analysis of geospatial data provides GIS applications, providing project team all of this information and integrate it the context to identify and characterize members and key stakeholders with with other applications such as HAZUS, changes over time and space. GZA uses interactive real-time access to critical EQuIS, GiNT, Flo2D, ADCIRC, ArcGIS geospatial analytics for many of our data and spatial information throughout Desktop, AutoCAD, Microstation and GZA services. For example, GZA’s Risk-Informed the project lifecycle. GIS data layers are engineering, cost estimation and project Decision Making (RIDM) is the foundation delivered to the client for inclusion in their management applications and software. of our hazard risk management services. own geospatial infrastructure. Visualization and Mapping Our goal is to organize complex geospatial data, processes and concepts into a coherent visual display that can be readily understood. GZA’s scientists, engineers, analysts and designers are expert at the production of GIS and CAD based thematic mapping, 3D Modeling and visualization as well as statistical visualization of natural resource, environmental, geologic and natural hazard data as well as facility and asset management data.

Example of secure web-accessible environmental sampling geospatial database. www.gza.com We are Proactive by Design. We are One Company. We are GZA.

Proactive by Design

Section 4. EXPERIENCE OF KEY PERSONNEL

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

Section 4. KEY PERSONNEL KEY PERSONNEL

EXPERIENCE OF KEY PERSONNEL

Thomas Jenkins, P.E. will have Principal-in-Charge responsibility for this project. As Principal-in-Charge, with nearly 30 years of experience in engineering design and permitting of stormwater management projects, Mr. Jenkins will be responsible for the successful execution of this project under the current standards of professional practice. His duties will be to supervise the Project Manager and staff to ensure that the project is completed on time and within budget, while maintaining quality assurance and client satisfaction.

The overall Project Manager will be Rosalie Starvish, P.E., CPMSM, who has 14 years of experience with stormwater management projects which include NPDES Phase II MS4 related services, hydrologic and hydraulic modeling, and stormwater system design. Ms. Starvish will be primarily responsible for managing execution of the project and will serve as the main contact to the CRCOG regarding the technical work and financial management of the project. She will work with the CRCOG to schedule and participate in all project-related meetings and manage the preparation of template and model documents, ordinances, written operation and maintenance procedures, etc. She will manage the GZA project team in conducting the various project elements.

Jennifer Burke, P.E., CPSWQ will support the project by providing preparation of template and other documents, and managing training efforts, including preparation of training materials and performing in-person training. Ms. Burke offers 15 years of experience with stormwater related permitting and program support. Ms. Burke has experience with providing training on various stormwater programs, including municipal ones. She has led training for individual facilities and also led outreach training/educational presentations and training experiences, including educational opportunities for youth.

Daniel Boudreau, Jr., GISP is GZA’s corporate GIS Coordinator with over 23 years of experience, and will manage the development and maintenance of the proposed web-based database and online mapping and data management system. Alfredo Herrera is a GIS Analyst with 6 years of experience in GIS, including work with the CT South Central Region Council of Governments. He will support Mr. Boudreau in the development and maintenance of the databases.

Anja Duffy, R.L.A., will support the project as the graphics designer of public education materials. Ms. Duffy has prepared many of GZA’s custom stormwater education materials for MS4 clients.

John Seidel will manage field staff in support of stormwater mapping and/or sampling needs that should be required by participating municipalities.

The GZA project team has been specifically selected to best assist the CRCOG with the Stormwater Management Planning project, based on their experience with similar projects and their proactive approach to providing our clients with service, solutions, and satisfaction.

Our staff members have attended numerous seminars and conferences on various aspects of the NPDES program, in order to provide our clients with up-to-date knowledge of the regulations and enforcement. Several of our staff have also authored papers and presented at regional and national conferences on the subject of stormwater. In 2005, Ms. Starvish and Ms. Burke co-authored a paper entitled, “Case Studies Demonstrating Effective Consultant Involvement in Developing Municipal Stormwater Management Programs Based on Available Community Resources,” which they presented at the “StormCon” Conference in Orlando, Florida.

The project organizational chart and resumes for each member of the project team follow.

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

CRCOG & Participating Municipalities

GZA GeoEnvironmental, Inc. Principal-in-Charge Thomas Jenkins, P.E. PROJECT TEAM

Project Manager Rosalie Starvish, M.S., P.E., CFM, CPMSM

MS4 Services Online Database Support/Training Management/GIS Graphics Field Staff Manager Jennifer Burke, P.E., Daniel Boudreau, Jr., GISP (mapping/sampling) CPSWQ®, LEED Green Alfredo Herrera Anja Duffy, RLA Associate John Siedel, CHMM, OHST

GZA GEOENVIRONMENTAL, INC.

• Staff of over 500 employees Ÿ Wetlands/Rare Species Related Services Ÿ GPS Location and Database Services • Geotechnical Engineering Ÿ Permitting Expertise Ÿ Field Monitoring • Foundation Engineering Ÿ Aquatic Toxicity Laboratory Ÿ Clerical Services

Thomas E. Jenkins, P.E. Associate Principal Summary of Experience Mr. Jenkins is a civil engineer who serves as an Associate Principal and engineer for GZA, with a focus on projects involving natural and water resource protection, development, and restoration. His extensive background has provided both design and construction experience, with wide exposure to all aspects of civil engineering. This experience record has included the design and construction of commercial, industrial and municipal infrastructure systems and their respective components, especially for water conveyance. Other significant project experience includes dam reconstruction especially historic restoration, levee investigations, channel Education stabilization and improvement works, flood control facilities, freshwater dredging, stormwater systems, water supply facilities, and in-lake recreational structures. B.S., 1982, Civil Engineering, Georgia Institute of Technology Relevant Project Experience

Registrations & Certificates Principal Engineer, Camp STAR Angelina, Springfield, Massachusetts. GZA 2001, Connecticut, provided site civil engineering and landscape architectural services for the Professional Engineer, # 22349 development of the new swimming pool, bathhouse, and camp infrastructure project, 1992, Massachusetts, completed in 2015. The swimming pool includes a zero entry interface for full Professional Engineer, # 36450 accessibility along with multiple waterspray play features interspersed throughout the shallow end. Site development elements include multiple rain gardens and other low Affiliations impact development practices, water distribution systems for fire protection and · American Society of Civil Engineers domestic supply, sanitary sewage collection and pumping station, new electrical · Boston Society of Civil Engineers infrastructure for the camp, site lighting, and communications. In addition to the rain · Association of State Dam Safety gardens, landscape elements include accessible parking and walkways, outdoor Officials seating, picnic grove, and grass pavers for intermittent vehicular access to the · North American Lakes Management bathhouse. The $1.8M project was funded by the Commonwealth of Massachusetts Society through the state’s Signature Urban Park Program, numerous community businesses, parents and friends of Camp STAR Angelina, and the Springfield Council for Cultural Areas of Specialization and Community Affairs. Camp STAR Angelina offers inclusive recreational programs · Land Development for youth and young adults (ages 3-22) with and without disabilities. · Freshwater Hydraulic Dredging · Freshwater Mechanical Dredging Principal Engineer, Remembrance Garden within Forest Park, Springfield, · Stormwater Management Massachusetts. Landscape improvements, plantings, and signage commemorating · Hydrologic/Hydraulic Modeling the 1916 Easter Rising of the Irish Volunteers and the Irish Citizen Army. The park · Flood Control and Protection improvements included accessible walking trails, seating, and tributes patterned after · Historic Dam Restoration the Garden of Remembrance in Dublin, Ireland. · Water Resources Engineering Principal Engineer, Development of North Riverfront Park, Springfield, · Construction Cost Estimation Massachusetts. This new municipal park is located on the shores of the Connecticut River with a direct connection to the Connecticut River Walk and Bikeway. The passive recreation park is adjacent to City property leased by the Pioneer Valley Riverfront Club, a center for rowing, kayaking, canoeing, dragon-boat paddling and biking on the river. The project includes a fitness trail with exercise stations along Riverside Road and the River Walk. GZA’s accessible designs feature a new gazebo, trellis overlook adjacent to the river, site lighting, open lawn and turf areas, plantings, benches and picnic tables, and landscape irrigation. Paving was reduced to minimize development impacts and low impact development stormwater management was employed throughout. GZA coordinated closely with the U.S. Army Corps of Engineers to obtain Section 408 approval to modify the adjacent federal flood control

Thomas E. Jenkins, P.E.

Associate Principal works to allow for the connecting ramps to the River Walk and Communities (PARC) grant program in combination with Bikeway atop the Connecticut River levees. Community Development Block Grant funds. The project redeveloped a vacant brownfields lot into a new Principal Engineer, Redevelopment of Nathan Bill Park, neighborhood park adjacent to a new senior center and offers Springfield, Massachusetts. This park redevelopment a variety of recreational opportunities to meet the diverse project was partially funded by a Community Development needs of the neighborhood. Site improvements are Block Grant and featured new parking facilities, a new universally designed to provide engaging features for people waterspray playground, improved picnic and pedestrian of all ages and abilities and exceed ADA accessibility facilities, rehabilitated basketball courts and tennis courts, requirements. A series of freestanding play structures and irrigation through-out the multi-ballfield park, and a new exercise equipment positioned along a central pathway and walking trail providing a 3,000 linear foot loop around the within pockets encompassed by paved travel lanes allow users neighborhood park. In addition to the site civil and landscape to actively engage in recreational amenities within the park. design services, GZA pro-vided the services of our Licensed Each pocket area has either a wood fiber or rubberized safety Site Professional to allow for construction within an Activities surface that meets safety and accessibility standards. Use Limitation regarding portions of the park previously Additional amenities, such as a drinking fountain, trash impacted by solid waste disposal. receptacles, bike rack, benches and LED site lighting aid Principal Engineer, Restoration of Hydropower at patrons in their use of the park. Park improvements include a Watershops Pond Dam, City of Springfield, Massachusetts. patio area with picnic tables and gaming stations, eight park Mr. Jenkins led this effort to evaluate the technical and benches, a sensory garden planting, a waterspray splash pad, financial feasibility of restoring hydropower at this historic playground unit (ages 2-5 year olds), swing set, a fit course, municipally-owned structure. In the late 18th century, the lawn areas, new sidewalks, and new lighting. New plantings U.S. Federal government established the Springfield Armory throughout the park include a variety of dogwoods, and began producing muskets, with forging of metal and crabapple, honey locust, tulip poplar, ginkgo biloba, and a shaping of wooden stocks taking place at “the Watershops” variety of shrubs and perennials (roses, rhododendron, on the Mill River and the lighter assembly work occurring at boxwoods, etc.). the nearby “Hill Shops”. The current Watershops Pond Dam Senior Project Engineer and Consultant/Reviewer, Flood was constructed mid-19th century, with hydroelectric power Control Works, Floodwall Repair Project, Chicopee, being added in the 1920s. The Armory was decommissioned Massachusetts. Developed contract plans and specifications in 1968 and the City of Springfield assumed ownership of the to reconstruct deteriorated portions of the existing floodwalls dam. The proposed hydropower project will assist Springfield that exhibit surface and deep delamination, structural in reaching its goals of becoming a greener and more resilient cracking, and the need for expansion joint resealing. Work city and will provide clean, renewable energy to the nearby also includes modifications to an existing bridge to allow for new Elias Brookings School on an everyday basis. the decommissioning of a stop log closure structure, thus Principal Engineer, New Outdoor Amphitheater at Camp facilitating flood control operations and significantly reducing STAR Angelina, Springfield, Massachusetts. GZA provided maintenance requirements. site and landscape design services and permitting for a new Principal Engineer, Rehabilitation of Benedict Pond Dam, outdoor amphitheater providing intimate seating for up to Great Barrington, Massachusetts. Benedict Pond Dam was 200 guests. The amphitheater is fully accessible and inclined originally constructed by the CCC in the 1930s and is located walkways provide accessible routes to all three of its levels, within Beartown State Forest in Great Barrington. This surrounding an open fire pit and performance stage. project addressed deficiencies at the dam in order to raise the Landscaping features include plantings, site lighting, and condition of the dam to from Very Poor to Good. The dam pedestrian walkways. rehabilitation project included: reconstruction of The Principal Engineer, Development of Mary Troy Park, 530±foot long concrete masonry dam; raising the elevation of Springfield, Massachusetts. GZA provided site civil the top of dam to increase spillway capacity to accommodate engineering and landscape architectural design services for the Design Flood; removal of large trees and regrading of the this new municipal park, funded through the Commonwealth earthen embankment sections; replacement of the original of Massachusetts Parkland Acquisitions and Renovations for spillway walkway with a new handicap-accessible walkway;

Thomas E. Jenkins, P.E.

Associate Principal replacement of the low-level outlet slide gate and controls; Principal Engineer, New Public Works Facility, Bridgeport, and relining of the low-level outlet pipe. Connecticut. GZA provided the City of Bridgeport with Principal Engineer, New Elias Brookings School, geotechnical and site civil engineering for their new 20,000 Springfield, Massachusetts. Mr. Jenkins was lead engineer sq.ft. public works garage located on City-owned land in an and project manager for all site environmental, geotechnical, urban setting. GZA provided all geotechnical, site civil civil engineering, and landscape design for this new $22M engineering, and landscape design including all utilities, elementary school in an urban setting. Site design included grading and earthwork, parking and vehicular circulation, all utilities, grading and earthwork, parking and bus landscaping, and pedestrian access. circulation, playfields, play structures, school garden, Principal Engineer, 118-122 Elm Street, Enfield, CT. extensive site retaining walls, and pedestrian circulation and Provided site design and planning and zoning permitting plaza areas. Due to the site’s urban history, GZA provided services for a 7,800 SF retail building on a 0.89-acre parcel. direction to the City in proceeding with an early site Project tasks included layout of building and facility parking, preparation program to remove, condition, and replace 5,000 site grading, stormwater management, utility coordination, CY of environmentally-impacted urban fill prior to releasing sediment and erosion control, and landscape architecture. the project for general bids. The old Brookings school was The project included a high-level stormwater overflow destroyed by a June, 2011, tornado. Under Mr. Jenkins’ connection to a CTDOT-owned stormdrain. direction, GZA also performed rapid deployment geotechnical and site civil engineering services to help the City of Senior Project Engineer, Hadley Corner Retail Center, Springfield establish a new 45,000 sq.ft. temporary school Hadley, Massachusetts. Mr. Jenkins was the site design civil facility open within 12 weeks of the tornado. engineer for this 325,000 SF retail development complex along busy Route 9 in Hadley, Massachusetts, in close Senior Project Engineer and Consultant/Reviewer, proximity to Amherst, MA, and the University of Environmental Permitting for Repairs to Connecticut and Massachusetts. The designs included approximately 5,200 LF Chicopee River Flood Control Works, Chicopee, of single- and multi-lane circulatory roads, over 1,800 parking Massachusetts. Coordinated with the Corps of Engineers, spaces, and complete site utilities and stormwater Massachusetts Natural Heritage and Endangered Species management systems in full compliance with the MA Program, and MADEP regarding proposed deficiency Department of Environmental Protection’s Stormwater corrections along the flood control works of two significant Management Policy. The facility water infrastructure river flood protection works involving four separate systems. included approximately 6,000 LF of 12” ductile iron main, and Senior Project Engineer and Consultant/Reviewer, Contract multiple domestic and fire service lines. Two live connections Plans and Specifications for Maintenance Deficiency to the adjacent municipal water supply within Route 9 and Corrections, Chicopee, Massachusetts. Developed Maple Street were also included, along with above-grade construction contract plans and specifications for master metering and backflow prevention. maintenance deficiency corrections along the seven miles of Principal Engineer, Rehabilitation of Dean Pond Dam, USACE-constructed flood control works within the in the Brimfield, Massachusetts. Dean Pond Dam is located within USACE Rehabilitation and Inspection Program (RIP). Brimfield State Forest and is owned and operated by the Provided full time construction monitoring during the Massachusetts Department of Conservation and Recreation. correction program. This project made significant improvements to the earthen Principal Engineer, Dryden School, Springfield, embankment dam to address numerous conditional Massachusetts. Dryden School was heavily damaged by the deficiencies. The rehabilitation project included select June, 2011, tornado in Springfield. GZA provided all demolition, repair of the low level outlet slide gate and geotechnical, site civil engineering, and landscape design for replacement of the controls, installation of a new trash rack, the $12M repair and additions to this elementary school. Site masonry repairs along the spillway training walls and spillway design included all utilities, grading and earthwork, parking steps, and regrading of the crest and slopes of the dam. and bus circulation, landscaping, and pedestrian circulation Principal Engineer, Church Street Culvert Improvement and plaza areas. Project, Milford, Massachusetts. Mr. Jenkins led a multi-

Thomas E. Jenkins, P.E.

