Township Council Meeting - Wednesday — Packet

Project Profile Mendham Township MS4 Mapping Mendham Township, New Jersey In accordance with the New Jersey Department of Environmental Protection (NJDEP) New Jersey Pollution Discharge Elimination System (NJPDES) MS4 Tier A permit requirements, the maintenance and upkeep of stormwater management features is required. In order to comply with the MS4 permit requirements, an inventory of municipal stormwater systems must be completed. French & Parrello Associates (FPA) was retained and tasked with completing the inventory in compliance with NJDEP requirements which includes the locating and mapping of outfalls, ground water discharge points, interconnections, inlets, stormwater manholes, stormwater conveyance systems, pump stations, and other stormwater facilities. Utilizing ArcGIS Field maps in conjunction with web mapping applications deployed in ArcGIS Enterprise, 45.2 miles of conveyance, 2,169 inlets, 86 outfalls, 51 manholes, 275 groundwater discharge points, 34 stormwater basins, and 86 culverts were mapped for Mendham Township. A web mapping application was configured to allow township staff to conduct inspections of the municipality’s outfalls. This project is still ongoing. Client Mendham Township Reference Dave Read DPW Superintendent 973.543.4509 Services NJDEP MS4 Compliant Mapping GPS Data Collection Field Data Collection Inspection Services Web Mapping Application Development Asset Management

Project Profile DRJTBC MS4 Stormwater Pollution Prevention Plan (PPP) Various Locations, New Jersey French & Parrello Associates (FPA) was retained by the Delaware River Joint Toll Bridge Commission (DRJTBC) to update their Stormwater Pollution Prevention Plan (SPPP). FPA conducted a thorough review of existing data and documents and provided recommendations to ensure compliance with the latest stormwater permit regulations. Site visits were carried out to verify current conditions and capture photo records of stormwater facilities. Additionally, FPA performed GIS mapping to assist in maintaining records. Utilizing the current NJDEP SPPP template, FPA identified the SPPP Team responsible for implementing various components of the plan. The updated SPPP includes: • A detailed description of the operation policies. • Comprehensive record-keeping documentation. • Implementation schedules aligned with permit requirements, including assistance with frequency. • A list of responsibilities and descriptions for stormwater compliance per NJDEP regulations. • Identified areas in need of attention and provided recommendations. Client DRJTBC Reference Kevin Skeels, PE Chief Engineer 267.394.6711 kskeels@drjtbc.org Services Stormwater Management GIS Mapping

Project Profile Pohatcong Township MS4 Mapping Pohatcong Township, New Jersey In accordance with the New Jersey Department of Environmental Protection (NJDEP) New Jersey Pollution Discharge Elimination System (NJPDES) MS4 Tier A permit requirements, the maintenance and upkeep of stormwater management features is required. In order to comply with the MS4 permit requirements, an inventory of municipal stormwater systems must be completed. French and Parrello Associates (FPA) was retained and tasked with completing the inventory in compliance with NJDEP requirements which includes the locating and mapping of outfalls, ground water discharge points, interconnections, inlets, stormwater manholes, stormwater conveyance systems, pump stations, and other stormwater facilities. Utilizing ArcGIS Field maps in conjunction with web mapping applications deployed in ArcGIS Enterprise, 7.73 miles of conveyance, 393 inlets, 74 outfalls, 13 manholes, 5 groundwater discharge points, 5 stormwater basins, and 130 culverts were mapped for Pohatcong Township. This Project is still ongoing. Client Pohatcong Township Reference Jeff Loveatz DPW Supervisor 908.454.6121 ext. 310 Services NJDEP MS4 Compliant Mapping GPS Data Collection Field Data Collection Inspection Services Web Mapping Application Development Asset Management

