SAN FRANCISCO SFMTA Stations, Surface Track and Systems Project (2018)

The Stations, Surface Track and Systems Project comprise Phase 2 of the overall Third St. Light Rail Transit Project. This endeavor will provide rail service and serve regional destinations such as Union Square, Moscone Convention Center, Yerba Buena, and AT&T Park, as well as connect directly to BART and Caltrain, the Bay Area’s two largest regional commuter rail services. The project includes a Twin Bore Tunnel alignment of approximately 1.7 miles, plus a short surface segment to connect to Fourth and King Station, the current terminal station for the Third Street Line. It has three underground stations; Moscone Station, Union Square/Market St. Station, and Chinatown Station; and one surface station: Fourth and Brannan Station.

B&C Transit Inc. is responsible for the providing engineering services to advance the preliminary engineering design prepared by others to final design and prepare Contract Documents for the Surface, Track and Systems Contract. The scope of work includes the surface segment, tunnel segment and system-wide communication elements. Work on the surface segment includes construction of the surface station, utility relocation, pavement renovation and traffic signals. In the tunnel segment, contract scope includes track invert and drainage and walkway. System-wide elements of work for both surface and tunnel segments include trackwork; mechanical systems including plumbing, fire protection, and emergency ventilation; communications systems including Fiber Backbone Network, Supervisory Control and Data Acquisition (SCADA), Fire Telephones, Emergency Telephones, Mayor’s Emergency Telephone, CCTV, and Radio; electrical lighting and power; overhead contact system and associated parallel feeders; Advanced Train Control System (ATCS) for the subway; and surface signaling. All of the new systems will be integrated into the new Transportation Management Center (TMC), which B&C Transit Inc. also played a major role in the design and implementation of.

Furthermore, B&C Transit Inc. is also responsible for program integration to ensure that designs performed by the multidisciplinary engineers and architects under the program result in a fully integrated and operational project. Duties include preparation of an integration matrix to identify interface points between work covered under the various construction contracts; monitoring progress of interface coordination between designers to ensure that design requirements are conveyed and understood; and finally, coordinating sign-off by discipline designers to verify that appropriate design requirements are incorporated into the Contract Documents.

MIAMI MDT Metro Rail Control Upgrade (2014)

As the Prime Contractor for MDT’s Metrorail Control Center Upgrade Design Build Project, B&C Transit Inc. has embarked upon the modernization of the existing Central Control Facility. The MRCC modernization project will include the renovation of the existing Central Control Facility, an adjacent office space, upgrading and replacing the HVAC on the 3rd, 4th, and 5th floors, the Power Distribution Units, the Uninterruptible Power Supplies, Electrical Systems, and replacement of existing systems hardware and software.

B&C Transit Inc. will provide an updated control system for the MRCC upgrade project. The control system will integrate hardware components and software applications to provide MDT with the capability to monitor and control the Orange and Green line transit systems from the central control facility. The upgrade will incorporate a state-of-the-art integrated audio/visual display system that will allow workstations and video screen walls to be configurable for a variety of functions.
The new Control Center will include a centrally managed platform to support communications equipment, including Facility SCADA, Motive Power SCADA, the public address system, platform displays, and other
key components used by supervisors to manage operations and other safety systems. The work provided by B&C Transit Inc. provided customized open software and associated hardware, for the Control Center to integrate data from MDT systems so that data could be displayed for MDT staff on a customizable interface.

SAN FRANCISCO SFMTA Transportation Management Center (2014)

As the Prime and Systems Engineer for the SFMTA’s C3 program, B&C Transit in a joint venture effort with HNTB provided a program-wide integration and systems control methodology for the design and construction of its new Transportation Management Center (TMC).

The new TMC will replace the San Francisco Municipal Railroad’s (MUNI’s) outdated Operations Control Center (OCC) as its primary control center and will combine all of SFMTA’s control functions which are currently dispersed across the city with a new state-of-the-art facility.  A key design requirement included the ongoing use and functionality of the existing OCC, which will be maintained as a backup and redundant facility to the TMC.

The new TMC will also incorporate the new Central Subway Project, which includes a 1.7 mile extension of the subway system from AT&T ballpark into the Financial District and Chinatown, currently one of the heaviest traveled bus passenger routes in the city. Because B&C Transit was also part of the design team responsible for preparing the Contract construction documents for the various communication systems for the Central Subway project our team was intimately familiar with the needs and requirements for its integration into the new TMC facility.