Associate Principal disciplinary team of professionals in the design and permitting management program for the Devens planned community or of this sensitive culvert replacement project in a dense urban the reuse of Fort Devens Military base. The project included environment. The Project included a Hazard Mitigation Grant eight regional stormwater management basins designed to application to the Massachusetts Emergency Management address past drainage problems and to compensate for the Agency, including a detailed Benefit Cost Analysis. The re-development of Fort Devens. Also included were program project was successfully completed using 75% FEMA funding components to address environmental degradation caused by applicable to design, permitting, and construction costs. past indiscriminate practices at the base. Senior Project Engineer and Consultant/Reviewer, Senior Project Engineer, Freshwater Pond and Park Comprehensive Inspection, Chicopee, Massachusetts. Restoration Program, Enfield, Connecticut. This project Participated in the field review of all earthen levees, flood included the dredging of 37,000 CY of accumulated walls, stop log, and pump stations as well as investigations sediments, pedestrian boardwalks and paved walkways, into toe drains, and gate controlled outfalls throughout the fishing pier, access points for winter activities, landscaping, four flood control systems within the City of Chicopee. and structured and hydraulic modifications to the freshwater Provided internal review of draft and final reports. pond dam. Documentation of findings was based upon the USACE Flood Silver Lake Dredging Project, Meriden/Berlin, Connecticut. Damage Reduction System Inspection Report standardized Mr. Jenkins is the Project Manager of the largest inland forms. hydraulic dredging project in New England. Under the Senior Project Engineer and Consultant/Reviewer, FEMA direction of the Connecticut Department of Environmental Accreditation Submission, Chicopee, Massachusetts. Mr. Protection, Mr. Jenkins developed design plans and Jenkins has been integrally involved in the overall planning specifications for the dredging of 600,000 cubic yards of and coordination of the civil, geotechnical, and structural sediment to implement the restoration of this State-owned evaluation of the four Chicopee flood control systems for recreational waterbody. submission to FEMA accreditation. Mr. Jenkins has managed Project Engineer, Restoration of Nashawannuck Pond. the hydrology and hydraulics analyses of the accreditation Easthampton, Massachusetts. Conducted base submission, including internal flooding analyses for eight investigations and prepared preliminary designs for the pumping stations, wave runup and overtopping potential, and aquatic habitat restoration program in compliance with U.S. velocity and scour analyses. Army Corps of Engineers criteria for their Section 206 Aquatic Environmental Impact Evaluation for Expansion of Somers Habitat Restoration funding program. Developed feasibility Prison, Somers, Connecticut. Mr. Jenkins prepared the study and alternatives analysis for different dredging stormwater section of the EIE and developed a conceptual methodologies and sediment dewatering and disposal stormwater management plan to accommodate additional schemes. Prepared a detailed project report and impervious surface area created by a proposed 720-bed Environmental Assessment under NEPA. Led the local and facility and associated parking. state permitting for the final project prior to its construction in 2009-2010. Principal, NPDES Phase II Small MS4 Stormwater General Permit Compliance, Milford, Massachusetts. The Town of Senior Project Engineer, Harriman-West Airport Runway Milford contracted GZA early in the 5-year permit term of the Reconstruction. Wetland Mitigation Design, Construction 2003 General Permit for Storm Water Discharges from Small Observation. North Adams and Williamstown, Municipal Separate Storm Sewer Systems (MS4s) to provide Massachusetts. Prepared narrative sections for NEPA/MEPA assistance with permit compliance. Mr. Jenkins supervised documentation in support of runway, taxiway, and the preparation of the on-going Stormwater Assessment infrastructure reconstruction, including preliminary designs Program designed by GZA for the Town, and provided quality for wetland mitigation and establishment of a relocated assurance and control for all aspects of the Program. perennial stream. The new runway safety areas impacted nearly two acres of wetland. Mr. Jenkins provided Devens Community Stormwater Management Program, engineering design and analysis for the 3-acre wetland Devens, Massachusetts. Mr. Jenkins served as Project mitigation area, with 1200 linear feet of constructed stream Manager and Engineer for this 1.2 million stormwater channel and a water cascade feature to provide grade control

Thomas E. Jenkins, P.E.

Associate Principal and flow aeration. and document preparation. Provided support on SPCC Plan development. Senior Project Engineer, Expansion of Facilities at the Northampton Airport, Northampton, Massachusetts. Project Engineer, Town of Wellesley Stormwater Master Design engineer for the airport improvement plan including Plan Update, Wellesley, Massachusetts. Developed a the construction of two open hangar buildings, 34 new T- Town-wide stormwater model, using XP-SWMM software. hangars, relocation of the FBO, and associated taxiway and This work included field observation of over 15 miles of apron improvements. As this airport is entirely located within stream corridor and associated stormwater features, water the FEMA-designated 100-year floodplain of the Connecticut quality sampling and data analysis, and stormwater modeling. River, site grading was critical, as no net loss of floodplain This project generated a town-wide model for system storage was possible. The stormwater management design capacity and water quality impacts analysis. Based on the for the airport improvements included low impact model results and field observations, recommendations for development (LID) techniques to maintain and enhance the system improvements were made. pre-development hydrologic regime of the facility Senior Project Engineer, Gateway Center Retail Principal Engineer, Restoration of Milford Pond. Milford, Development, Everett, Massachusetts. This project’s site Massachusetts. Conducted base investigations and prepared design required a sewer pump station and construction of a preliminary designs for the restoration of the 120-acre Milford water distribution main through a tunnel beneath active Pond on the Charles River in Milford, MA. Developed railroad tracks. The site’s complete water distribution system feasibility study and alternatives analysis for different for fire protection and domestic use included approximately dredging methodologies and sediment dewatering and 9,000 LF of 8”-12” ductile iron pipe with associated valving, disposal schemes in compliance with U.S. Army Corps of branching, hydrants, and other appurtenances. The site Engineers criteria for their Section 206 Aquatic Habitat stormwater management facilities included detention basins Restoration funding program. Prepared a detailed project with created wetlands for water quality treatment and report and Environmental Assessment under NEPA. hydrodynamic particle separators for enhanced sediment Designed a watershed-based stormwater management plan removal. The site fill requirements resulted in numerous consisting of the retrofit of stormwater BMPs within the retaining walls at the periphery of the project. The design of municipal drainage system and the establishment of the site was constrained by the Activities and Use Limitations stormwater water quality basins and constructed wetlands. (AULs) resulting from the site remediation process. The AULs required that the ultimate development of the site provide a Senior Project Engineer and Consultant/Reviewer, New minimum of 6 feet of fill above a "marker layer" which Bedford Regional Airport Industrial Stormwater Pollution denoted the limit of remediated soils. Prevention Plan (SWPPP) and Spill Prevention Control and Countermeasure Plan (SPCC), New Bedford, Principal Engineer, Western Connecticut State University Massachusetts. Supervised and provided technical review of Master Plan EIE, Stormwater Master Plan, and STC Permit, the preparation of Industrial SWPPP to comply with EPA Danbury, Connecticut. Reviewed EIE, conducted field review NPDES requirements for New Bedford Regional Airport and of stormwater system and campus layouts, reviewed drainage assisted in SPCC preparation. Project included field review, sections for STC permit and supervised and participated in record review, interviews and stormwater drainage system preparation of Stormwater Master Plan for University and CT review, documentation of existing conditions, sediment and DPW use in obtaining Flood Management Certification for erosion control BMP concepts for project site with fine soils Master Planning activities. Worked as part of a multi- likely to require significant BMPs, including use of flocculents, disciplinary team to identify existing issues at the campuses SWPPP preparation, and SPCC assistance. and outline potential impacts of proposed future Master Plan development. Stormwater Master Plan required compiling Senior Project Engineer and Consultant/Reviewer, SWPPP historic drainage plans, conducting field review to observe and SPCC Plan for Beverly Municipal Airport, Beverly, system, and preparing hydrologic watershed level modeling Massachusetts. Supervised and provided technical review of for two campuses, looking at past, present, and proposed the development of a SWPPP for the Beverly Municipal future conditions to present need for detention and Airport, including field investigation and mapping of stormwater treatment as part of future development. stormwater systems, materials inventory, tenant interviews,

Thomas E. Jenkins, P.E. Associate Principal

Principal Engineer, Emmett O’Brien (EOB) Technical High drainage projects. Currently, he is the Principal-in-Charge for School Drainage Study, Ansonia, Connecticut. Provided the hydraulic dredging of Silver Lake in Berlin and Meriden, oversight for team of engineers and scientists for this project for Connecticut DEEP, the largest on-going freshwater which was a study to review potential causes of erosion hydraulic dredging project in New England. Mr. Jenkins was downstream of stormwater outfall from EOB School. Project also involved in the study and preparation of the dredging included field review; review of deeds and easements, feasibility study and environmental assessment for Milford stormwater system plans, current and historical complaints; Pond in Milford, as well as the on-going pond restoration interviews with City staff and residents; and watershed project in Easthampton for the Corps of Engineers, and has documentation. Next phase of project included development designed and managed numerous dredging projects in of conceptual solutions to address existing erosion and Massachusetts and Connecticut. prevent future damage. Mr. Jenkins works closely with the public agencies on a variety Principal Engineer, Central Connecticut State University of projects. He was the design engineer and project manager (CCSU) Dining Hall Stormwater Review, New Britain, CT. for the preservation and restoration of the historic marble Provided oversight for project which included SW peer review dam at Natural Bridge State Park in North Adams, a structure of an engineering firm’s initial SW design, recommendations featured in the writings of Nathanial Hawthorne. Resulting for and coordination with Client and Engineer on potential from that project, his paper on the use of ground penetrating rain garden design and location, and providing regulatory radar to determine the cross-sectional geometry of the guidance to Engineer. historic dam was presented at the 5th International GPR Conference in Kitchener, Ontario. Mr. Jenkins was the project Stormwater Management By-Law, Town of Milford, engineer for the reconstruction of Mill Pond Dam in Massachusetts. Mr. Jenkins served as Senior Project Springfield, MA, a 300-year old structure that is believed to be Manager and lead engineer and author of Article 36 of the the oldest dam in Hampden County still in operation. General By-Laws of the Town of Milford: “Stormwater Management By-Law”, approved by the Massachusetts Attorney General on February 9, 2006. The by-law addresses design standards, municipal review procedures, sediment and erosion control, prohibited discharges, enforcement, and penalties and has been successfully employed by the Town of Milford for over ten years. Mr. Jenkins has served as lead engineer and manager on numerous projects involving floodway determination and floodplain analysis using HEC-2, WSP2, and HEC-RAS. He has over twenty years’ experience in watershed and stormwater system modeling with TR-20 and HydroCAD®. Mr. Jenkins has recently led the preparation of several Emergency Action Plans (EAPs) for high hazard dams, including dam break modeling and unsteady flow analysis, using HEC-RAS, HEC- GeoRAS, and HEC-HMS. Currently, he is modeling the potential conversion of two-thousand feet of urban perennial stream, converting a closed conduit drainage system into a fully functioning riparian corridor providing enhanced wildlife benefits and aesthetic appeal for a developing municipal parkland setting. As Associate Principal, Mr. Jenkins has worked closely with the municipal, state, and federal agencies in major water resources projects. He has led design and permitting teams for numerous commercial and municipal dredging and

Rosalie T. Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer

Summary of Experience Ms. Starvish serves as a Project Manager for GZA. She is responsible for planning, coordination and operation of various projects for which she is assigned to manage, as well as providing technical support to projects both under her management and under the supervision of others. Ms. Starvish specializes in surface water resources, particularly in hydrologic, hydraulic and water quality assessment. She has a thorough background in the development of monitoring and modeling programs for the evaluation of environmental systems. Her experience includes field assessment of surface waterbodies for physical and chemical characteristics, as well as modeling the Education hydrology and hydraulics of these waterbodies. Ms. Starvish has been involved in projects related to stormwater and watershed management and design, lake and B.S., 1999, Hydrogeology, Rensselaer Polytechnic Institute pond dredging, flood control, flood impact and water quality analysis, dam M.S., 2002, Environmental Engineering, maintenance and planning, and environmental impact assessments and permitting. University of Massachusetts- Amherst Ms. Starvish recently served as the New England Regional Representative for the Certified Professional in Municipal Stormwater Management (CPMSM) program for Registrations & Certificates EnviroCert, International, Inc. Prior to joining GZA, Ms. Starvish was involved in 2007, Professional Engineer, research at the University of Massachusetts relative to deicing agent contamination of Massachusetts, #46718 stormwater at two highway department sites in eastern Massachusetts. This project 2007, Professional Engineer, Connecticut, involved development and execution of field and laboratory experiments, monthly #25860 2012, Certified Professional in Municipal sampling and laboratory analysis of groundwater and surface water samples from over Stormwater Management, #0192 200 wells, remote downloading of flow and water quality data from continuously logged stormwater outfalls, and mathematical modeling with optimization Affiliations programming. The project also included coordination with State DOT personnel and a · American Society of Civil Engineers team of engineers and scientists. (ASCE) and Connecticut Society of Civil Engineers Section (CSCE) Relevant Project Experience · Water Environment Federation (WEF) STORMWATER MANAGEMENT PLANNING AND DESIGN and New England Water Environment Association (NEWEA) Stormwater Project Manager, Stormwater Regulations Update, Lebanon, New Hampshire. Committee The City of Lebanon contracted with GZA to provide a review and update of the City’s · EnviroCert International, Inc. CPMSM regulations to improve management of stormwater and promote Low Impact · Association of State Floodplain Development (LID) practices. Ms. Starvish coordinated with the City and the project Managers team to evaluate existing conditions, review existing planning documents and site

plan, zoning, and subdivision regulations, and prioritize the City’s concerns regarding Areas of Specialization flood management, water quality and development impacts on stormwater runoff. · Stormwater Management Design · Stormwater Compliance & Permitting Project Engineer, Thatcher Brook Watershed Management Plan, Biddeford, · Hydrologic and Hydraulic Modeling Maine. Ms. Starvish identified potential locations in the Thatcher Brook watershed for · Flood Control and Protection the placement of retrofit stormwater management measures to address treatment of · Surface Water Resources stormwater runoff for nutrients, sediments, and other associated stormwater pollutants. She prepared preliminary concept plans and cost estimates for the retrofit stormwater measures, which included bioretention systems, proprietary units, and tree box filters. Project Engineer, Casino & Resort Stormwater Management Design, Assessment & Documentation, Everett, Massachusetts. Ms. Starvish performed a peer review of the preliminary stormwater management system design prepared by others for the

