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PROJECTS

NEW JERSEY DEPARTMENT OF TRANSPORTATION
Systems design engineer in the implementation of New Jersey Department of Transportation Contract No. 10, a $30 million project designed to provide intelligent highway service along 40 miles of Route 1 from Trenton NJ. InTech was responsible for the design and implementation of the telecommunications transmission system and the associated IVHS subsystems. The main communications network consisted of a FO based seven-node INTELECT OC-3 SONET network, which is used to support a high speed LAN/WAN connecting three Technical Operating Centers. In addition, the SONET network was designed to support an extensive network of remote CCTV, HAR, VMS and traffic control sites. The SONET system equipment selected for this project was designed specifically for high reliability by eliminating the necessity for an intermediary stage of DSX-1 multiplexers and provided all sub-rate data communications circuits directly from the OC-3 frame.

BARUCH COLLEGE
Designed campus-wide LAN/WAN network consisting of over 1000 nodes, which were configured in a collapsed backbone architecture supported by CISCO 7000 routers and an IPX to SNA gateway to provide connection to the campus IBM 4381 mainframe. As part of this effort, a comprehensive system specification for the LAN/WAN hardware and software design was prepared for issuance as an RFP procurement. InTech evaluated the submitted proposals and recommended the awarded bidder. The LAN/WAN was contracted for in excess of $4 million.

ENVIRONMENTAL PROTECTION AGENCY
Program managed the implementation of a 1600 station LAN premise cable system (PDS) in the new GSA Federal Building at 290 Broadway in NYC. The PDS including CAT 5, Type-1, Thicknet and fiber optic facilities in support of token ring and IEEE 802.3 LANs. Installation and testing standards were established and monitored. Comprehensive automated testing was conducted using Microtest Cable Management System software and instrumentation to certify PDS performance parameters. The PDS implementation was contracted for $1.5 million.

CALDWELL COLLEGE, New Jersey
Designed a fiber optic campus network connecting the six main buildings. The network was designed to provide both LAN and Video transport. A Request for Proposal was prepared for competitive procurement. NEW YORK CITY TRANSIT AUTHORITY Conducted a comprehensive engineering study of the subway-wide, Fiber Optic Network. The study results provided recommendations for extensive engineering re-design and upgrade of a backbone network consisting of 100-nodes of 565 MBPS NTI system components extending over 450 miles of railroad facilities.

PETRONAS PETROLEUM OF KUALA LUMPUR
Designed a 2000-station ATM/FDDI based enterprise network providing both 10 BaseT and 100 BaseT service support for Petronas Petroleum at their new building in Kuala Lumpur.

NATIONAL FIBER NETWORKS
Designed an OC-48 SONET network to support Citicorp in New York City to connect their ten locations in the metropolitan area. The fiber optic based network provided for self-healing alternate routing in the event of cable cuts.

ROSECLIFF LAW OFFICES
Designed a 100-node IEEE 802.3 LAN and supporting PDS. An RFP was written for the competitive procurement of this network.

ROBERT TODD FINANCIAL
Designed and managed the installation of echo canceling facilities in support of their long distance network.

VOYAGER NETWORKS
Designed a voice-data network providing for overseas transmission of compressed hoot-and- holler voice and market data in support of brokerage operations.

MODEM MEDIA INC.
Developed and presented a comprehensive data communications and LAN course for staff training.

NEW YORK TRANSIT AUTHORITY
Developed and presented an intensive five-week training program for the Emergency Communications Booth System which is used to provide safety and surveillance of subway token booths throughout the entire subway system.

JP MORGAN/CHASE
Designed a fiber-optic based distribution facility in support of their market data trading floor operations. An RFP was prepared for competitive procurement of the required RBG video transmission equipment.

CREDIT SUISSE BANK
Designed a Premises Distribution System in support of their move to 33 Liberty Street. The cable facility PDS provided network connectivity for five hundred staff personnel and two hundred and fifty trading floor positions including fiber optic cabling for market data distribution. An RFP was prepared for competitive procurement of the PDS.

VETERANS ADMINISTRATION
Designed the inter-building, under-street fiber-optic network facility connecting the VA hospital at 23rd Street in Manhattan to the New York University network to l ink with the Medical Center at Bellevue Hospital. InTech directed the installation and managed the link testing to ascertain network performance.

COLUMBIA PRESBYTERIAN HOSPITAL
Designed a 500-station PDS for their new midtown Eastside Center in support of voice and LAN distribution. The PDS distribution provided for both copper and fiber optic risers. RFP‚s were written for competitive procurement of both the PDS and PBX facilities

CITY OF NEW YORK DEPARTMENT OF GENERAL SERVICES
Designed the data network linking 300 workstations located in buildings contained within the City Hall complex with the NYC Administrative computer center at 111 Eighth Avenue. As part of this effort a voice network was designed to provide voice service from One Centre Street to the City Hall complex of buildings. An RFP was written to procure a 5000 station PBX and supporting cable distribution.

 

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