An integral part of the preliminary engineering work for the new TMC included an Implementation Plan, which B&C Transit prepared to include migration/phasing and cutover plans that emphasized minimal disruption to current transit revenue operations. B&C Transit also oversaw the review of the business processes that further optimized the organizational functions at the new TMC.  The preliminary engineering phase also incorporated architectural, ergonomic, and industrial designs.

The new TMC also includes a new state-of-the-art integrated audio/visual system that will allow workstations and video screen walls to be configurable for various functions.  The TMC will include a secure area that will have controlled access and firewall separating functions that maintain security and ease of operations. Interoperability initiatives, including ITS Standards, have also been incorporated.

The new Central Subway extension and the TMC will also incorporate an Advanced Train Control System (ATCS) that will be compatible with the existing Thales ATCS.  The ATCS will be upgraded with a new System Management Center that will incorporate the open architecture, IP-based interfaces with other systems.

LOS ANGELES LACMTA Metro Blue Line Pedestrian Crossing (2013)

orking with JL Patterson, B&C Transit Inc. is providing engineering and design services for the installation of a new Pedestrian Grade Crossing Warning System (PGCWS) at 27 grade crossing locations along the existing LACMTA Metro Blue Line.

B&C Transit’s scope of the PGCWS project includes the provision of construction documents for the installation and testing of new pedestrian gates (some locations include grade crossing flasher assemblies and signage). Several intersections required that existing pedestrian gates be relocated, resulting in new conduit runs and upgrades to existing case equipment. Activation of pedestrian grade crossing warning devices will be initiated by existing vehicle entrance gate circuits, while new equipment is required to meet the environmental provisions of the AREMA ATCS environmental specifications and Metro Design Criteria.
B&C Transit is responsible for the Train Control and Communications (TC&C) systems, and other services.

SAN FRANCISCO SFMTA Integrated Systems (2010)

Along with the implementation of a new TMC, many of the existing communication systems in the current Control Center and existing Metro subway are being upgraded or replaced. The Metro Subway includes nine underground passenger stations. B&C Transit Inc. is responsible for design deliverables for the replacement systems which include:
• Fiber Broadband Network for connecting existing underground infrastructure in stations and equipment rooms to both the existing OCC and the new TMC.
• Facility and Power SCADA Systems
• Public Address and Platform Display systems
As part of the preliminary engineering work, B&C Transit Inc. prepared an inventory of existing systems and a Conceptual Engineering Report (CER) which emphasized minimal disruption to current operations. The CER was reviewed and signed off by the various Operations and Maintenance Departments as well as SFMTA Management to indicate concurrence with design concepts and scope.
B&C Transit Inc. then advanced the design to 100% and prepared a complete contract package for bidding purposes for the Replacement System contract. The project has since been bid and awarded and is in the early stages of construction. B&C Transit Inc. is currently providing Construction Management and other support services for the project during this phase of the work.

SAN FRANCISCO SFMTA Bluelight Replacement (2010)

The Bluelight Emergency Telephone Replacement (BLT) project scope includes the design for the complete replacement of the existing Muni Metro Subway emergency Bluelight telephone system within the stations, in the Metro Subway and Sunset Tunnels, and at other integral facilities, with a new state-of-the-art system.
B&C Transit Inc. is also providing Contract Documents for the installation of new conduit, wireways, wiring, other appurtenances and new emergency Bluelight phone boxes (cabinets), standalone Bluelight fixtures, and other related equipment. In addition, the new system will be integrated with the new Transportation Management Center (TMC) and the existing Lenox Operations Control Center (OCC), making it a fully integrated and comprehensive real-time emergency system for the entire SFMTA network.

MIAMI-DADE COUNTY MIC connector (2010)

The Miami Intermodal Center (MIC)-Earlington Heights Connector is a 2.4-mile, elevated extension of the Miami-Dade Transit (MDT) Metrorail system, from the existing Earlington Heights Station to the new MIC adjacent to Miami International Airport. The project includes a multilevel station at the MIC. For this $260 million Design-Build contract, B&C Transit Inc. has designed an upgrade to the Operations Control Center (OCC). The work, at six major locations, involves systems including CCTV, public address, VMS, telephone, access control, BLS, intrusion detection, SCADA, central software, LAN, and fiber optics.