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer proposed casino and resort located in Everett, MA along the hangar buildings, 34 new T-hangars, and associated apron tidal Mystic River. She advanced the design to meet the and taxiway improvements. requirements of the Massachusetts Stormwater Management Project Manager, Fire Training Facility Site Plan, Enfield, Standards and satisfy regulatory review under the MEPA Connecticut. Ms. Starvish prepared the site plan and permitting process. The stormwater system design included wetlands permit application for a fire training facility at an Green Infrastructure and Low Impact Development (LID) existing fire station property. The project included driveway measures, including green roofs, tree box filters, and rain and training prop layout, grading, and stormwater gardens. management design. Ms. Starvish represented the client at Project Engineer, Consue Springs Stormwater several Conservation Commission meetings and public Improvements, Nantucket, Massachusetts. Ms. Starvish hearings until the wetlands permit was granted. designed retrofit stormwater management measures to add STORMWATER COMPLIANCE AND PERMITTING water quality treatment to an existing municipal drainage system that discharges to Consue Springs, a wetlands area Project Engineer, Multiple Projects, Eversource Energy, that is tidally connected to an adjacent salt marsh. Various Towns, Connecticut. Worked as part of multi- Challenges associated with the retrofit design included disciplinary team of engineers, planners, and scientists on limited space in the existing right of way, shallow sloping multiple projects. Worked to prepare permit documents and pipes, and poor maintenance of existing drainage plans. Primary responsibilities included the preparation of infrastructure. Due to these constraints, water quality design Construction Stormwater Pollution Control Plans (SWPCPs) solutions were limited to the installation of proprietary and associated Sediment and Erosion Control Plans for separator units. compliance with the Connecticut DEEP General Permit for the Discharge of Stormwater and Dewatering Wastewaters from Project Manager, Stormwater Management Design Construction Activities. Managed and prepared the online Analysis, Brooklyn, Putnam, and Manchester, Connecticut. registration process with DEEP on behalf of the Client. Ms. Starvish assessed the treatment capacity of the proposed stormwater management system at four separate sites to be Projects included: developed with “big-box” retail facilities. She utilized the P8 • Towantic Switching Station and Line Modifications Urban Catchment Model to evaluate both existing and proposed conditions and to verify that the treatment system • Thames River Crossing was capable of providing 80% total suspended solids removal Project Manager, NPDES Phase II Small MS4 Stormwater in accordance with the guidelines of the Connecticut General Permit Compliance, Milford, Massachusetts. The Stormwater Quality Manual. Town of Milford contracted GZA early in the 5-year permit Project Engineer, Stormwater Runoff Treatment for term of the 2003 General Permit for Storm Water Discharges Industrial Client, LLC, Johnston, Rhode Island. Ms. Starvish from Small Municipal Separate Storm Sewer Systems (MS4s) to contributed to a feasibility study of treatment options for provide assistance with permit compliance. Ms. Starvish was stormwater contaminated with metals and high oxygen deeply involved in the preparation of the on-going demand by evaluating a bioretention swale. She prepared a Stormwater Assessment Program designed by GZA for the preliminary design for the swale and designed a pilot project Town. The Stormwater Assessment Program includes the to test the bioretention swale’s capabilities for treating the implementation of a Stormwater Action Plan for satisfying pollutants of interest. Ms. Starvish also prepared the final the minimum control measures under NPDES Phase II design of the bioretention swale, to be incorporated into an requirements and an illicit discharge detection and overall upgrade of the site’s stormwater treatment system elimination plan. Under this program, Ms. Starvish has been required to meet water quality performance standards. directly involved in the preparation of stormwater educational materials, presentations to the public, stormwater system Project Engineer, Northampton Airport Site Design, mapping and outfall water quality testing, illicit discharge Northampton, Massachusetts. Ms. Starvish provided detection investigations, the preparation of a draft town support on field investigations and survey for stormwater stormwater bylaw, assistance with town record keeping and management design associated with a major airport development of annual progress reports to EPA. In addition, improvement plan, including the construction of two open

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer she has been “on-call” to the Town of Milford to provide to compile the information and prepare the calculations technical expertise in communications with the U.S. necessary to request the appropriate credits. Environmental Protection Agency, Massachusetts Project Engineer, Construction Impact Water Quality Department of Environmental Protection, and Charles River Monitoring, Nashua, New Hampshire. Ms. Starvish was Watershed Association relative to the Town’s MS4 permit. responsible for developing, for approval by NH DES, and Project Manager, NPDES Phase II Small MS4 Stormwater implementing the pre-, during-, and post-construction water General Permit Assistance, Natick, Massachusetts. Ms. quality assessment and turbidity monitoring plans for Starvish assisted the Town of Natick with the preparation of construction of a runway expansion at Nashua Municipal an estimate of the cost associated with compliance with the Airport-Boire Field. Ms. Starvish managed a team of draft General Permit issued in early 2010. The Town utilized personnel for conducting wet- and dry-weather stormwater the cost estimate in its comment letter to EPA regarding the monitoring before and during construction operations, and draft permit. was responsible for timely reporting to DES. She coordinated with the owner’s representative to ensure that the contractor Project Manager, Sand & Gravel Facility SWPPP for MSGP was implementing adequate sediment and erosion control Compliance, Granby, Massachusetts. Ms. Starvish managed measures as needed to mitigate turbidity impacts. and participated in the preparation of a Stormwater Pollution Prevention Plan (SWPPP) for compliance with the EPA’s Project Engineer, Technical Review of Construction SWPPP Multi-Sector General Permit (MSGP) for Stormwater Controls, Valhalla, New York. Ms. Starvish performed an Discharges Associated with Industrial Activity at a independent technical review of certain construction-phase construction sand and gravel mining and processing facility. stormwater pollution prevention controls for SEW Ms. Starvish performed a field review of the site and its Construction, at the site of construction of the Catskill and activities and supervised the preparation of the SWPPP which Delaware Water Treatment Ultraviolet Light Disinfection outlined best management practices and controls for the Facility in Westchester County, New York. The technical management of stormwater runoff at the site. review included the evaluation of sizing criteria for temporary sediment basins and traps for the purpose of assessing the Project Manager, Sand & Gravel Facility SWPPP and SPCC, adequacy of the controls constructed prior to the SEW Spencer, Massachusetts. Ms. Starvish managed and contract for managing turbidity in the stormwater discharges participated in the preparation of a Stormwater Pollution to the level required by the NYS DEC. Prevention Plan (SWPPP) for compliance with the EPA’s Multi-Sector General Permit (MSGP) for Stormwater Project Engineer, Paradise Pond Apartments Stormwater Discharges Associated with Industrial Activity at a Pollution Prevention Plan (SWPPP), Northampton, construction sand and gravel mining and processing facility. Massachusetts. Ms. Starvish prepared the SWPPP site plan Ms. Starvish performed a field review of the site and its and document for the site contractor to utilize for compliance activities and supervised the preparation of the SWPPP which with the NPDES Construction General Permit. Ms. Starvish outlined best management practices and controls for the also provided assistance with preparation and submittal of the management of stormwater runoff at the site. In addition, Notice of Intent (NOI) to EPA. Ms. Starvish managed the project team who conducted the Project Engineer, Milford Hospital Stormwater Pollution necessary field work and report writing to prepare a Spill Prevention Plan (SWPPP), Milford, Massachusetts. Ms. Prevention, Control and Countermeasures (SPCC) Plan for Starvish prepared the SWPPP site plan and document for the compliance with EPA’s Spill Prevention, Control and site contractor to utilize for compliance with the NPDES Countermeasure Rule. Construction General Permit. She also provided assistance Project Engineer, Stormwater Utility Fee Credit, Maine with preparation and submittal of the Notice of Intent (NOI) Turnpike Authority (MTA), Portland and Lewiston, Maine. to EPA. In addition, Ms. Starvish attended periodic site On behalf of MTA, Ms. Starvish prepared the documentation meetings during construction. Ms. Starvish has prepared necessary to request a credit to the stormwater utility fees numerous construction SWPPPs for projects in Massachusetts being charged to MTA by the Cities of Portland and Lewiston. and Connecticut, including the restoration of Valley Falls Ms. Starvish reviewed MTA site plans and each stormwater Pond in Vernon, CT, Paradise Pond in Northampton, MA, Mill utility’s rules and guidance regarding utility fee credit requests Pond in New Canaan, CT, Colony Pond in Ansonia, CT,

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer

Longmeadow Country Club Pond in Longmeadow, MA, site actions. Specifically, Ms. Starvish provided expertise improvements at Ruth Elizabeth Park in Springfield, MA, regarding Residual Designation Authority (RDA). levee repair in Chicopee, MA, expansion projects at Westfield Project Manager, Emily Lane Stormwater Management Barnes Regional Airport in Westfield, MA, and the Permit, Belchertown, Massachusetts. Ms. Starvish assisted development of condominiums at Southview Estates in a developer client with the application forms, reports, and Ludlow, MA. plans necessary to apply for the Town of Belchertown Project Engineer, Harriman West Airport Runway 11-29 Stormwater Management Permit for the construction of Reconstruction Project Construction Stormwater Pollution single-family homes on individual lots. Ms. Starvish compiled Prevention Plan (SWPPP) and Erosion and Sedimentation the application package which included a certified list of Control Related Services, North Adams, Massachusetts. abutters and a Stormwater Management Plan detailing the Prepared a Construction SWPPP, sediment and erosion management of stormwater on each individual lot. control specification, and sediment and erosion control BMP HYDROLOGIC AND HYDRAULIC MODELING concepts for project site with fine soils likely to require significant BMPs, including use of flocculents. Project Engineer, Hydraulic & Scour Analyses for the Connecticut River at the Proposed Connecticut River Walk

& Bike Path, Chicopee, Massachusetts. Ms. Starvish Project Manager, Stormwater Utility Feasibility Study supervised the hydraulic analysis and performed the scour Grant Application, Milford, Bellingham, and Franklin, analysis for the Connecticut River at the proposed Massachusetts. Ms. Starvish prepared the application for Connecticut River Walk and Bike Path along the Connecticut EPA’s Wetlands Program Development Grant for the Towns River Flood Control System in Chicopee, Massachusetts. The of Milford, Bellingham, and Franklin to seek funding for a proposed project included approximately 2.5 miles of River feasibility study and preliminary implementation plan for a Walk, three overlooks, a picnic area, and one bridge crossing regional stormwater utility. As part of the grant application, over a pumping station discharge channel to the Connecticut Ms. Starvish prepared a detailed project scope as well as a River. Portions of the project were located in the Connecticut budget estimate. River’s effective National Flood Insurance Program (NFIP) Regulatory Floodway and the hydraulic analysis was Project Manager, Stormwater Management Design Peer performed to demonstrate impacts to the river water surface Review, Westfield, Massachusetts. Ms. Starvish provided elevations during the base (i.e., “100-year”) flood. The scour engineering peer review services to the City of Westfield analysis evaluated the scour safety of the proposed bridge Conservation Commission for three separate projects which crossing. had filed a Notice of Intent under the Wetlands Protection Act. The projects involved the development of an assisted Project Manager, Massachusetts Department of living facility, an energy generation facility, and a retail store. Conservation and Recreation, Emergency Action Plan Ms. Starvish reviewed the relevant project reports and plans Updates, Various Locations, Massachusetts. Ms. Starvish for compliance with the Massachusetts Stormwater coordinated the preparation of updated Emergency Action Management Standards and provided recommendations to Plans for ten dams in Massachusetts. The 5-year update the Conservation Commission. involved revising each EAP document to more closely align with the “FEMA 64” format, coordination with municipal Project Engineer, Stormwater Compliance Assistance, emergency officials, and verification of emergency contact Maine Turnpike Authority (MTA), Kittery to Augusta, information. Maine. Ms. Starvish has supported the GZA project team responsible for providing comprehensive stormwater Project Engineer, Paradise Pond Dam Emergency Action management and compliance assistance to MTA. GZA has Plan (EAP), Northampton, Massachusetts. Ms. Starvish routinely represented the Authority’s interests in local, State prepared the EAP for Paradise Pond Dam, owned and and federal processes and has succinctly presented the operated by Smith College, to comply with Commonwealth of findings and developments from these stormwater efforts to Massachusetts dam safety regulations. She performed the the Authority’s management team, along with impacts associated hydrologic and hydraulic modeling to develop (operational and financial), consequences and potential inundation maps, using the Army Corps’ of Engineers’ HEC-

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer HMS and HEC-RAS programs. She also prepared the Project Engineer, Harbor Brook Flood Control and Linear inundation maps using GIS tools with ArcView. She Trail Project, Meriden, Connecticut. Ms. Starvish conducted coordinated with the client and the City of Northampton to a thorough peer review of the hydrologic and hydraulic incorporate appropriate emergency contact flowcharts and analyses supporting the design of flood mitigation measures procedures. The EAP was accepted by College and City public along Harbor Brook. The peer review included modifications safety officials, as well as Mass DCR and MEMA. Ms. Starvish to the HEC-RAS hydraulic model to compare various options was called upon five years after the completion of the EAP to for model input. In addition, Ms. Starvish prepared a report prepare an update to the EAP in accordance with dam safety detailing the hydrologic and hydraulic modeling and review regulations. The update involved revising the EAP document and compared alternative flood mitigation designs for to more closely align with the “FEMA 64” format. inclusion in the Environmental Impact Evaluation prepared for Project Engineer, Van Horn Park Lower Dam and the State of Connecticut Department of Energy and Watershops Pond Dam Emergency Action Plans (EAP), Environmental Protection (DEEP). Springfield, Massachusetts. Ms. Starvish prepared the EAPs Project Manager, Godfrey Brook Channel Improvements, for two dams owned and operated by the City of Springfield. Milford, Massachusetts. Ms. Starvish conducted the She performed the associated hydrologic and hydraulic hydrologic and hydraulic analyses necessary to evaluate the modeling to develop inundation maps, using the Army Corps’ existing hydraulic capacity and velocities along Godfrey of Engineers’ HEC-HMS and HEC-RAS programs. She also Brook, to be utilized in the design of rehabilitation of the prepared the inundation maps using GIS tools with ArcView. deteriorating aged stone channel walls. Hydrologic analyses She coordinated with the City’s Emergency Management to estimate peak flows from sub-catchments in the Godfrey Director to incorporate appropriate emergency contact Brook watershed were performed using HEC-HMS based on flowcharts and procedures. The EAP was accepted by City the SCS Curve Number method. HEC-RAS was utilized to public safety officials, as well as Mass DCR and MEMA. calculate water surface profiles of Godfrey Brook. Project Engineer, Chicopee Reservoir Dam and Upper and Project Engineer, Stormwater Drainage Improvements, Lower Highland Lakes Dams Emergency Action Plans Wellesley, Massachusetts. Ms. Starvish performed the (EAP), Chicopee and Goshen, Massachusetts. Ms. Starvish hydrologic and hydraulic analyses required to evaluate the prepared the EAPs for three dams owned and operated by the impacts of a proposed modification to the Town’s storm Massachusetts Department of Conservation and Recreation drainage system designed by the Town to mitigate flooding (DCR). She performed the associated hydrologic and impacts on the properties of two residents. hydraulic modeling to develop inundation maps, using the Army Corps’ of Engineers’ HEC-HMS and HEC-RAS programs. Project Manager, Willow Brook Improvements at Jackson She also prepared the inundation maps using GIS tools with Road, Fort Devens, Massachusetts. While subcontracted to ArcView. She coordinated with the appropriate Emergency STV Incorporated, GZA evaluated the hydrology of the Management officials from several towns in Massachusetts to watershed to Willow Brook and the hydraulics of the stream incorporate appropriate emergency contact flowcharts and channel to assist the primary client, MassDevelopment, with procedures. The EAP was accepted by municipal public safety responsible development of Jackson Road. Ms. Starvish officials, as well as Mass DCR and MEMA. coordinated with STV and MassDevelopment to assess their primary goals from the project and conducted the majority of Project Engineer, FEMA Accreditation Submission, the hydrologic and hydraulic analyses, resulting in a Chicopee, Massachusetts. Ms. Starvish conducted the conceptual design of daylighting of the stream channel within hydrologic and hydraulic analyses required as part of the the project area. In addition, Ms. Starvish prepared an evaluation of the Chicopee Flood Control Works for application to seek funding under the Clean Water Act accreditation by FEMA. These analyses included the interior Section 319 Grant for the daylighting of Willow Brook within drainage analyses using coincident frequency methodology, the project area. as well as impacts to levee stability by wave run-up and velocity scour effects. Ms. Starvish prepared maps of the Project Engineer, Stormwater Master Plan Update, inundation area using 3D Analyst and Spatial Analyst GIS Wellesley, Massachusetts. This project concerned an tools with ArcView. evaluation of the current municipal stormwater system