H Section 4 Resumes of Key Personnel FPA

Resume Christopher A. Nourry, GISP Manager of GIS Mr. Nourry is a certified Geographic Information Systems Professional and the Manager of FPA’s Geographic Information Systems (GIS) Services Discipline bringing more than 14 years of expertise and experience to his assignments. Career Snapshot • Manager of GIS Services • Extensive experience with ESRI GIS software suite • Database design experience • Python & SQL • ArcGIS Enterprise Deployments • Asset Management • Statistical Analysis • Application Development • AWS & Azure Education • BA, Environmental Studies, Ramapo College Certifications • Certified Geographic Information Systems Professional (GISP) Specialized Training • • • • • • ArcGIS Enterprise: Configuring a Base Deployment ArcGIS Data Reviewer: Implementing Quality-Focused Data Management Workflows Administering ArcGIS Online Members ArcGIS Online: Using Smart Mapping Deep Learning Using ArcGIS Pro Spatial Data Science: Data Visualization and Exploration Mr. Nourry has served public and private entities across multiple industries on a range of GIS projects, including utility easement mapping, street light inventories, and stormwater collection system asset inventories, as well as sanitary sewer asset inventories, preliminary wetlands mapping, and property inspections and inventories. His additional experience includes environmental site mapping, customized web mapping applications, application development, and database design and implementation. Mr. Nourry has extensive experience utilizing ESRI Software, including ArcMap, ArcGis Pro, ArcCatalog, ArcPad, ArcGIS Field Maps, and ArcGIS Online. He has successfully completed several deployments of ArcGIS Enterprise. In addition to his experience with GIS, Mr. Nourry is well versed in Microsoft SQL Server, PostgreSQL, Microsoft Azure, Amazon Web Services (AWS), and the Microsoft Power Platform which includes Power Automate, Power BI, and PowerApps. Mr. Nourry has used these skills to deploy cloud services to host complex databases and develop applications for a wide range of uses. Utilizing his expertise and passion of GIS, combined with his attention to detail and knowledge of GPS and computer hardware, Mr. Nourry established FPA’s GIS Services Discipline. He has developed company standards and procedures to ensure all clients receive the most costeffective and efficient solutions to their

hardware, Mr. Nourry established FPA’s GIS Services Discipline. He has developed company standards and procedures to ensure all clients receive the most costeffective and efficient solutions to their project needs.

Christopher A. Nourry, GISP Manager of GIS Union County Electric Vehicle Infrastructure Study Union County, New Jersey Served as GIS Analyst for this assignment where zoning data, EV data, and environmental justice factors were consolidated into a public interactive map utilizing ESRI software. The study was launched to support electric vehicle (EV) use in Union County by planning the expansion of a network of charging stations for current and future vehicles. As a major transportation hub connecting to the New Jersey Turnpike, Garden State Parkway, Interstate 78, and Port of Elizabeth, Union County is looking to make EVs a viable choice for a growing population of 575,000 by planning the expansion of an Electric Vehicle Service Equipment (EVSE) network and eliminating barriers to installation. The placement of EV Chargers requires creativity in targeting residential areas to install lower-cost EVSE and strategic placement of higher-cost Level 3 (DC Fast) chargers. The study’s goal is to identify locations for EV chargers throughout the County to provide an equitable distribution of chargers while balancing priorities such as maximizing utilization. Visions at Absecon & Oakland Square – U.S. Housing and Urban Development Absecon & Red Bank, New Jersey Utilized GIS to assist a client with qualifying for federal funding through the U.S. Department of Housing and Urban Development (HUD). Mr. Nourry utilized environmental data provided by various state and federal agencies in conjunction with transportation and demographic data to develop regional maps utilizing spatial analysis and mapping techniques to assist in the planning and qualification process. The maps were created to analyze and visualize surrounding demographics, traffic conditions, and environmentally sensitive populations for areas in relation to two proposed apartment complexes and were a critical component in assisting with qualifying the project for HUD funding. Pohatcong Township MS4 Stormwater mapping Warren County, New Jersey In order to assist the Township with the NJDEP’s Municipal Stormwater requirements for Tier A municipalities, Mr. Nourry Served as GIS Project Manager responsible for the creation of a Township wide Stormwater asset management GIS. The project entailed utilizing existing spatial data which included stormwater inlets, manholes, culverts, and above and below ground