SACRAMENTO RDT GPS Tracking (2009)

B&C Transit Inc. worked closely with Sacaramento Regional Transit staff on the development and implementation of a four-monitor control system which idenify and indicate all RTD trains on the system map. The GPS location of latitude and longitude is then sent to an SQL database, which the application reads once per second and then adjusts the train locations on the map per the boundaries of each defined area. Operators are able to assign various tracking flags to each train as they travel along the line for identification purposes.

In addition to GPS tracking, real time communication was provided to VHLC processors for actual occupancy and switch states. The system contains interfaces for assigning rail cars to trains while assigning crews to those trains along with search features that allowed operators to highlight and quickly spot trains anywhere on the line.

LOS ANGELES COUNTY MBL extension (2009)

This Design-Build contract involves a 9.2-mile light rail extension of LACMTA’s Metro Blue Line (MBL). The project includes at-grade, aerial, and trench alignment with eight new passenger stations. B & C Transit Inc. is responsible for the Train Control and Communications (TC&C) system.
B & C transit Inc. is responsible for design, procurement, assembly, and testing of the communications systems for the eight passenger stations and the interface to the central control facility. B & C Transit Inc. is to provide a fully integrated and compatible communications system with equipment to be furnished at wayside facilities, installed in the trench, at stations, in Communications and Signals buildings/rooms, in traction power substations, at the radio bungalow, and at the rail Operations Control Center. Major communications system components include a SONET cable transmission, public address, variable message sign, CCTV, telephone, voice radio, fire detection and suppression monitoring, intrusion detection, Emergency management panels, seismic detection, and SCADA systems.

SAC RT DNA-Green Line (2009)

In phase I of the new line  B&C Transit Inc. will design for future SCADA capability for the Traction Power Substations and Wayside Train Control Equipment. B&C Transit Inc. will also design and build the train control system and communications systems at the station platforms.  The project should be completed in early 2011.

NORFOLK Light Rail (2008)

B&C Transit Inc. provided the Design – Build contruction documents for the Central Control System (OCC) for the Hampton Roads Transit (HRT) in Norfolk, VA. This system provides control and monitoring of the entire TIDE line, currently in active service in Norfolk. The system provides train control, traction power control, and extensive alarm monitoring of various systems including UPS, Fire, intrusion, TVM, Fiber switches. HRT is a new Light rail system from Newtown Road to Norfolk State University (NSU). The project included at-grade, aerial, and trench alignment with new passenger stations, new yard, and parking structures. The initial $338 million segment, operated by the regional transit agency, HRT, is 7.4 miles, has 11 stops and is currently located only within Norfolk’s city limits.

LOS ANGELES LACMTA City/Exposition Corridor (2008)

This Design-Build contract is comprised of the 9.2-mile light rail extension of LACMTA’s Metro Blue Line (MBL). The project includes at-grade, aerial, and trench alignment with eight new passenger stations.
B&C Transit Inc. was responsible for design, procurement, assembly, and testing of the train control system which consists of safety critical block design and equipment required for safe vehicle operation on the new line and modifications of the existing MBL. B&C is providing all train control room equipment including vital and nonvital processors plus wayside signaling, track circuits, and grade crossing equipment for the new light rail line. Software, including vital application logic was programmed by B&C Transit Inc.
B&C Transit Inc. was also responsible for design, procurement, assembly, and testing of the communications systems for the eight passenger stations and the interface to the central control facility. B&C Transit Inc. is providing a fully integrated and compatible communications system with equipment to be furnished at wayside facilities. Major communications system components include a SONET cable transmission, public address, variable message signs, CCTV, telephone, voice radio, fire detection and suppression monitoring, intrusion detection, seismic detection, and SCADA systems along with interfaces at the existing Rail Operations Control Center.
In addition B&C Transit Inc. provided design, procure, and implement of the emergency management panels (EMPs) at aerial passenger stations and at the trench portals. As a systems integrator, B&C

WMATA STAP Project (2008)

B&C Transit Inc. is providing installation, testing and commissioning of new non-vital microprocessor equipment (VPI) for non-vital: station stop, and door-dwell control. This equipment is replacing obsolete non-vital relays for station control functions.

NCTD San Diego Sprinter Project (2007)

B&C Transit Inc. designed, furnished, and tested all signal, crossing and communications systems for the new 22.5 mile Sprinter project from Oceanside to Escondido. The project includes Central office System, 15 passenger stations, over 45 grade crossings and tie-ins to existing freight and commuter rail facilities. Beyond track and signal engineering, this project includes paging, intercom, Visual messaging, backbone network equipment, communication cabinets, emergency telephones, CCTV, and security systems.