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer draining to ten stream systems. Ms. Starvish participated in soliciting a contractor for construction of the culverts. She the field investigation of the condition of open channels and assisted the Town with construction phase services, including stormwater drainage structures within the watershed, as well review and approval of contractor submittals and requests for as modeling of system capacity and water quality and information. recommending improvements for reduction of flooding Project Manager, Floodplain Management, Chicopee, problems. Massachusetts. Ms. Starvish assisted the owner of an active Project Engineer, Rock Avenue Bridge, Killingly, aggregate recycling facility with the management of activities Connecticut. Ms. Starvish participated in the development of and site amenities located in the floodplain of the Chicopee hydrologic, hydraulic, floodway and scour analyses of the River. Ms. Starvish designed a compensatory flood storage Rock Avenue Bridge in Killingly, Connecticut, as part of a plan to mitigate for fill in the floodplain associated with large bridge rehabilitation project. The modeling in this project was aggregate piles. In addition, she was also able to identify performed with U.S. Army Corps of Engineers HEC-RAS areas of the site that were eligible to be removed from the Water Surface Profiles Model and procedures outlined by the floodplain based on topographic information and prepared a Connecticut Department of Transportation. Letter of Map Amendment using FEMA’s “Online LOMC” application. The portions of the site removed from the Project Engineer, Freshwater Pond, Enfield, Connecticut. floodplain provided more useable space for the client’s ever Ms. Starvish performed the hydraulic analysis process expanding operations. necessary for compliance with Connecticut Department of Environmental Protection’s Inland Water Resources Division Project Engineer, Comprehensive Inspection, Chicopee, requirements for permit approval, for the construction of a Massachusetts. Ms. Starvish participated in the field review gabion weir within the floodway of Freshwater Pond. of all earthen levees, flood walls, stop logs, and pump stations as well as investigations of toe drains, and gate controlled Project Engineer, Mill Pond, New Canaan, Connecticut. outfalls throughout the four flood control systems within the Ms. Starvish performed the hydraulic analysis process City of Chicopee. She assisted in the preparation of draft and necessary for compliance with Connecticut Department of final reports. Documentation of findings was based upon the Environmental Protection’s Inland Water Resources Division USACE Flood Damage Reduction System Inspection Report requirements for permit approval, for the construction of a standardized forms. gabion weir within the floodway of Freshwater Pond. Project Engineer, Phase I Inspection/Evaluation Reports, FLOOD CONTROL AND PROTECTION MDC Reservoirs No. 1, 2, 3, 5, and 6, West Hartford, Project Manager, Church Street Culvert Replacement, Connecticut. Ms. Starvish participated in the visual Milford, Massachusetts. Ms. Starvish was responsible for engineering inspections of five MDC-owned dams located in managing the project to replace the culvert which conveys West Hartford, CT. She acted as GZA’s on-site representative Godfrey Brook under Church Street for the Town of Milford, during underwater diving inspections and ROV pipe MA. She performed the hydraulic analyses and engineering inspections, and conducted piezometric well observations. to design a concrete box culvert to replace the existing aging Ms. Starvish assisted with the preparation of the Phase I stone culvert. The culvert was enlarged to mitigate flooding Inspection/Evaluation Reports. in the area. Ms. Starvish prepared the construction plans and Project Manager, Ellsworth Pond Dam, Sharon, specifications and assisted the Town with the contract Connecticut. Ms. Starvish prepared a concept plan for the bidding and award process. construction of a 7-ft high earthen embankment to replace an Project Manager, Main Street and Congress Terrace Culvert existing beaver dam and make permanent the existing Replacements Project, Milford, Massachusetts. Ms. impoundment on private property. She coordinated with the Starvish prepared the engineered design and construction client and site surveyor to develop the existing conditions plans for two replacement culverts which convey Godfrey base plan and conducted the hydrologic and hydraulic Brook beneath Congress Terrace and Main Street in Milford, analyses necessary to design the primary and emergency MA. With assistance from a team of engineers and scientists, spillways. she prepared the necessary permit applications and bid Project Engineer, Upper Roberts Meadow Reservoir Dam documents for the client, the Town of Milford, to use in

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer Breach and Ecological Restoration Project, Northampton, Plan, Northampton, Massachusetts. Ms. Starvish reviewed Massachusetts. Ms. Starvish prepared the construction the necessary background information and prepared a plan administrative and technical specifications to accompany the for Smith College to use as a guidance document for bid documents for the above-referenced project, which maintaining water resource areas on campus, including the involved the removal of a portion of the Upper Roberts Mill River, Paradise Pond, and Lyman Pond. The Water Meadow Reservoir Dam to return the reservoir to its historical Resources Adaptive Management Plan (WRAMP) outlined the condition as a brook. need for, procedures, and necessary permits to conduct various maintenance activities in and around the water Project Engineer, Pocasset River Environmental Impact resources, including vegetation management, sediment Statement, Cranston and Johnston, Rhode Island. Ms. management, streambank stabilization, dam and dike Starvish assisted with the evaluation of the hydraulics of a maintenance, and other activities. proposed flood control system to mitigate frequent severe flooding on the Pocasset River. The proposed flood control Project Engineer, Regulatory Enforcement Support, system was described and evaluated against other Hampden Country Club, Hampden, Massachusetts. The alternatives in an Environmental Impact Statement, which owners of a golf course sought assistance from GZA after Ms. Starvish helped to author and structure. receiving an Administrative Consent Order from state and federal agencies for various wetlands impacts as a result of a

redevelopment project. Violations included unauthorized Project Engineer, Steele Brook Environmental Impact filling of wetland resources and culverting of existing streams, Evaluation, Watertown, Connecticut. Based on previously and numerous on- and off-site sedimentation impacts. Ms. performed hydraulic studies provided by others, Ms. Starvish Starvish provided engineering and design of sediment and developed conceptual alternatives for the reduction of erosion controls and the daylighting of filled streams and flooding along Steele Brook. The alternatives were compared wetlands. She also assisted with the communication of in the Environmental Impact. Evaluation and formed the basis information to both the client and the regulators to guide for subsequent detailed modeling. them towards mutually agreeable technical solutions. Project Engineer, Collier Brook Flood Control, Project Manager, Nashawannuck Pond Dredged Materials Wethersfield, Connecticut. Ms. Starvish conducted the Management Plan, Easthampton, Massachusetts. As part hydraulic analysis to assess the flood control potential of a of the Massachusetts 401 Water Quality Certification process detention basin on Town-owned property along Collier Brook. associated with the dredging of Nashawannuck Pond, Ms. She determined that a detention basin sized for the available Starvish prepared and submitted to Massachusetts property would not provide significant benefit to alleviate Department of Environmental Protection (DEP) the Dredged flooding problems. Materials Management Plan. The project involved reviewing the sediment quality test data to summarize potential SURFACE WATER RESOURCES allowable end uses of the dredged sediment based on Project Engineer, Mill River Bank Stabilization Evaluation, Massachusetts Contingency Plan (MCP) standards and Northampton, Massachusetts. Ms. Starvish prepared a working with the City of Easthampton to establish the final feasibility study evaluating the existing conditions of location and end use for the dredged material. Ms. Starvish degraded and impaired stream banks of the Mill River through coordinated with the DEP and the City’s Board of Health to the Smith College campus in Northampton, Massachusetts, incorporate comments and finalize the Plan. as well as potential restoration techniques. Problems Project Manager, Broad Brook and White Brook Sediment observed along the banks included erosion scars due to Basins Maintenance Dredging Project, Easthampton, drainage outfalls, exposed tree roots, and leaning trees Massachusetts. Ms. Starvish managed the preparation of threatening severe bank collapses. The alternatives evaluated plans and permit applications for the maintenance dredging included soil bioengineering techniques and structural of two sediment basins upstream of Nashawannuck Pond. practices. Strategies for permitting were also discussed in the She coordinated the field work to obtain survey information final evaluation report. and sediment samples for the permits, including the local Project Manager, Water Resources Adaptive Management wetlands Notice of Intent, MA DEP 401 Water Quality

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer Certification, and U.S. Army Corps of Engineers to settle hydraulically dredged sediments from Silver Lake. Programmatic General Permit. The dredging limits were She assisted with site survey to establish the amount of designed to keep environmental impacts below various sediment contained in the ponds from the previous dredging thresholds for ease of permitting. phase, to be removed from the basins to accommodate the next phase of dredging. Project Engineer, Interstate-84 Environmental Impact Evaluation, Connecticut. Ms. Starvish prepared the water Project Engineer, Rentschler Field Environmental Impact resources segment of the I-84 EIE, with a description of Evaluation, East Hartford, Connecticut. Ms. Starvish existing resources and potential impacts of the proposed assisted with the preparation of the comprehensive highway expansion. In addition, she was highly involved in Environmental Impact Evaluation report under the CEPA the coordination and planning for the installation of water process for state-assisted development of Rentschler Field. quality monitoring sensors in several streams crossed by I-84, She attended several planning meetings with stakeholders as part of a detailed study on road salt impacts. and prepared several sections of the report, including hydrology, utilities, air quality, noise, and light. Project Engineer, Milford Pond Environmental Assessment, Milford, Massachusetts. Ms. Starvish cooperated with U.S. Project Engineer, Eastern Connecticut State University Army Corps of Engineers in the Environmental Assessment Parking Garage Environmental Impact Evaluation, process under NEPA for the restoration of Milford Pond. This Willimantic, Connecticut. Ms. Starvish evaluated the project involved the preparation of a comprehensive environmental impacts of the construction of a new parking Environmental Assessment report which included an garage at ECSU and the resulting secondary impacts for evaluation of the existing condition and water quality within relocation of a softball field from the proposed parking garage the pond, the watershed contribution to impairment, and site. She inspected the proposed parking garage site and proposed restoration alternatives. softball field relocation site and prepared a report detailing the potential impacts and mitigation for stormwater Project Engineer, Nashawannuck Pond Environmental management, air quality, noise, light, and socioeconomic Assessment, Easthampton, Massachusetts. Ms. Starvish impacts to the community. cooperated with U.S. Army Corps of Engineers in the Environmental Assessment process under NEPA for the Project Engineer, Southview Estates Environmental Impact restoration of Nashawannuck Pond. This project involved the Report, Ludlow, Massachusetts. Ms. Starvish prepared and preparation of a comprehensive Environmental Assessment submitted the necessary documents to acquire MEPA report which included an evaluation of the existing condition approval for a 240-unit condominium complex. She prepared and water quality within the pond, the watershed contribution the Environmental Notification Form and the subsequent to impairment, and proposed restoration alternatives. Environmental Impact Report describing the potential impacts of the proposed development and associated Project Engineer, Duck Pond 319 Grant Application, mitigation. Wellesley, Massachusetts. Ms. Starvish assisted the Town of Wellesley with the application to seek Clean Water Act Project Manager, Crystal Farms Site Plan & Permitting, Section 319 grant funding for the restoration of Duck Pond. Stafford, Connecticut. GZA was contracted to prepare the Wellesley was successfully awarded funding after the phased site plan for a gravel extraction operation and rejection of applications in previous years. subsequent conversion to aquaculture farming ponds. Ms. Starvish coordinated with the client to prepare a plan that Project Engineer, Godfrey Brook Feasibility Study, Milford, would meet the client’s needs while remaining within Massachusetts. Ms. Starvish prepared a feasibility study for permitting constraints, including required setbacks from the restoration of degraded stream channels in Milford, surrounding site wetlands. Massachusetts, which required a field review of stream channel conditions and potential sources of degradation Professional Development within the watershed. Massachusetts coalition for Water Resources Stewardship “6th Project Engineer, Silver Lake Restoration, Berlin, Annual Water Resources Strategies Symposium – Cost & Connecticut. Ms. Starvish prepared the plans and technical Compliance: A Balancing Act”, Marlborough, MA, May 12, specifications for the restoration of containment basins used 2015.

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer

American Society of Civil Engineers (ASCE) “Determining Lessons Learned from North Carolina”, December 9, 2010. Appropriate Level of Engineering and Use of 'Soft American Society of Civil Engineers (ASCE) “Bridge Scour Engineering' for Stream Restoration Activities”, January 15, Computations with HEC-RAS”, September 25, 2009. 2014. American Society of Civil Engineers (ASCE) “Understanding StormwaterOne.com “Stormwater Management for Oil & Gas HEC-RAS Errors, Warnings and Notes”, June 26, 2009. Operations”, July 30, 2013. American Society of Civil Engineers (ASCE) “HEC-RAS Bridge American Society of Civil Engineers (ASCE) “Floodplain Hydraulics”, August 15, 2008. Mapping Using HEC-GeoRAS and RAS Mapper (7302W2013)”, July 30, 2013. U.S. EPA Stormwater Program’s Webcast Series “The Art & Science of Stormwater Retrofitting”, April 9, 2008. Center for Watershed Protection “Mastering the Language of Talking to Elected Officials”, June 19, 2013. U.S. EPA Stormwater Program’s Webcast Series “BMP Performance”, February 6, 2008. Center for Watershed Protection “Please Come Audit my MS4”, May 15, 2013. U.S. EPA Stormwater Program’s Webcast Series “Conducting Illicit Discharge Detection and Elimination Investigations Center for Watershed Protection “Smart Stormwater (IDDE 201)”, July 11, 2007. Retrofitting in the Urban Environment”, March 13, 2013. American Society of Civil Engineers (ASCE) “Dam Breach Center for Watershed Protection “Customizing your Analysis Using the Hydraulic Engineering Center’s River Stormwater BMP Design for Specific Pollutants”, December Analysis System HEC-RAS” Computer Workshop, 2007. 12, 2012. Baystate Roads Program “EPA Storm Water Management” CE News “Advances in GIS for Water, Wastewater and Workshop, April 14, 2005. Stormwater Utilities”, September 18, 2012. American Society of Civil Engineers (ASCE) “Writing: Water Environment Federation (WEF) “Design of Urban Producing Action Oriented Docs”, September 8, 2004. Stormwater Controls MOP Series: Part 3”, August 9, 2012. Publications American Society of Civil Engineers (ASCE) “Subsurface Flow/Gravel Wetlands- Three Design Examples”, June 29, Starvish, R. and Saunders, R. (2013), “Residual Designation 2012. Authority: Preparing for the Next Wave of Stormwater Permitting”, BSCES NEWS, Vol. 38, No. 4, December 2013. Connecticut Hospital Association, CT Hospital Environmental Roundtable, Wallingford, CT, May 16, 2012. Starvish, R., Burke, J., Saunders, R., and Schlett, W. (2013), “Finding Sustainable Solutions to Stormwater Vulnerabilities,” Stone, Sand & New England Water Environment Association (NEWEA) Gravel Review, 29:5, 22-25. Stormwater Specialty Seminar, Exhibit and Tour, Hartford, Ostendorf, D.W., Fauteux, R.T., and Sullivan, A.L. (2002), "CMA CT, May 2, 2012. Induced Organic Enrichment and Oxygen Depletion from Highway Boston Society of Civil Engineers Section (BSCES) and Runoff," Watershed Management for Emerging TMDL Massachusetts Association of Land Surveyors & Civil Environmental Regulations-Conference and Exposition, American Engineers (MALSCE) “Stormwater Management in Society of Agricultural Engineers, Fort Worth, TX, pp. 93-98. Massachusetts”, June 10, 2011. Ostendorf, D.W., Fauteux, R.T., and Ward, C.J. (2002), "Seasonal U.S. EPA Stormwater Program’s Webcast Series “EPA’s Hydraulics and Deicing Agent Contamination of an Unconfined th Proposed Construction General Permit (CGP)”, May 24, 2011. Aquifer," abstract presented at 34 Mid-Atlantic Industrial and Hazardous Waste Conference, New Brunswick, NJ. Boston Society of Civil Engineers Section (BSCES) “MS4 Ostendorf, D.W., Lutenegger, A.J., Hinlein, E.S., Fauteux, R.F., Ward, Permitting – Do the Costs Justify the Benefits?”, April 21, C.J., Doherty, B.M., Poirier, S.E., Cerato, A.B., and Landon, M.M. 2011. (2003), "Evaluation of Highway Deicing Agents," Final Rept. Charles River Watershed Association (CRWA) “Phosphorus Massachusetts Highway Department ISA 1 MS 9130, Environmental Reduction Workshop”, March 24, 2011. Engineering Program, UMASS, 417 pp. U.S. EPA Watershed Academy “Designing LID to Work: Mackey, J.R., Fauteux, R.T. (2005), “Case Studies Demonstrating Effective Consultant Involvement in Developing Municipal

Rosalie Starvish, M.S., P.E., CFM, CPMSM Water Resources Engineer

Stormwater Management Programs Based on Available Community Resources,” “StormCon”, the North American Surface Water Quality Conference and Exposition, Orlando, Florida. Presentations Northeast Chapter International Erosion Control Association 2014 Conference & Trade Show, “Fore! Going Off-Course with Sediment and Erosion Controls on a Golf Course Reconstruction”, co- presenter, November 4, 2014. 2014 New Hampshire Water Symposium, New Hampshire Business and Industry Association, “Managing Stormwater and MS4 Permitting”, panel presentation, November 3, 2014. NEWEA 2014 Annual Conference & Exhibit, “Lessons Learned from RDA Applications in MA and ME – What’s Next for Impaired Watersheds in New England?”, co-presenter, January 27, 2014. GZA and Robinson & Cole Webinar Series, “Understanding Stormwater Management Regulations in New England”, co- presenter, January 16, 2014. Maine Stormwater Conference, “WMP 101: Planning a Watershed- Scale Management Plan”, presenter, November 22, 2013. Ohio Stormwater Conference, “Is there life after RDA?”, co- presenter, June 7, 2012. New England Water Environment Association (NEWEA) Conference, “Is there life after RDA?”, co-presenter, June 4, 2012. Society of American Military Engineers (SAME), Narragansett Bay Post, “A Proactive Approach to Stormwater Management”, presenter, September 21, 2011. The 2011 New Hampshire Water and Watershed Conference, “Is There Life After Residual Designation Authority?”, co-presenter, March 26, 2011.