r the creation of a Township wide Stormwater asset management GIS. The project entailed utilizing existing spatial data which included stormwater inlets, manholes, culverts, and above and below ground conveyance to create a comprehensive system for the municipality to fulfill the NJDEP’s MS4 mapping requirements. The preexisting data was field verified and corrected utilizing high accuracy GNSS equipment. Additionally, new assets were mapped along with all piping interconnections. All information was incorporated into a GIS utilizing ESRI’s ArcGIS Pro software and hosted in an ArcGIS Enterprise deployment. Mendham Township MS4 Stormwater mapping Warren County, New Jersey In order to assist the Township with the NJDEP’s Municipal Stormwater requirements for Tier A municipalities, Mr. Nourry Served as GIS Project Manager responsible for the creation of a Township wide Stormwater asset management GIS. The project entailed utilizing existing spatial data which included stormwater inlets, manholes, culverts, and above and below ground conveyance to create a comprehensive system for the municipality to fulfill the NJDEP’s MS4 mapping requirements. The preexisting data was field verified and corrected utilizing high accuracy GNSS equipment. FPA coordinated with the Municipality’s Department of Public works to establish a web mapping application for township staff to conduct field inspections of outfalls as well as catch basins and inlets as they were cleaned and/or repaired. All information was incorporated into a GIS utilizing ESRI’s ArcGIS Pro software and hosted in an ArcGIS Enterprise deployment. Allamuchy Township MS4 Stormwater mapping Warren County, New Jersey Mr. Nourry Served as GIS Project Manager responsible for the creation of a Township wide Stormwater asset Page 2

Christopher A. Nourry, GISP Manager of GIS management GIS. The project entailed utilizing the NJDEP’s MS4 mapping stormwater template database to establish a data collection schema and methodology. Spatial data collected included stormwater inlets, outfalls, groundwater discharge points, manholes, culverts, stormwater facilities, and above and below ground conveyance to create a comprehensive system for the municipality to fulfill the NJDEP’s MS4 mapping requirements. The stormwater assets were mapped along with all piping interconnections between the municipal system and other public and private entities. All information was incorporated into a GIS utilizing ESRI’s ArcGIS Pro software and hosted in an ArcGIS Enterprise deployment. Once the inventory was completed, a digital map book was created and shared with the municipality with the inventory submitted to the NJDEP in their provided template geodatabase. Knowlton Township MS4 Stormwater mapping Warren County, New Jersey Mr. Nourry Served as GIS Project Manager responsible for the creation of a Township wide Stormwater asset management GIS. The project entailed utilizing the NJDEP’s MS4 mapping stormwater template database to establish a data collection schema and methodology. Spatial data collected included stormwater inlets, outfalls, groundwater discharge points, manholes, culverts, stormwater facilities, and above and below ground conveyance to create a comprehensive system for the municipality to fulfill the NJDEP’s MS4 mapping requirements. The stormwater assets were mapped along with all piping interconnections between the municipal system and other public and private entities. All information was incorporated into a GIS utilizing ESRI’s ArcGIS Pro software and hosted in an ArcGIS Enterprise deployment. Once the inventory was completed, a digital map book was created and shared with the municipality with the inventory submitted to the NJDEP in their provided template geodatabase. First Energy Environmental GIS Mr. Nourry was project manager for a large GIS which encompassed multiple subsidiaries throughout New Jersey, Virginia, West Viriginia, Pennsylvania, Ohio, Maryland. The GIS was designed with the ESRI ArcGIS suite of software products and permits environmental coordinators to utilize a web mapping application to better facilitate coordination and project completion with multiple

igned with the ESRI ArcGIS suite of software products and permits environmental coordinators to utilize a web mapping application to better facilitate coordination and project completion with multiple contractors. The system was designed to allow project contractors to upload documents and track project progress allowing for faster facilitation of vital information with project stakeholders. Two Rivers Water Reclamation Authority Monmouth County, New Jersey Served as GIS Project Manager responsible for taking new and existing GIS data and creating an ArcGIS online asset inventory system. The previous asset inventory was kept on GIS infrastructure that was not updated and had become unresponsive. FPA was tasked with obtaining the existing inventory data, adding new data, and configuring a web mapping application for the client. The existing features were analyzed and checked against real world information and attributes were updated to allow the client to identify sewer line size and construction material. At the client’s request, several widgets were added to the mapping application to allow for public notification, filtering of features based upon predefined criteria, and queries to allow users to utilize their own criteria for feature collection. Kittatinny – Portland ADSS Fiber Project, First Energy Blairstown, New Jersey to Portland, Pennsylvania Mr. Nourry was the GIS Project Manager who conducted GIS field mapping of a 30-foot-wide, 8.2-mile-long utility easement for a proposed installation of fiber optic cables. The field mapping consisted of utilizing GIS field tablets running ArcPad Software to collect critical information, including wetlands data points in conjunction with certified wetlands delineators, utility pole locations and related attributes, and drainage culverts and intersecting waterbodies. All data was post-processed for increased accuracy and a 30-page map book was produced and distributed to the client and project contractors. Page 3