Network Systems Integration Project Experience

MTA NYCT – W-47010 Connection Oriented Ethernet (COE) Phase 2 at 24 Core Sites

The project consisted of installing, integrating, and testing new Fujitsu FW9500 and Ciena 3926M platforms at 24 core sites.

Responsibilities include the systems integration and testing of the equipment above as well as the development of construction documentation: schematics/installation shop drawings, and communications bulletins.

MTA NYCT – W-47012 Connection Oriented Ethernet (COE) Phase 3A at 24 Core Sites

The project consisted of installing, integrating, and testing new Fujitsu CDS, Ciena 3926M, and Zhone/IMAC 3000 platforms at 20 passenger station sites.

Responsibilities include the system integration support as well as the development of construction documentation: schematics/installation shop drawings, and communications bulletins.

NYCT – Integration of Connection Oriented Ethernet (COE) at 4 Passenger Stations

The project consists of integrating and testing Fujitsu CDS platforms at 4 passenger station sites.

Responsibilities include the fiber optic characterization (OTDR/OLTS), system integration services, as well as the development of construction documentation: schematics/installation shop drawings, and communications bulletins.

NYCT – Fiber Optic Characterization (OLTS/OTDR) of Existing MTA NYCT Fiber Optic Infrastructure

The project consisted of the fiber optic characterization (OLTS/OTDR) of over 200 fiber optic cable spans.

A-37628 Replacement of Emergency Booth Communications System (EBCS) & Mass Call System Upgrade (Design-Build)

The Electronic Emergency Booth Communication Systems (EEBCS) design-build project consisted of the replacement of the existing NYCT emergency-mass call system present in the Station agent booths and replaced by a Boyce Technologies EEBCS Solution. Network-specific tasks included the design of two new data centers and at the station booth the use of a high-performance Cisco router to accomplish primary and failover communications.

Responsibilities include the development of construction documentation for the systems above: submittals, schematics and installation shop drawings, fiber optic and copper cable testing procedures and test results validation, communications bulletins, factory and site acceptance testing procedures.

TBTA – BW96/VN12 – Design-Build Services for Power Redundancy and Resiliency Improvements at the Bronx-Whitestone Bridge and Verrazzano Narrows Bridge

The project scope consists of upgrading the existing SCADA IP network infrastructure at VNB and BWB locations, as well as the lane control signs (LCS) IP network infrastructure.

Responsibilities include the development of construction documentation: submittals, design drawings, schematics, and installation shop drawings, fiber optic and copper cable testing procedures and test results validation, communications bulletins, factory and site acceptance testing procedures and close-out documentation (as-built drawings and operations and maintenance manuals).

W-32366 700/800 MHz Bus radio System for the New York City Transit Authority (NYCT)

This Project consists of designing, furnishing, and installing a new land mobile digital radio system in the 700/800 MHz band to be used by DOB and MTA Bus. The Project also includes retrofitting 6,250 existing buses and, support vehicles with new mobile radios and providing 1,250 portable radios. The new radio system shall include equipping a unified Bus Command Center (“BCC”) that will be used by DOB and MTA Bus and the radio base station sites required for the new radio system.

Tasks include but not limited to the Bus Radio System (BRS) backhaul network re-design to provide network redundancy (Westbound/Eastbound), modifications of network architecture at two Data Centers (BCC/TC), developing cutover plans from the current architecture to the new stable architecture. Responsibilities include the development of construction documentation for the systems above: submittals, schematics and installation shop drawings, fiber optic and copper cable testing procedures and test results validation, communications bulletins, factory and site acceptance testing procedures, and close-out documentation (as-built drawings and operations and maintenance manuals).

CCTV/Passenger Station LAN Systems Integration Project Experience

NYCT C-52155 Electronic Security System (ESS) at West 4th Street in the Borough of Manhattan

The project consists of installing, configuring, and testing new Boyce Technologies Application Access Nodes (APN) and Panasonic cameras to be used for passenger identification. Responsibilities include the development of Submittal Log, catalog cutsheet submittals, Bulletin development and meetings, SAT/SIT procedures/report. On-site activities include conduction of all bulletins, configuration of Panasonic cameras, Boyce Technologies APN WatchDog, UPS Module configuration, and EtherWAN switches configuration. Other Responsibilities include the development of construction documentation: schematics/installation shop drawings, as-builts, and field verification of all developed drawings.

NYCT C-52161 Passenger Identification (PID) at 49th Street and 8th Street Stations Broadway Line

The project consisted of installing, configuring, and testing new Panasonic cameras to be used for passenger identification. Responsibilities include the development of Submittal Log, catalog cutsheet submittals, Bulletin development and meetings, SAT/SIT procedures/report. On-site activities include conduction of all bulletins, configuration of Panasonic cameras, Boyce Technologies APN WatchDog, UPS Module configuration, and EtherWAN switches configuration. Other Responsibilities include the development of construction documentation: schematics/installation shop drawings, as-builts, and field verification of all developed drawings.

NYCT – Furnishing and Installing Help Points and Associated Data Access Devices at Brighton Beach Line, in the Borough of the Brooklyn

The project consisted of installing, configuring, and testing new Boyce Technologies Help Point and Access Nodes. Responsibilities included the development of construction documentation: schematics and installation shop drawings, fiber optic and copper cable testing procedures and certification, communications bulletins, factory and site acceptance testing procedures, and close-out documentation (as-built drawings and operations and maintenance manuals).

NYCT – Furnishing and Installing Help Points and Associated Data Access Devices at 161st Street and Woodlawn Jerome Line, in the Borough of the Bronx

The project consisted of installing, configuring, and testing new Boyce Technologies Help Point and Fujitsu Access Nodes. Responsibilities included the development of construction documentation: schematics and installation shop drawings, fiber optic and copper cable testing procedures and certification, communications bulletins, factory and site acceptance testing procedures, and close-out documentation (as-built drawings and operations and maintenance manuals).

NYCT – Furnishing and Installing Help Points and Associated Data Access Devices at East Tremont and Pelham Parkway White Plains Line, in the Borough of the Bronx

The project consisted of installing, configuring, and testing new Boyce Technologies Help Point and Fujitsu Access Nodes. Responsibilities included the development of construction documentation: schematics and installation shop drawings, fiber optic and copper cable testing procedures and certification, communications bulletins, factory and site acceptance testing procedures, and close-out documentation (as-built drawings and operations and maintenance manuals).