Jennifer R. Mackey Burke, P.E., CPSWQ®, LEED Green Associate Water Resources Engineer

Summary of Experience Ms. Burke serves as a GZA Project Manager and Water Resources Engineer in the office in Springfield, Massachusetts. Her assignments include supporting work for office engineering projects and individual project responsibility for planning, coordination and operation of various projects for which she is project manager. These projects include development and implementation of water quality sampling programs, hydrologic/hydraulic modeling of steady and non-steady flow applications, development of environmental planning documents (MEPA, CEPA, NEPA), Education stormwater related permitting and program support, watershed studies, dam B.S., Civil Engineering, Lafayette College engineering inspections, engineering analyses, construction phase services, and M.S., Environmental Engineering, on-site construction monitoring activities. Prior to joining GZA, Ms. Burke was University of Massachusetts- Amherst involved in research at the University of Massachusetts relative to deicing agent

contamination of two highway department sites in eastern Massachusetts. This Registrations & Certificates project involved development and execution of field and laboratory experiments, 2007, Professional Engineer, Connecticut, monthly sampling and laboratory analysis of groundwater and surface water samples # PEN.0025483 2010, Professional Engineer, from over 200 wells and control points, remote downloading of flow and water quality Massachusetts, #48584 data from continuously logged stormwater outfalls, and mathematical modeling with 2011, LEED® Green Associate, #10677898 optimization programming. The project also included coordination with State DOT 2013, Certified Professional in Stormwater personnel and a team of engineers and scientists. Quality (CPSWQ®), #0939 Relevant Project Experience Affiliations STORMWATER PERMITTING · American Society of Civil Engineers (ASCE) and Boston Society of Civil Project Manager, Orange Municipal Airport Industrial Stormwater Pollution Engineers Section (BSCES) Prevention Plan (SWPPP) and Spill Prevention Control and Countermeasure · New England Water Environment (SPCC) Plan, Orange, Massachusetts. Prepared industrial SWPPP to comply with Association (NEWEA) and Water EPA NPDES requirements for Airport and assisted in SPCC preparation. Project Environment Federation (WEF), included field review, record review, interviews and stormwater drainage system NEWEA Stormwater Committee review, documentation of existing conditions, SWPPP and SPCC preparation. · Massachusetts Airport Management Association (MAMA) Project Manager, Taunton Municipal Airport Industrial SWPPP and SPCC Plan, · Connecticut Association of Flood East Taunton, Massachusetts. Updated existing industrial SWPPP to comply with Managers (CAFM) EPA NPDES requirements for Taunton Municipal Airport and assisted in new SPCC preparation. Project included field and record review, interviews and drainage system Areas of Specialization review, documentation of existing conditions, SWPPP and SPCC preparation. · Environmental Permitting · Stormwater Services Project Manager, Martha’s Vineyard Airport Industrial SWPPP and SPCC Plan · Water Resources Services Updates, Edgartown and West Tisbury, Massachusetts. Updated existing industrial · Hydrologic/Hydraulic Modeling SWPPP and assisted in SPCC update. Project included field review, record review, interviews and stormwater drainage system review, documentation of existing conditions, SWPPP preparation, and SPCC assistance. Engineer, NPDES Phase II Permitting Assistance, Town of Milford, Massachusetts. Provided multi-year compliance activities for Town of Milford for their NPDES Phase II Small MS4 program. Ms. Burke was responsible for developing a Stormwater Management Plan and Illicit Discharge Detection Program for the Town. Program also included field investigations to identify/GPS locate all stormwater outfalls, generating a master list of detention basins/BMPs, and tailoring Town program to address specific system deficiencies. Also included was a public education program

® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer

(educational materials and presentations) and Yankee Stadium development. implementation of an illicit discharge detection program with Engineer, SWPPP for Barnes Airport, Westfield, sampling and identification of outfalls. Massachusetts. Provided support services as a subcontractor Project Manager/Engineer, New Bedford Regional Airport to an aviation engineering firm. Project included conducting Industrial Stormwater Pollution Prevention Plan (SWPPP) field investigations relative to stormwater and material and Spill Prevention Control and Countermeasure Plan storage and providing peer review of final document. (SPCC), New Bedford, Massachusetts. Prepared Industrial Engineer, Construction SWPPPs for Marshall Roy and SWPPP to comply with EPA NPDES requirements for New DeBerry Parks, Springfield, Massachusetts. Developed Bedford Regional Airport and assisted in SPCC preparation. Construction SWPPPs for two municipal parks projects within Project included field review, record review, interviews and the City of Springfield. stormwater drainage system review, documentation of existing conditions, SWPPP preparation, and SPCC Engineer, SWPPP and Spill Prevention, Control, and assistance. Countermeasures (SPCC) Plan for Beverly Municipal Airport, Beverly, Massachusetts. Developed SWPPP for Engineer, Stormwater Pollution Control Plan for Burton Airport, including field investigation and mapping of Street Drain Separation Project, Hartford, Connecticut. stormwater system, materials inventory, tenant interviews, Prepared Construction Stormwater Pollution Control Plan for and document preparation. Provided support on SPCC Plan Contractor for combined sewer separation project in development. Provided services to update documents in downtown Hartford on existing streets based on Project Plans keeping with permit updates. and Specifications prepared by others. Prepared applications to file with CT DEP and sediment and erosion control plan Engineer, Industrial Sector and Construction SWPPP for markups. Mansfield Municipal Airport, Mansfield, Massachusetts. Developed SWPPPs for Airport, including field investigation Engineer, Stormwater Pollution Control Plan for and mapping of stormwater system, materials inventory, Homestead Avenue Project, Hartford, Connecticut. tenant interviews, and document preparation. Prepared Construction Stormwater Pollution Control Plan for Contractor utility project in downtown Hartford on existing Engineer, Town of Easthampton 604b grant – NPDES streets based on Project Plans and Specifications prepared by Phase II Services, Easthampton, Massachusetts. Provided others. Prepared applications to file with CT DEP and engineering services on project which was funded by a 604(b) sediment and erosion control plan markups. Assisted with grant. This project involved field location and documentation preparation of Soil Stockpile Plan. of 140+ outfalls town-wide, dry weather outfall sampling, laboratory testing, and data compilation/ analysis with a goal Engineer, Harriman West Airport Runway 11-29 of identifying illicit discharges and cross connections in the Reconstruction Project Construction Stormwater Pollution existing Town stormwater system. Potential cross Prevention Plan (SWPPP) and Erosion and Sedimentation connection/illicit discharge areas were identified and Control Related Services, North Adams, Massachusetts. prioritized and recommendations made to the Town for Prepared a Construction SWPPP, sediment and erosion future sampling efforts. Summarized Phase II requirements control specification, and sediment and erosion control BMP and suggested BMPs to insure future compliance. concepts for project site with fine soils likely to require significant BMPs, including use of flocculants. Contracted to Engineer, Holyoke Community Charter School SWPPP, provide construction phase assistance to Airport Engineer. Holyoke, Massachusetts. Prepared Construction SWPPP for redevelopment of an existing building to create a new Charter Engineer, Bronx Terminal Market Stormwater Pollution School. Prevention Plan (SWPPP), Bronx, New York. Prepared a Construction SWPPP to comply with the New York State Engineer, SWPPP, SPCC Plan, and Installation Spill SPDES General Permit for Stormwater Discharges from Contingency Plan for Martha’s Vineyard Airport, Construction Activity for the Bronx Terminal Market Park Edgartown, West Tisbury, Massachusetts. Developed project. The project involved reclamation of an urban pier SWPPP, SPCC Plan, and ISCP for Airport, including field area to create a recreational area associated with the new investigation and mapping of stormwater system, materials

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® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer inventory, tenant interviews, and document preparation. scientists. Permits included CSC Petitions as well as other Airport sits above the Sole Source Aquifer for the Island and environmental permits. discharges solely to groundwater, with no surface runoff. Projects included: MODELING · Towantic Switching Station and Line Modifications Project Manager, Western Connecticut State University · Devon 1710/1730 Line Upgrades Stormwater Master Plan and STC Permit, Danbury, Connecticut. Prepared drainage sections for STC permit and · 1975 Line Replacement managed and prepared Stormwater Master Plan for · University and CT DPW use in obtaining Flood Management Various Insulators Certification for Master Planning activities. Stormwater · Flanders Distribution Line Upgrades Master Plan required compiling historic drainage plans, conducting field review to observe system, and preparing · 1662/1770 Line Upgrades hydrologic watershed level modeling for two campuses, · Branford 1655/1337 Split looking at past, present, and proposed future conditions to present need for detention and stormwater treatment as part · Beseck-Totoket Vegetation Management ROW of future development. Clearing Project Engineer, MA DCR Dam Emergency Action Plans, Various · 1256 Line Upgrade, Canton, CT Towns, Massachusetts. Using HEC-GEORAS, HEC-RAS, and · OPGW Replacements, Wallingford and Branford, CT HEC-HMS, developed models to represent dam breach scenarios for multiple dams with other engineers on the · GHCC Green Hill Substation Improvements Team. Prepared Emergency Action Reports with the Project · Thames River Crossing Team. Project Manager, Springfield Parks 6(f) Conversion Project, Engineer, Mill Pond Floodway/Floodplain Modeling, New Springfield, Massachusetts. Developed public facility and Canaan, Massachusetts. Prepared Floodway modeling to parkland conversion applications and supporting graphics and comply with CT DEP requirements, based on historical FEMA materials for three parks in City. Developed EA for NEPA models and data, as well as project site specific information. compliance for one public facility application process. Project received approval from CT DEP. Coordinated with MA EEA DCS and NPS to facilitate Engineer, Town of Wellesley Stormwater Master Plan application approval process. Update, Wellesley, Massachusetts. Developed a Town-wide Project Engineer, Milford Pond Aquatic Habitat stormwater model, using XP-SWMM software. This work Restoration Project, Milford, Massachusetts. Prepared 401 included field observation of over 15 miles of stream corridor Water Quality Certification Applications for both Dredging and associated stormwater features, water quality sampling Permit and Wetland Fill Permit, assisted with MEPA and data analysis, and stormwater modeling. This project documentation for Project Expanded Environmental generated a town-wide model for system capacity and water Notification Form. quality impacts analysis. Based on the model results and field observations, recommendations for system improvements Project Engineer, UConn NESB Building EIE. Assisted in were made. preparation of CEPA EIE for New Engineering Science Building (NESB) being proposed at UConn. Prepared ENVIRONMENTAL PLANNING DOCUMENT environmental documentation relative to water supply, PREPARATION/PERMITTING wastewater, and stormwater and assisted with other project Project Engineer, Multiple Projects, Eversource Energy, elements. Various Towns, Connecticut. Worked as part of multi- Project Engineer, DESPP Firearms Training Facility Siting disciplinary team of engineers, planners, and scientists on Study, Connecticut. Worked on a multi-disciplinary team to multiple projects. Worked to prepare permit documents and conduct a comprehensive site selection study for a proposed plans based on resource delineations by environmental new firearms training facility for the State of Connecticut

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® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer

Department of Emergency Services and Public Protection. constraints, utilities, cultural resources and other required Assisted with the development of a set of siting criteria and review topics in accordance with the CEPA process. Prepared evaluated over 4,000 sites against the criteria. Provided EIE and Response to Comments for Record of Decision. QA/QC on the development of an ArcGIS Online Viewer Prepared and presented public hearings on the proposed application for use by the client. project. Project Engineer, New Elias Brookings School Engineer, Rentschler Field Development/Infrastructure Environmental Assessment (EA) and Finding of No Improvements EIE, East Hartford, Connecticut. Assisted in Significant Impact (FONSI), Springfield, Massachusetts. EIE preparation, developing various sections of the document. Prepared EA, Public Notice, and FONSI for the construction of Project was for infrastructure improvements to the area a new Elias Brookings School in Springfield, MA, to replace surrounding and within Rentschler Field which would in turn the original school which was damaged by a tornado and promote development of the parcel with a mixed use temporary classrooms on an adjacent site. Site was reviewed environs. for natural resources, hazardous materials, zoning, size and Engineer, Milford Pond Restoration EA and EIR, Milford, layout constraints, utilities, cultural resources and other Massachusetts. Worked as part of a multi-disciplinary team required review topics in accordance with the NEPA process. on the development of an EA and EIR for the restoration of Draft documents were prepared for the City and FEMA and Milford Pond, which would include stormwater improvements comments addressed to achieve NEPA compliance. within the watershed, as well as hydraulic dredging on the Project Engineer, Quinebaug Regional Technical Park EIE, 120-acre waterbody to restore water depth and reduce hyper- Putnam, Connecticut. Assisted in preparation of CEPA EIE eutrophic classification, restoring aquatic habitat and for 267-acre site along the Quinebaug River being proposed recreation to this focal point within the town. for a new Technical Park and YMCA facility. Prepared Engineer, North Central Alternative Terminal Siting EIE, environmental documentation relative to water supply, Barnstable, Massachusetts. Prepared EIE for a single groundwater, wastewater, and stormwater. alternative option for siting of a new terminal at the Project Manager, Western Connecticut State University Barnstable Municipal Airport. Project include review of Master Plan EIE, Stormwater Master Plan, and STC Permit, natural resources, water sampling, and preparation of Danbury, Connecticut. Assisted in EIE development, documents for MEPA review. conducted field review of stormwater system and campus LAKE AND POND WORK/WATERSHED INVESTIGATIONS layouts, prepared drainage sections for STC permit and managed and prepared Stormwater Master Plan for Project Engineer, Stockbridge Bowl Dredging and University and CT DPW use in obtaining Flood Management Restoration Project, Stockbridge, Massachusetts. Prepared Certification for Master Planning activities. Worked as part of Water Quality Certification Sampling Plan request for a multi-disciplinary team to identify existing issues at the submission to MA DEP. Assisted with historical report review campuses and outline potential impacts of proposed future and supervised due diligence study. Master Plan development. Stormwater Master Plan required Project Manager, City Hall Ponds Dredging and compiling historic drainage plans, conducting field review to Restoration, Newton, Massachusetts. Developed observe system, and preparing hydrologic watershed level construction plans and specifications and secured permits for modeling for two campuses, looking at past, present, and a dredging/restoration project at City Hall Ponds. Project is a proposed future conditions to present need for detention and three-lobed impoundment on City Hall grounds which was stormwater treatment as part of future development. originally designed by the Olmsted Brothers in the 1930s. Engineer, Litchfield County Courthouse EIE, Torrington, Project permitting included Notice of Intent preparation for Connecticut. Worked as part of a multi-disciplinary team to local Conservation Commission and MA DEP, 401 Water develop an EIE for the construction of a new Litchfield County Quality Certification for MA DEP, Section 404 permit Courthouse in Torrington, CT. Reviewed a total of nine sites application for Army Corps of Engineers, submission of a to develop a short list of three preferred sites for future Project Notification Form to MHC as the site is National courthouse location. Sites were reviewed for natural Register Listed. resources, hazardous materials, zoning, size and layout

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® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer

stormwater outfall from EOB School. Project included field Project Manager, Fulton Park Ponds Dredging Feasibility review; review of deeds and easements, stormwater system and Watershed Study, Waterbury, Connecticut. Developed plans, current and historical complaints; interviews with City sediment and nutrient loading calculations, conducted field staff and residents; and watershed documentation. Next review of the watershed and contributing pollutant/sediment phase of project included development of conceptual sources, and interviewed City personnel relative to winter solutions to address existing erosion and prevent future sanding practices in support of a watershed study and damage. proposed dredging project. Prepared a dredging feasibility report with concept level dredging and park restoration plans Project Manager, Water Quality Monitoring Program for and developed conceptual level structural best management Proposed Reconstruction of I-84, Waterbury, Connecticut. practices to retrofit stormwater systems in problem areas and Developed and implemented water quality monitoring reduce sediment inputs to the Fulton Park Ponds system. program based on CT DOT selected parameters and locations. Supervised sampling team who collected weekly Project Manager, Blue Hills Pond Restoration Project, grab samples at seven stream locations during storm events Milton, Massachusetts. Developed sediment and nutrient over a 33-week period. Coordinated QA/QC program, loading calculations, conducted field review of the watershed provided oversight for team and training on field methods and contributing pollutant/sediment sources, conducted prior to sampling program. Reviewed data for observed water and soft sediment sampling, all in support of a trends and outliers and prepared report at conclusion of watershed study and proposed dredging project. Prepared a project to summarize work. watershed management study with concept level dredging and restoration plans and developed conceptual level best Project Manager, Wastewater Pumping Station Feasibility management practices to retrofit problem areas and reduce Evaluation, Granby, Massachusetts. Prepared wastewater sediment inputs to the pond. As a second contract, pumping station feasibility evaluation report for private developed and permitted construction documents (plans and school and various town facilities. Project included field specifications) for conventional dredging of a portion of the review of sites, review of zoning and current populations, pond, with auxiliary stormwater and streambank future population and wastewater projections, conceptual improvements. level design of potential wastewater collection and pumping systems including 3-mile force main to neighboring town’s Engineer, Paradise Pond Management Plan, Northampton, wastewater treatment facility, and preliminary cost Massachusetts. Developed watershed sediment loading estimates. Provided follow-up guidance and support for client estimates based on empirical equations and literature review on potential options. to support a proposed dredging project on a run-of-the-river pond and corresponding management plan. Project Manager, Dickinson Street and Tiffany Street Washout Investigations, Springfield, Massachusetts. Engineer, Tankerhoosen Pond Watershed Study, Vernon, Conducted field investigation of two roadway stream crossing Connecticut. Developed sediment and nutrient loading sites to determine cause of flooding and washouts in the area. calculations, conducted field review of the watershed and Project included hydrologic and hydraulic drainage system contributing pollutant/sediment sources, and interviewed modeling, camera investigation of drainage system pipes and Town personnel relative to winter sanding practices in support structures, review of historical plans, and recommendations of a watershed study and proposed dredging project. report for City of Springfield including options for remediation Prepared a watershed study report and developed conceptual and preliminary cost estimates. Project highlights included level structural best management practices to retrofit identification of sewer system cross connection/leak into stormwater systems in problem areas and reduce sediment stormwater system, identification in the field of two failed inputs to Tankerhoosen Lake. outfalls which were resulting in system overtopping, and SITE CIVIL ENGINEERING/STORMWATER RELATED identification of undersized drainage systems. SERVICES/WATER QUALITY STUDIES Project Manager, Street Sweepings and Catch Basin Project Manager, Emmett O’Brien (EOB) Technical High Cleanings Management, Natick, Massachusetts. School Drainage Study, Ansonia, Connecticut. Conducted Coordinated annual sampling of collected piles of street study to review potential causes of erosion downstream of sweepings and catch basin cleanings at municipal yard.

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® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer

Reviewed results and provided guidance for disposal/reuse gabion overflow weir, water quality swale, and outlet options. Prepared landfill forms for Client. reconstruction on an existing degraded town-owned property. Project included coordination with local officials, Project Manager, Forest Park Zoo Drainage Improvements, Pioneer Valley Planning Commission (PVPC) and MA DEP. Springfield, Massachusetts. Prepared design, construction drawings, and specifications for drainage improvements at Engineer, Shaker Farms Development Analysis, Westfield, Forest Park Zoo, converting existing open detention area to Massachusetts. Reviewed zoning and natural resources subsurface detention with proprietary swirl concentrator unit constraints for redevelopment of a golf course parcel. for particle removal and proprietary filtration unit to assist Provided client with conceptual layouts of residential and with bacteria and nutrient removals. Project provided water active adult subdivisions which would meet constraints. quality treatment for existing stormwater discharge as well as DAMS/FLOOD CONTROL AND MITIGATION mitigation of stormwater peak flows, as well as providing additional exhibit space and mitigating vector attractant by Project Engineer, FEMA Pre-Disaster Mitigation (PDM) relocating detention below ground. Grant Applications, Multiple Projects, Springfield, Massachusetts. Prepared four PDM Grant Applications for Project Manager, Butternut Farm Housing Development, projects within the City of Springfield, provided information Amherst, Massachusetts. Prepared construction documents used for Benefit-Cost Analysis. Projects included culvert (plans and specifications) for 26-unit low income housing improvement projects, a dam improvement project, and a development. Project included an on-site set of E-One slope stability related project. grinder pumps with a pressure sewer discharging to a gravity sewer, playscape, and other site civil design elements, Project Manager, Flood Contingency Plans for Multiple including water, sewer, and stormwater system design and Substation Sites for National Grid, Various Towns, layout, coordination with the project architect, Owner, Town Massachusetts. Prepared Flood Contingency Plans for officials, and trades. Construction phase services including temporary flood mitigation controls at three substations in submittal review and periodic construction observation were MA. Solutions included construction of temporary flood also included. barriers which could be installed immediately, with mobilized controls for pumps, generators, and access route closures. Engineer, Holyoke Catholic High School and Auxiliary Prepared concept plan and narrative reports for NGRID. Parking Lot, Chicopee, Massachusetts. Prepared Construction SWPPP and revisions, assisted contractors with Project Manager, Flood Hardening Studies for Multiple NOI filing, local Stormwater and Wastewater Permit Substation Sites for National Grid, Various Towns, Applications and revised site civil drawings for redevelopment Massachusetts. Conducted field review of three substations of a Catholic school in Chicopee, MA. Project included in Massachusetts and reviewed historical and current plans attending weekly construction meetings, construction and FEMA flood mapping and hazard zones. Coordinated observation, and coordination with Owner, architect, with NGRID to understand existing and future site constraints contractor, and trades. and needs for capital improvement projects. Prepared flood hardening concepts to protect substations to an elevation of Engineer, Camp Hartell STC Permit Application, Windsor the base flood (100 yr) plus 2 ft. Prepared solutions matrices, Locks, Connecticut. Prepared STC permit application cost estimates, and narrative report to assist NGRID with elements relative to stormwater using conceptual level determinations for most feasible options for future flood layouts for redevelopment of an existing National Guard base. hardening efforts. Coordinated with team of GZA and NGRID Prepared conceptual level model and achieved conditional professionals to arrive at options for temporary flood control acceptance from STC, contingent upon final design of the site options and estimated costs. in the future. Project Engineer, Dean Pond Dam, Phase I Engineer, Berkshire Avenue Stormwater BMPs – 319 Grant, Inspection/Evaluation, Brimfield, Massachusetts. Southwick, Massachusetts. Prepared and permitted Conducted field inspection and historical document review for construction documents (plans and specifications) for a 319 MA DCR owned and maintained dam that had undergone grant stormwater improvement project with a discharge to recent restoration efforts. Prepared Phase I report for the Congamond Lakes. Project included a detention basin, submission to MA DCR Office of Dam Safety.

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® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer

application for Restoration and Revitalization Priority Projects Project Manager, Wards Pond Dam Phase I Nomination for MA Department of Fish and Game Division of Inspection/Evaluation, Tolland, Massachusetts. Conducted Ecological Restoration. Project would involve removal of field inspection and historical document review for dam partially breached dam, stream channel restoration, and owned and maintained by Girl Scouts. Prepared Phase I dredging/restoration to affected downstream resource. report for submission to MA DCR Office of Dam Safety. Presentations Project Manager, Watershops Pond Dam and Lower Van Horn Reservoir Dam Phase I Inspection/Evaluations, 2015. “Keeping the Lights On: Energy Facility Flood Mitigation Springfield, Massachusetts. Conducted field inspection and Projects in New England – Takeaways for Critical Assets and historical document review for dam owned and maintained by Infrastructure”. Presented at the Connecticut Association of City of Springfield. Prepared Phase I reports for submission to Floodplain Managers (CAFM) Annual Conference, Westbrook, CT, October 21, 2015. MA DCR Office of Dam Safety. 2015. “EPA’s 2015 MSGP”. Presented at the Massachusetts Airport Engineer, Chicopee Flood Control Works Comprehensive Management Association Annual Conference, Brewster, MA, Inspection, Chicopee, Massachusetts. Conducted field September 28, 2015. inspections and review of Chicopee Flood Control Works components. Inspections included review of levees, TV 2014. “Fore! Going Off-Course with Sediment and Erosion Controls on a Golf Course Reconstruction”. Presented at the International camera inspection of toe drains, stormwater systems, and Erosion Control Association (IECA) Northeast Chapter (NEC) Annual penetrations, review of historic plans, and documentation of Conference, Fairlee, VT, November 4, 2014. existing conditions. Prepared Condition Summary Report to present information to City. 2014. “EPA’s Proposed MSGP and Other Updates”. Presented at the Massachusetts Airport Management Association Annual Conference, Engineer, Emergency Action Plans, Various communities, Sturbridge, MA, October 29, 2014. Massachusetts. Using HEC-GEORAS, HEC-RAS, and HEC- 2014. “Small Airports, Big Challenges: A Sector-Specific Look at the HMS, developed models to represent dam breach scenarios Unique Challenges of Industrial Stormwater Compliance”. Presented for multiple dams with other engineers on the Team. at StormCon 2014, Portland, OR, August 5, 2014. Prepared Emergency Action Reports with the Project Team. 2012. “Environmental Updates”. Presented at the Massachusetts Engineer, Forest Park Dams Inspections, Springfield, Airport Management Association Annual Conference, November 13, Massachusetts. Conducted field inspections of two dams 2012. within Forest Park and prepared dam inspection reports as 2012. “Concept vs. Reality: Adapting Erosion and Sedimentation part of a two-person team. Controls to Address Difficult Site Conditions”. Presented at the Engineer, Wetstone Pond Dam Inspection, East Northeast Chapter IECA and Lower Hudson Coalition of Conservation Districts 2012 Annual Conference – Sustainable Longmeadow, Massachusetts. Conducted field inspections Development: Practical Solutions to Real World Problems, of two dams within Forest Park and prepared dam inspection November 9, 2012. reports as part of a two-person team. 2009. “Putting the Pieces Together: Stormwater Pollution and Spill Engineer. Boulder Hill Dam Inspection, Monson, Prevention Compliance for Airports”. Presented at the Massachusetts. Conducted field inspections of two dams Massachusetts Airport Management Association Annual Conference, within Forest Park and prepared dam inspection reports as September 30, 2009. part of a two-person team. 2005-2013. “What We Can Do to Prevent Stormwater Pollution”. Annual presentation to students in Milford School System, various Engineer, Highland Lakes Dams Inspections, Goshen, dates. Massachusetts. Conducted field inspections of two dams 2005. “Stormwater Permits, Best Management Practices, and Spill within Forest Park and prepared dam inspection reports as Control/Prevention”. Presented at the Massachusetts Airport part of a two-person team. Management Association Annual Conference, September 15, 2005. Project Manager, Grant Application for Removal of 2005. “Case Studies Demonstrating Effective Consultant Putnam’s Puddle Dam and Breckwood Pond Restoration Involvement in Developing Municipal Stormwater Management Project, Springfield, Massachusetts. Developed grant Programs Based on Available Community Resources,” Presented

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® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer with Rosalie Fauteux at: StormCon-The North American Surface Runoff Analysis using WinTR-55, On Demand Webinar hosted Water Quality Conference and Exposition. Orlando, Florida. by ASCE (December 23, 2015) 1 PDH 2004. “Stormwater Management and Permitting at GA Airports: GBCI Approved 15-hour Green Associate Continuing Recent Trends”. Presented at the Massachusetts Airport Education package (November 2015) 15 PDH Management Association Annual Conference, September 30, 2004. Maine Stormwater Conference, South Portland, Maine Professional Activities (November 16-18, 2015) 5.5 PDH American Society of Civil Engineers Dam Management Program: Climate Change and the Critical Boston Society of Civil Engineers Section Role of Dams in Flood Control, Seminar hosted by EBC of New England Water Environment Association (NEWEA) and New England (November 5, 2015) 3 PDH Water Environment Federation (WEF), Stormwater Committee for NEWEA Permeable Pavement Design and Construction for Allston Massachusetts Airport Management Association (MAMA) Way, Berkeley, CA, Webinar hosted by Roads & Bridges Connecticut Association of Floodplain Managers (CAFM) (November 10, 2015) 1 PDH

Connecticut Association of Flood Managers Annual Professional Development Conference, Westbrook, CT (October 21, 2015) Designing Stormwater Detention & Infiltration Systems using Designing Erosion Control Solutions for Extreme Storm CMP – The What, Why, and How!, Webinar hosted by Contech Events, Webinar hosted by Forester University (August 18, Engineered Solutions (July 20, 2016) 1 PDH 2015) 1 PDH Managing Storm Water on Industrial Sites: BMP Selection & Simplifying Stormwater Detention Design with Precast Evaluation, Webinar hosted by Storm Water Solutions (May Concrete and Hydrologic Modeling, Webinar hosted by 25, 2016) 1 PDH Forester University (August 20, 2015) 1 PDH Lessons Learned from the Design, Construction, and Massachusetts Airport Management Association Annual Maintenance of Permeable Pavements for Stormwater Conference, Brewster, MA (September 28-29, 2015) Management, Webinar hosted by ASCE (May 12, 2016) 1 PDH Training on the 2015 MSGP Electronic Reporting System, New England Interstate Water Pollution Control Commission Webinar hosted by US EPA (July 9, 2015) 1 PDH 27th Annual Nonpoint Source Pollution Conference, Hartford, Connecticut (April 20, 21, 2016) 10 PDH Multi-Sector and Industrial Stormwater Permits, Webinar hosted by Center for Watershed Protection (June 10, 2015) SWCS Southern New England Chapter Winter Conference: 1.5 PDH Installation and Restoration of Temporary Wetland Crossings, Sturbridge, MA (March 11, 2016) 5 PDH Industrial Stormwater Discharges – Regulatory Developments and Technical Considerations, Webinar hosted by Storm New England Water Environment Association 2016 Annual Water Solutions (April 1, 2015) 1 PDH Conference, Boston, MA (January 25, 2016) 4 PDH Water Quality Modeling 101 – What Are These Things?, Perspectives on Potential Impacts of the Proposed Phase II Webinar hosted by US EPA (March 26, 2015) 1 PDH MS4 General Permit Remand Rule, Webinar hosted by Water Environment Federation (January 19, 2016) 1.5 PDH Connecticut’s Updated MS4 Stormwater Program,Seminar hosted by the Environmental Business Council of New Creating Design Storms for Rainfall-Runoff Models, On England, (March 11, 2015) 3.5 PDHs Demand Webinar hosted by ASCE (December 31, 2015) 1 PDH Connecticut Stormwater Management 2014, Seminar by Construction Stormwater BMPs, On Demand Webinar hosted Halfmoon Education, Inc., (June 25, 2014) 6.5 PDHs by ASCE (December 31, 2015) 1 PDH 10 Things You Should Know About LEED V4.0, Webinar by Hydrologic Trespass and Nuisance Considerations in GBRI, (June 11, 2014) 1PDH Stormwater Management Design, On Demand Webinar hosted by ASCE (December 28, 2015) 1 PDH How Green is Your Footprint? Erosion & Sediment Control

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® Jennifer R. Mackey Burke, P.E., CPSWQ , LEED Green Associate Water Resources Engineer

Material Design Training Course, (June 9, 2014) 1 PDH (August 15, 2008) 1 PDHs Introduction to RUSLE2: Applications to Construction Site Fundamentals of Hydrology, Webinar Presented by Penn Erosion Control, (February 12, 2014), 1 PDH State University, ASDSO (July 15, 2008) 1.5 PDHs Maine Stormwater Conference, (November 22, 2013) 2.5 HEC-RAS Computer Workshop, Seminar Presented by ASCE Hours Professional Development (October 10-12, 2007) 2.4 CEUs National Stormwater Calculator, Webinar Presented by EPA NEIWPCC 18th Annual Nonpoint Source Pollution Conference, (Oct. 23, 2013) 1.5 Hours Newport, RI (May 21-23, 2007) Floodplain Mapping Using HEC-GeoRAS and RAS Mapper, AMEC Stormwater Management and Financing Seminar, Webinar by ASCE (July 30, 2013) 1.0 PDH Westford, MA (December 8, 2005) 0.4 CEUs GBCI Approved Continuing Education Package (15 hr), (June StormCon 2005 – The North American Surface Water Quality 2013) 15 PDH Conference and Exposition, Conference Presenter and Attendee (July 2005) Advances in GIS for Water, Wastewater and Stormwater Utilities, Webinar Presented by CE News (Sept. 18, 2012) 1 Writing: Producing Action Oriented Documents, Webinar hour Presented by ASCE (September 8, 2004) 1 PDH Design of Urban Stormwater Controls MOP Series Part 3, International Erosion Control Association NE Chapter Annual Webinar Presented by WEF (Aug. 9, 2012) 1.5 PDHs Conference, East Windsor, CT (November 2002) Subsurface Flow Gravel Wetlands – 3 Design Examples, Publications Webinar Presented by ASCE (June 29, 2012) 1 PDH Burke, J.R.M., and Jenkins, T.E. (2015). “Small Airports, Big NEWEA 2012 Stormwater Specialty Seminar, Exhibit and Challenges: A Sector Specific Look at the Unique Challenges of Tour, sponsored by NEWEA (May 2, 2012) 8 hours Industrial Stormwater Compliance.” Stormwater, 16(2) 12-20. Cold Weather Low Impact Development That Works, Webinar Burke, J. (2014). “Small Airports, Big Challenges: A Sector-Specific Look at the Unique Challenges of Industrial Stormwater Presented by ASCE (April 18, 2012) 1.5 PDHs Compliance”. StormCon 2014 Conference Proceedings. Portland, HEC-HMS Detention and Reservoir Routing, Webinar Oregon. Presented by ASCE (October 21, 2010) 1.0 PDH Burke, J., Saunders, R., Schlett, W. and Starvish, R. (2013). “Finding Working with the National Flood Insurance Programs Sustainable Solutions to Stormwater Vulnerabilities,” Stone, Sand & Gravel Review, 29:5, 22-25. CLOMRs, LOMRs, and LOMAs, Webinar Presented by ASCE (April 12, 2010) 1 PDH Mackey, J.R. and Fauteux, R.T. (2005). “Case Studies Demonstrating Effective Consultant Involvement in Developing Municipal Sustainable Stormwater Hydrology: Concepts to Reduce Stormwater Management Programs Based on Available Community Hydrologic Footprint, Webinar Presented by ASCE (February Resources,” StormCon-The North American Surface Water Quality 1, 2010) 1 PDH Conference and Exposition. Orlando, Florida. Bridge Scour Computations with HEC-RAS, Webinar Roth, M.J.S., Mackey, J.R., Mackey, C., and Nyquist, J.E. (2002). “A Presented by ASCE (September 25, 2009) 1PDHs case study of the reliability of multielectrode earth resistivity testing for geotechnical investigations in karst terrains,” Engineering Implementation of Cost Effective Engineered Products into Geology, 65, 225-232. Your Project, Seminar Presented by Contech (June 28, 2009) 1 Ostendorf, D.W., Mackey, J.R., and Hinlein, E.S. (2001), "Impact of PDH Highway Deicing Agent Loading on Water Quality," 33rd Mid-Atlantic Understanding HEC-RAS Errors, Warnings and Notes, Industrial and Hazardous Waste Conference, Riverdale, NY, pp. 153- Webinar Presented by ASCE (June 26, 2009) 1 PDHs 161. OSHA 10 hour Construction Safety & Health #002211478 Mackey, J.R., Roth, M.J.S., and Nyquist, J.E. (1999). “Case study: Site characterization methods in karst,” in Geo-Engineering for HEC-RAS Bridge Hydraulics, Webinar Presented by ASCE Underground Facilities, Geotechnical Special Publication No. 90, G.

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Jennifer R. Mackey Burke, P.E., CPSWQ®, LEED Green Associate Water Resources Engineer

Fernandez and R. Bauer, eds., ASCE, Reston, VA, 695-705. Roth, M.J.S., Mackey, J.R., and Nyquist, J.E. (1999). “A case study of the use of multi-electrode earth resistivity in thinly mantled karst,” Proceedings, 12th Symposium on the Application of Geophysics to Environmental and Engineering Problems, 293-302. Roth, M.J.S., Mackey, J.R., Mackey, C., and Nyquist, J.E. (1999). “A case study of the reliability of multielectrode earth resistivity testing for geotechnical investigations in karst terrains,” Hydrogeology and Engineering Geology of Sinkholes and Karst – 1999, ed. B.F. Beck, A.J. Pettit, and J.G. Herring, A.A. Balkema, Rotterdam, 247-252. Roth, M.J.S., Mackey J.R. “A case study of the use of multi-electrode earth resistivity in thinly mantled karst.” Poster presentation at the annual meeting of the Environmental and Engineering Geophysical Society. Oakland, California. 1999.

Page | 10 Daniel J. Boudreau, Jr., GISP GIS Coordinator

Summary of Experience Mr. Boudreau has extensive experience in all aspects of geospatial technology. He brings over twenty-three years of combined CAD and GIS experience in data management, data development/conversion, spatial analysis, cartographic design as well as field data collection for asset management and environmental assessment. Prior to joining GZA, Mr. Boudreau served as a Senior GIS Analyst and GIS Manager at Vanasse Hangen Brustlin, Inc. for eleven years. Since joining GZA in July of 2012 Mr. Boudreau has served as GIS Coordinator overseeing the deployment of GZA’s ArcGIS Server, development of the central data repository and development/deployment of GIS web and mobile applications for both internal and external clients. Education B.S., 2001, GIS and Cartography Relevant Project Experience Salem State College, Salem MA Review of Existing FEMA Flood Insurance Rate Maps/Study, and Preparation Presenting Data and Information Letter of Map Revision, Town of Hingham, Massachusetts. In 2013, the Town of Edward Tufte – Boston, MA, 2001 Hingham, MA retained GZA to provide a technical review of the current FEMA Flood Registrations & Certificates Insurance Rate Maps (FIRM). The primary goals of the project were to determine if the Certified Geographic Information Systems existing FIRM accurately reflect the 100-year flood conditions within the Town and Professional (GISP), 2005 whether or not the 2012 FEMA coastal and inland flood mapping and study analyses were completed in accordance with FEMA study guidelines and mapping Areas of Specialization requirements. Also evaluated whether more refined storm surge modeling and · Geographic Information Systems analyses could reduce the predicted base flood elevation. Initial review of the 2012 (GIS) coastal study analyses and flood zone delineations revealed discrepancies in the wave · Database Development input data and flood zone delineations. Developed new wind, water level and wave · Spatial Analysis data for the performance of new coastal analyses and remapping the coastal areas of · CAD/GIS Integration the Town. The coastal analyses and revised FIRMS were completed in ArcGIS to · Cartographic Design and Production support the submission of a Letter of Map Revision (LOMR) to FEMA for the · 3D modeling and Data Visualization modification the 2012 FIRMs. DESPP Firearms Training Facility Siting Study/EIE – Statewide- Connecticut. GZA was selected by the Connecticut Department of Construction Services to perform a Siting Study and Environmental Impact Evaluation for a proposed new Firearms Training Facility for the State Department of Emergency Services and Public Protection (DESPP). The existing facility has been plagued by frequent and intense flooding as it is located in the Farmington River Flood Zone. Evaluated a site owned and managed by the Connecticut Department of Energy and Environmental Protection (DEEP) that contains rare wildlife. Conducted herpetile, Lepidoptera (moth), insect and plant surveys at the site in close coordination with the DEEP Natural Diversity Data Base. DESPP was unsuccessful in securing a shared firing range site on the site due to wildlife and land use concerns as well as strong public opposition. Therefore, DCS and DESPP enlisted GZA to conduct a statewide alternatives analysis of all land that is potentially suitable for this use. Developed a comprehensive siting criteria matrix and scoring system that takes into account land use, ownership, socioeconomic and environmental resource factors. These criteria were then applied to properties in the State using ArcView GIS as the Daniel J. Boudreau, Jr. GIS Coordinator platform. GZA is in the process of developing a shortlist of candidate sites that will be evaluated in greater detail during the Connecticut Environmental Policy Act process.

GZA developed a secure web-based GIS application that can be used by DCS and DESPP staff to help narrow the list of potential sites that will be reviewed in further detail in the Environmental Impact Evaluation.

DESPP Firearms Training Facility Siting Study/EIE –

Statewide- Connecticut. Developed a comprehensive siting criteria matrix and scoring system that takes into account land use, ownership, socioeconomic and environmental resource factors. These criteria were then applied to properties in the State using ArcGIS and an iterative model to rank the sites. The results and factors were presented and managed via a GIS Web Application facilitating collaboration with stakeholders. EDO Corporation, Kellogg Deering NPL Site, Norwalk, Connecticut. Developed a geodatabase and a GIS web application allowing users to query and view wells and sampling data in support of a Quality Assurance Project Plan (QAPP) for Operable Unit Number 2 of the Kellogg-Deering National Priority List Site (the Site) in Norwalk, Connecticut which was originally submitted to and approved by the United States Environmental Protection Agency (EPA) in March, 1993. Experience Prior to GZA

T.F. Green Airport (PVD) Drainage Master Plan Update, RIAC Warwick, Rhode Island. Developed a geodatabase comprised of spatial data collected in the field by surveyors of over 900 drainage structures and associated pipes, that met the requirements of Part I.B.4g of the RIAC RIPDES Permit. The geospatial drainage data included all information collected in the field, including linked images highlighting existing structure condition, created as a networked system and were used for hydrologic and hydraulic analysis, and modeling in XP SWMM as well as the development of a revised Master Plan. Geospatial data was provided to the airport for inclusion in existing geospatial infrastructure at the close of the project.

Alfredo F. Herrera GIS Analyst/Scientist II

Relevant Prior Experience

New England GeoSystems GIS Technician/Analyst § Collaborate with Glenn Chalder from Planimetrics to provide the mapping for inclusion in the Plan of Conservation and Development for several towns in the state of Connecticut and Massachusetts. These include maps for use in public participation meetings and maps for use in the reports themselves. The maps are based on both existing data layers and newly created data based on spatial analyses of varying complexity. § Project coordinator for the zoning analysis and editing component of the CT South Central Region Council of Governments project. Conducted a number of analyses in the QA/QC report provided to the SCRCOG. This included a Education topological analysis of the zoning layer with respects to the parcels to B.S., 2010, Urban Planning, discover the accuracy of the layer, a comparison of the zoning codes between Arizona State University the ordinance document, the Assessor’s database, and the zoning layer itself,

an assessment of the town boundaries and the parcels that lie on the border, Registrations & Certificates and identification of gaps and overlap. Certificate, 2010, Geographic Information Systems, Arizona State University § Digitized, updated and created zoning maps and GIS Zoning Layers for client towns in Connecticut through collaboration with town/city planners. Maps completed using original hand-drawn maps, zoning regulation documents, and other local knowledge provided by the town planning department as source material. § Coordinated with the City of West Haven, CT city council and registrar of voters to redraw the voting district lines for the city using the updated census data to provide population data. Updated the zoning district lines for the Planning department as well as generated specific-use maps based on spatial analyses. § Created a legend document for the web portals of all NEGEO clients, gathered state data for use on the web and printed maps, acquired aerial photography for all NEGEO clients and formatted it for use on the web and elsewhere. Uploaded and integrated the legend document into the website. Sightlines LLC – Guilford, Connecticut IT Technician § Managed technology projects, including rollouts of software packages on both the client and server level. § Assisted the member operations department in data entry, analysis, benchmarking, and interpretation of facilities management data for university facilities departments. § Conducted individual and company-wide training sessions on the different technology resources employed by the company. § Conducted seminars to company leadership and member operations employees on how to best integrate GIS into the products that the company produces and how it can improve productivity internally. Alfredo F. Herrera

GIS Analyst/Scientist II

Arizona State University (W.P. Carey School of Business) – Glendale Centerline Project (Student Project) Lead Computer Technician Project Lead/ Lead Map Designer § Coordinated 11-12 technicians working on IT related § Directed community workshops for community and tasks, such as repairing machines, setting up new business leaders for the city of Glendale, Arizona, for computers, and providing technical assistance with implementation at various site designs. various software packages including Microsoft § Coordinated with other team leaders to create a Windows and Office, the Adobe Creative Suite, Mac cohesive development project for the city of OSX, and other smaller programs such as Excel Glendale, Arizona. Directed the graphic and layout plugins. design group and personally created all of the § Supported department leadership and professors by basemaps and some of the more complex maps for ensuring a working computer and technology setup the final report such as color-coded land use maps, for presentations at offsite locations. zoning maps, and site location maps. § Provided technical assistance in coordination with § Presented project findings and recommendations to the University Technology Office regarding problems the Glendale City Council, for the council’ approval with online components of classes. and later implementation by local business owners. City of Phoenix Aviation Planning Department § The Centerline Report was awarded “Best Student Intern Project” by the Arizona chapter of the American § Performed building height analyses to determine Planning Association for 2009. (An overview of the possible development issues within proximity of the project and a copy of the report can be found at: three airports administered by the City of Phoenix, http://www.glendaleaz.com/GlendaleCenterline/ASU.c which involved thorough analysis of the Phoenix fm) zoning code and subsequently GIS work. § Created and prepared ten maps, provided status updates on Arizona Department of Transportation construction projects, and prepared PowerPoint presentations for the Airport Directorship. South Mountain Industrial Plan (Student Project) Economic Development Team Member/ GIS Technician § Conducted Spatial Analyses of industrial businesses and their employees and produced business density and employee distribution maps for the study area in Phoenix, Arizona. § Conducted a phone survey of local businesses to gain information on employment, crime, amenities, and effects caused by Sky Harbor Airport to the study area. § Analyzed the survey results to produce tangible recommendations to present to city officials. § The Wedge: South Mountain Industrial Plan Report was awarded “Best Student Project” by the Arizona chapter of the American Planning Association for 2010.

GZA GeoEnvironmental, Inc. Page | 2

Anja Ryan Duffy, RLA

Landscape Architect

Summary of Experience Ms. Duffy is a registered landscape architect with over six years of experience. Ms. Duffy’s project record includes designing master plans, producing construction documents, providing assistance with grant writing, and managing construction projects. As a landscape architect working within a multi-disciplinary engineering firm, Ms. Duffy provides a landscape architect’s perspective on a variety of projects such as, environmental remediation projects, trails assessments and environmental studies, as well as performing her own. Ms. Duffy designs feature low impact design strategies, and with an emphasis on sustainable land redevelopment and restoration practices.

Relevant Project Experience

Education Solomon Jacobs Park, Gloucester, Massachusetts. Ms. Duffy is the lead landscape B.S., 2005, Landscape Architecture, architect on an acre park redevelopment project on Gloucester’s waterfront. Ms. University of Massachusetts- Amherst Duffy has worked closely with the Client and the City of Gloucester to design a park that ties into the City’s “Harbor Walk” design aesthetic, while also fitting the budget. Registrations & Certificates The park site features include a colored concrete plaza area, seawall reconstruction, 2011, Connecticut, Registered Landscape waterfront walkway, handicap accessible gangways, a 25ft tall steel sculpture, seating Architect , #1198 areas, parking, lighting, and associated landscaping. 2012, Massachusetts, Registered Camp STAR Angelina, Springfield, Massachusetts, Ms. Duffy provided design Landscape Architect, #4000 services for the master plan of development for a universally accessible day camp NRPA- Certified Playground Safety Inspector within an 785-acre wooded park. The master plan was split up into three phases of OSHA- 10 Hour Certification development. Working in a team of architects and engineers, Ms. Duffy was CPR, AED and First Aid for Adults responsible for final site design and construction document production for the first phase, which included development of an access road, pool house, swimming pool, Affiliations stormwater management system consisting of infiltration trenches and rain gardens. · American Society of Landscape Construction of Phase I is due to be complete, with Phase II due to start soon after. Architects The project required permitting due to close lying wetlands. · Boston Society of Landscape North Riverfront Park, Springfield, Massachusetts. Ms. Duffy developed a master Architects plan which was instrumental in assisting the City of Springfield with securing a 1.3 · National Parks and Recreation Association million dollar grant for the redevelopment of North Riverfront Park. Ms. Duffy is the · Ecological Landscaping Association project manager for the engineering, permitting, design and construction of the project, which is due to begin construction later this year. The park design features Areas of Specialization landscaping, formalized parking areas, pavilion with picnic area, river overlook areas, · Site Design- Grading, Drainage, alteration of a flood control levee to allow for connection to a bike trail which sits on Layout top of the levee, and landscaping featuring a native plant palette. · Planting Design Ash Creek Conservation Area Wetland Mitigation, Fairfield, Connecticut. Ms. Duffy · Construction worked closely with GZA wetland scientists to prepare a vegetation management plan · Cost Estimation and wetland mitigation planting plan for conservation land along Ash Creek. Ms. · Graphic Design Duffy developed a plan for a seating area within the conservation land, designed · Low Impact Development Strategies educational signage, and prepared a planting and maintenance plan. Ms. Duffy worked with a group of volunteers to install many of the plantings and oversaw the installation of the educational signage and seating area. Walking Trails at Fresh Meadow Swamp, Wallingford, Connecticut. Ms. Duffy developed a conceptual site design for 2.6 miles of walking trails on Anja Ryan Duffy, RLA Landscape Architect a 68–acre parcel of open space for Wallingford’s Department Development of Rebecca M. Johnson Park, Springfield, of Planning and Zoning. Her design is based on her own site Massachusetts. Ms. Duffy was the landscape architect for a visits and the analysis of the plant and wildlife communities new 3-acre park in Springfield, MA. Site improvements for by a GZA biologist. The site design enhanced the existing site the park included a 7,500 S.F. waterspray park, three ecology, the site’s cultural features, topography, views and playground structures, fitness equipment, swing set, little orientation. The walking trails were designed as mowed league baseball field, outdoor classroom, raised garden bed paths, gravel paths, and wetland boardwalks. The plan area, picnic area, paved walkways and extensive landscaping. involved highlighting unique points –of-interest along the During the construction phase Ms. Duffy administered path system, such as scenic overlooks from a wooded construction phase services. promontories, secluded farm ponds, butterfly meadows, Cathedral High School Site Design, Springfield, unique glacial rock out cropping, and an old apple orchard. Massachusetts. Ms. Duffy provided site design for a school Ms. Duffy developed a cost estimate for the proposed work renovation project. Ms. Duffy designed the new accessible and an illustrative site master plan for the town’s public walkway system, outdoor seating area, formalized pedestrian approval process. entrance, landscaping, parking facilities, site drainage and a Assessment of Trail Conditions along Enduro Routes in bus drop-off area. She provided detailed construction Connecticut State Forests. Ms. Duffy designed prototypical drawings for the gathering plaza, paving patterns and trail repairs for a Trail Restoration Project for the Connecticut concrete and brick seating/retaining wall. The project was State Parks Pachaug, Shenipsit, Nipmuck and Cockaponsett. completed within a short time schedule, thus minimizing She was responsible for producing repair drawings for a trail impact to the schools’ operation. assessment report prepared for Connecticut’s Department of New Elias Brookings School, Springfield, Massachusetts. Environmental Protection. Her detailed drawings illustrated Ms. Duffy served as lead landscape architect on the site various types of trail repairs and depicted recommendations design of a new elementary school. She worked closely with for mitigation activities. She compiled cost estimates for GZA civil engineers throughout the design process, as well as labor, time and material costs for the repairs and with the client and prime consultant, Drummey Rosane maintenance along 140 miles of enduro- motorcycle trails. Anderson, Inc. Architects. The site design features a 78-car Western Connecticut State University Environmental parking lot, play field, playground, assembly plaza, perimeter Impact Evaluation, Danbury, Connecticut.. Ms. Duffy co- fencing, accessible walkways, and drought tolerant wrote the Environmental Impact Evaluation (EIE) for Western landscaping. The project is currently under construction and Connecticut State University’s (WSCU) Master Plan. This task is due to be complete in February of 2015. involved reviewing a phased Master Plan proposed for two of Development of Camp Wilder Park, Springfield, the university’s campuses. Her writing and report Massachusetts. Ms. Duffy designed and developed organization focused on areas concerning housing, construction documents for a new 4-acre park on tornado population, economy, consistency with municipal plans, damaged land. The site, once covered in forest, was swept public health and safety, energy use and conservation, clean of mature trees. Ms. Duffy designed a plan to aesthetics, recycling and cultural resources. accentuate the landform, reforest the site, infiltrate Redevelopment of Emerson Wight Park- Springfield, stormwater runoff using rain-gardens, and provide views of an Massachusetts. Ms. Duffy was the lead landscape architect existing pond and beach area. The park also features a picnic on the redevelopment of an 8.5 acre park in the South End grove with pavilion, accessible walkways, play equipment, a neighborhood of Springfield, MA. The 1.3 million dollar junior soccer field, and gravel parking lot. Ms. Duffy project construction project included improvements to site drainage, managed the construction phase of the project for the Client, a new sports field, multi-age group playground, waterspray the City of Springfield. play area, regulation-size basketball court, walking trails, picnic area with pavilion, and landscaping. Throughout the construction phase Ms. Duffy administered construction phase services.

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John C. Siedel, CHMM, OHST Education Project Manager B.S., 2003, Environmental Biology, Westfield State College Summary of Experience A.S., 1995, Arts and Science, Holyoke Mr. Siedel has more than 18 years of experience as a Field Biologist and Community College Environmental, Health and Safety Consultant. He is currently GZA’s branch Registrations & Certificates health and safety coordinator for the Bloomfield CT office. He has 10 years of Certified Hazardous Materials Manager, 2005, experience conducting multimedia facility compliance inspections in 13306 Massachusetts, Connecticut, Pennsylvania and Virginia. He has developed Occupational Health and Safety Technologist, RCRA training programs and taught those programs to manufacturing, plating 2005, 2813 facilities and hospitals. He has developed and managed OSHA health and OSHA 40-Hour HAZWOPER safety programs for facilities and in a landfill environment. His responsibilities 8-Hour Refresher have included managing the health and safety of personnel, developing and maintaining OSHA required programs, RCRA and OSHA training, TUR General Planner management of hazardous waste, facility permitting, geotechnical settlement VSS Drinking Water Operator testing, landfill gas migrations, and groundwater sampling and Bloodborne Pathogens analysis. Additional experience includes Phase 1 site investigations, industrial Respiratory Protection hygiene, mold investigation, stormwater permitting and area sound mapping. AIHA Elemental Industrial Hygiene NSC Fundaments of Industrial Hygiene Relevant Project Experience NSC Safety Management Techniques Landfill experience NSC OSHA Compliance Mr. Siedel’s responsibilities at these sites included: NSC PIT Compliance NSC Confined Space · Health and Safety of staff in a landfill off-road environment in and around heavy earth-moving equipment (loaders, excavators, compactors, dozers, NSC Machine Safety Guarding dumps, cranes, drill rigs, tractors and off-road vehicles NSC Crane and Hoist NSC Electrical Safety · Evaluation of slope and trench safety Basic First Aid and CPR · Air monitoring of landfill environment for employee exposures and surrounding residential areas Affiliations · Identifying landfill gas migration beyond landfill boundaries Member of City of Chicopee Community Emergency Response Team (CERT) · Quality control inspector/auditor for landfill safety programs Areas of Specialization These tasks were conducted at eighteen Massachusetts landfills/transfer · Hazardous Waste Management stations and one New Hampshire landfill including the following: twelve · Stormwater Management Waste Management landfills/transfer stations in Barre, Chicopee, Fitchburg, · Mold Investigation Gardner, Granby, Hudson, Leominster, Lenox, Marlboro, Springfield, West · Indoor Air Quality Boylston, and Wilbraham, six municipal landfills in Colrain, Royalston, · Small Systems Drinking Water Templeton, Warwick, Bondis Island landfill in Agawam, MA and North East · OSHA Health &Safety Plans Waste Services in South Hadley, MA and Colebrook Landfill in Colebrook New · Site Investigations Hampshire. · Multi-Media Sampling and Analysis · Monitoring Well Installation Facility experience · Water Quality Assessment and Monitoring · Wastewater Management Mr. Siedel’s responsibilities include: · Stormwater permitting and SWPPP development, training and sampling · Developing Environmental Management Systems (EMS) for facilities · Hazardous waste compliance inspections, procedures, and training

· Hazard Communication Plans for facilities Pollution Control Facility (WPC) and complete the stormwater monitoring reports for review by the WPC and · Control of Hazardous Energy Plans (LOTO) submit them to the CTDEEP on behalf of the WPC. · Local and state regulatory permits for facilities Aldi South Windsor Division, South Windsor, Connecticut. · Confined Space Entry Plans Mr. Siedel’ s responsibilities included developing a stormwater pollution prevention plan, providing training and · Spray booth compliance inspections, procedures, and continuing semiannual sample collection and stormwater training monitoring reports. · Developing recordkeeping procedures for reporting A.J Tuck Company, Brookfield, Connecticut. Mr. Siedel’ s requirements responsibilities included developing a stormwater pollution · Emergency Action Plans prevention plan, providing training and continuing semiannual sample collection and stormwater monitoring · Tier II reporting reports. · Phase I site investigations TurboCare, East Hartford and Manchester, Connecticut. Mr. Siedel’s responsibilities included developing a stormwater · Trenching and vapor gas barrier installation pollution prevention plan, providing training and continuing · Industrial Hygiene IAQ investigations semiannual sample collection and stormwater monitoring reports. · Mold Investigation and sampling Turbine Controls Inc., Bloomfield, Connecticut. Mr. City of Hartford, Department of Public Works, Hartford, Siedel’s responsibilities included developing a stormwater Connecticut. Mr. Siedel assisted the DPW with maintaining pollution prevention plan, providing training and continuing environmental compliance at the DPW Yard and five quarterly and semiannual sample collection and stormwater pumping stations for three years. Mr. Siedel’ s monitoring reports. responsibilities included monthly stormwater inspections, semiannual comprehensive site inspections, collection of Mountaineer Gas Company, Charleston, West Virginia. Mr. stormwater and visual monitoring of the outfalls and Siedel assisted with determining if hazardous air quality submittal of stormwater monitoring report to the CTDEEP. conditions would be encountered for employee’s performing Mr. Siedel also conducted monthly spill prevention control routine maintenance on natural gas pipelines. and counter measure inspections of the facilities. The project Algonquin Power, Windsor Locks, Connecticut. Mr. also required the annual determination of hazardous wastes, Siedel’s responsibilities include wastewater permitting for monthly hazardous waste compliance inspections, UST Non Contact Cooling Water discharge, monthly sample management, emergency equipment inspections, Tier II collection and discharge monitoring reports, developing a reporting and hazardous waste, and DOT training. stormwater pollution prevention plan, providing training and Town of Plainville, Connecticut. Mr. Siedel is currently semiannual sample collection and stormwater monitoring working as in previous years to collect Phase 1 quarterly visual reports. monitoring samples and semiannual benchmark monitoring Exeter Energy-Sterling, Connecticut. Mr Siedel’s samples from the town’s two public works garages and responsibilities included permitting zinc containing waste fly transfer station. Mr. Siedel also prepares the Stormwater ash for reuse. Developing a solid waste management and Monitoring Reports (SMRs) for these facilities for the towns disposal plan, sampling and testing wastes for hazardous review and signature and submits the reports to the CTDEEP characteristics, assisting with hazardous waste manifest on behalf of the Town. compliance, developing material safety data sheets for Mr. Siedel is currently working as in previous years to collect materials,and testing, permitting and coordinating disposal the 2014 annual Phase 2 stormwater samples for the town of petroleum contaminated soils. and prepare the stormwater monitoring report for the Town Dattco Bus Company, Various Locations, Connecticut. Mr. to review and submit to the CTDEEP. Siedel’s responsibilities included SWPPP development, Mr. Siedel is also working as in previous years to collect Phase sampling, and training for eight Connecticut facilities located 1 Quarterly Visual Monitoring samples and semiannual in Avon, Hartford, New Hartford, New Britain, Middletown, benchmark monitoring samples from the Town’s Water Bridgeport, New Haven and Westport.

Project Manager, Stormwater and Hazardous Waste Cable, Inc., GKN Aerospace, ITW Graphics, The Donwell Management, City of Hartford, Hartford, Connecticut. As Company, Stanley Access Technologies, Waste Management, Project Manager for a City on-call engineering contract with the Town of Plainville, and the Town of Southington. AI Engineers, Mr. Siedel conducts inspections for compliance Derektor Shipyards and Buchanan Marine, Bridgeport, with SPCC, hazardous waste and stormwater for the City of Connecticut. Mr. Siedel’s responsibilities included Hartford’s five pumping stations and Department of Public multimedia compliance inspections, SWPPP development, Works yard. Mr. Siedel also provides annual RCRA and DOT sampling, training, OLISP permitting, hazardous waste training for personnel involved in shipping and storing determinations and training for large shipyard. hazardous waste. University of New Haven, West Haven, Connecticut. Mr. Project Manager, Monthly Health and Safety Training, Siedel’s responsibilities included hazardous waste WTE Recycling, Greenfield, Massachusetts. As Project determination and on-call consulting. Manager and health and safety educator Mr. Siedel conducts monthly health and safety training sessions to WTE personnel Innovative Display and Design, Bridgeport, based on topics relevant to the site. Mr. Siedel has conducted Connecticut. Mr. Siedel’s responsibilities included evaluation air monitoring of employees for lead exposure, and provided of OSHA compliance and air quality monitoring for training sessions on LOTO, slip trip and fall hazards, fall methylene chloride. protection, heat stress, cold stress, ergonomics, first aid, Balise Motor Sales, Massachusetts. Mr. Siedel’s Bloodborne pathogen, hazard communication, spec, responsibilities included, establishing EPA ID numbers, stormwater, machine guarding, working around heavy identifying hazardous, non-hazardous and solid waste equipment awareness and radiation safety. streams, providing RCRA training to facility personnel and Project Manager, Industrial Hygiene Sample for Lead developing hazardous waste management manuals for seven Exposure, George Apkin & Sons Scrap Metal Recycler, facility locations. North Adams, Massachusetts. As Project Manager Mr.

Siedel met with the client and designed a sampling program to collect representative samples for airborne lead to assess worker health and safety. Cumberland Farms Inc. and Jiffy Lubes- Various Locations, Massachusetts. Mr. Siedel conducted quarterly and monthly hazardous waste inspections to assess compliance with the federal and state regulations. For Tenovia of Intergrated Industrial Systems, Yalesvill, Connecticut. Mr. Siedel conducted quarterly Health and Safety audits and monthly hazardous waste inspections to assess compliance with the federal and state regulations. Columbia Bike, Westfield, Connecticut. Mr. Siedel conducted a Health and Safety audit of the facility and tested personnel for exposure to chromium. Hershey’s, Various Locations, Pennsylvania and Virginia. Mr. Siedel’s responsibilities included hazardous waste risk management inspections in West Heshey, Hazleton, and Lancaster, Pennsylvania plants and the Stuart’s Draft, Virginia facility. Stormwater Pollution Prevention Plans, Various Locations, Connecticut and Massachusetts. Mr. Siedel’s responsibilities included SWPPP development, sampling, and training for Smith & Wesson, Peter Pan Bus, Arrow Bus, King Ward Coach Lines, Smurfit Stone, Springfield Wire, Sullivan Paper, O’Connell Oil Associates, Brunelle’s Marina, Coleman

Proactive by Design

Section 5. ADDITIONAL INFORMATION NEEDS

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

Section 5. ADDITIONAL INFORMATION

ADDITIONAL INFORMATION NEEDED

As follows is a list of questions and information needed:

1 We would need to know the number of towns involved if individual services are being considered.

2 Information regarding how the contract/work would be structured would be valuable. For example, will the contract be structured as an on-call for a time period (say the length of the permit), will it be issued annually for services, or will it be a one-time contract? Or would individual services be bid separately? This knowledge will be important to a consultant bidding the project and also could be an important consideration for CRCOG and the municipalities as well. Having a consultant or group of consultants follow the process through the permit term, providing on-going support will be more efficient, more cost- effective, and provide better service to the client than starting new each year.

3 To provide an accurate fee proposal, the depth and breadth of services will need to be more clearly defined. For example, indicating that X number of brochures or pamphlets produced in X languages will be required will allow a consultant to develop better cost estimates than just indicating the public outreach materials will be required to be developed.

4 It would be beneficial to understand how data is expected to be maintained long-term. Would the CRCOG be the repository or would individual towns have electronic systems to maintain their own data?

5 We would need to better understand what the regulatory structure would be if we were providing model templates or bylaws, as each town is different in our experience. Or would we just be providing standard regulatory language that towns would need to apply to the relevant sections of their ordinances or bylaws?

6 It seems as though some tasks would be easily included on a one-time lump sum basis, while others would be better suited to a time and materials hourly structure (on-call services, for example). It would be good to assess what components would be best suited to each type of billing. Some services are tied to providing templates and written materials, while others are more service or training based.

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS

Proactive by Design

Section 6. RESPONSE PAGE

Request for Information FOR STORMWATER MANAGEMENT PLANNING SERVICES CAPITOL REGION COUNCIL OF GOVERNMENTS