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George K Garabedian DeceasedNewton, MA

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Known as:
George G Garabedian Geo Garabedian
Related to:
Susan M Bukuras 58

George Garabedian Phones & Addresses

Auburndale, MA

15 Widgeon Ln, West Yarmouth, MA 02673 (508) 394-8457

Concord, MA

Mansfield, MA

74 Albert Rd, Auburndale, MA 02466

Work

Position: Food Preparation and Serving Related Occupations

Education

Degree: Graduate or professional degree

Mentions for George K Garabedian

George Garabedian resumes & CV records

Resumes

George Garabedian Photo 19

George Garabedian

George Garabedian Photo 20

Sr. It Systems Manager, Integration And Soa At Tjx

Position:
Sr. IT Systems Manager, Integration and SOA at TJX
Location:
Greater Boston Area
Industry:
Retail
Work:
TJX since Feb 2011
Sr. IT Systems Manager, Integration and SOA Boston Scientific Feb 2009 - Feb 2011
IS Manager Fidelity Investments May 2002 - Jun 2008
Vice President, Systems Development Fidelity Investments May 1999 - May 2002
Director, Systems Development Fidelity Investments May 1997 - May 1999
Sr. Development Manager Fidelity Investments Nov 1996 - May 1997
Project Manager
Education:
Bentley College - Elkin B. McCallum Graduate School of Business 1993 - 1996
MBA, Management Information Systems Bentley University 1981 - 1985
BS, Computer Information Systems Newton North High School
Skills:
Financial Applications, Project Management, Integration, Financial Services, Management, SDLC, Business Analysis
Interests:
National MS Society, Cycling Team - Participated in MS150 cycling events to raise funds to end the devastating effects of multiple sclerosis., 1999 - Present
Honor & Awards:
2011 CIO Award - eMDR project - Boston Scientific.

Publications & IP owners

Us Patents

Nuclear Reactor

US Patent:
4909981, Mar 20, 1990
Filed:
Feb 25, 1988
Appl. No.:
7/160171
Inventors:
George Garabedian - Boston MA
Assignee:
Stone & Webster Engineering Corporation - Boston MA
International Classification:
G21C 1310
US Classification:
376293
Abstract:
A novel liquid nuclear reactor is described which comprises a reactor vessel that is connected through upper and lower liquid conduit means to one or more satellite tanks that contain a heat exchanger means and pump means.

Double Tube Helical Coil Steam Generator

US Patent:
4644906, Feb 24, 1987
Filed:
May 9, 1985
Appl. No.:
6/732369
Inventors:
George Garabedian - Boston MA
Robert A. DeLuca - Newton Centre MA
Assignee:
Stone & Webster Engineering Corp. - Boston MA
International Classification:
F22B 102
F22B 3724
US Classification:
122 32
Abstract:
A double tube helical coil steam generator is provided in which a multiplicity of inner tubes conducting water are individually surrounded by outer tubes containing liquid metal as a heat transfer agent. The double tubes form into helical coils, providing a large surface area while conserving space. Immersion of the double tube helical coil in hot liquid metal, e. g. , from the core of a nuclear reactor, causes efficient transfer of heat across the liquid metal in the outer tube to the water in the inner tube, creating superheated steam, which can be cycled to a turbine and converted to electrical power. The efficiency, reliability and safety of the multiple double tube design of the steam generator obviates the necessity of many secondary heat removal and emergency components in addition to conserving space and material.

Nuclear Reactor

US Patent:
4761261, Aug 2, 1988
Filed:
Feb 21, 1984
Appl. No.:
6/582096
Inventors:
George Garabedian - Boston MA
Assignee:
Stone & Webster Engineering Corp. - Boston MA
International Classification:
G21C 1500
US Classification:
376404
Abstract:
A novel liquid nuclear reactor is described which comprises a reactor vessel that is connected through upper and lower liquid conduit means to one or more satellite tanks that contain a heat exchanger means and pump means.

Double Tube Steam Generator

US Patent:
4753773, Jun 28, 1988
Filed:
Dec 26, 1985
Appl. No.:
6/813598
Inventors:
George Garabedian - Boston MA
Robert A. DeLuca - Newton Centre MA
Assignee:
Stone & Webster Engineering Corporation - Boston MA
International Classification:
G21C 1500
F22B 102
F22B 3724
US Classification:
376299
Abstract:
A double tube modular coil steam generator is provided in which a multiplicity of inner tubes conducting water are individually surrounded by outer tubes containing liquid metal as a heat transfer agent. The double tubes form into coils, providing a large surface area while conserving space. Immersion of the double tube coil in hot liquid metal, e. g. , from the core of a nuclear reactor, causes efficient transfer of heat across the liquid metal in the outer tube to the water in the inner tube, creating superheated steam, which can be cycled to a turbine and converted to electrical power. The efficiency, reliability and safety of the multiple double tube design of the steam generator obviates the necessity of many secondary heat removal and emergency components in addition to conserving space and material. The modular design allows ease of operation, fabrication and repair.

Support Structure For A Nuclear Reactor

US Patent:
4786462, Nov 22, 1988
Filed:
Feb 21, 1984
Appl. No.:
6/582016
Inventors:
George Garabedian - Boston MA
Robert A. DeLuca - Newton Center MA
George A. Gurnis - Cohasset MA
William C. Craig - Cambridge MA
James M. Barker - Reading MA
Assignee:
Stone & Webster Engineering Corp. - Boston MA
International Classification:
G21C 1300
US Classification:
376293
Abstract:
A novel concrete core support structure for nuclear reactors is described.

Nuclear Reactor Having Double Tube Helical Coil Heat Exchanger

US Patent:
4737337, Apr 12, 1988
Filed:
Feb 27, 1986
Appl. No.:
6/834196
Inventors:
George Garabedian - Boston MA
Robert A. DeLuca - Newton Centre MA
Assignee:
Stone & Webster Engineering Corporation - Boston MA
International Classification:
G21C 1518
US Classification:
376299
Abstract:
A nuclear reactor is provided characterized by a circulating liquid metal cooling system comprising a heat exchanger having a closed intermediate heat transfer fluid circuit in the form of a helical coil juxtaposed with the liquid metal coolant system, which effectively transfers heat through the intermediate circuit to a secondary fluid circuit. The intermediate heat transfer fluid circuit, which completely separates the liquid metal cooling system from the secondary fluid circuit, prevents potentially dangerous reactions between the primary liquid metal coolant and the secondary fluid (e. g. , water). The efficiency, reliability and safety of the heat exchanger features eliminates the need for many secondary heat removal and emergency components in the design of the nuclear reactor.

Nuclear Reactor Containing Connecting Means For Connecting A Reactor Vessel And At Least One Receiver Vessel

US Patent:
4737338, Apr 12, 1988
Filed:
May 7, 1986
Appl. No.:
6/860552
Inventors:
George Garabedian - Boston MA
Robert A. DeLuca - Newton Centre MA
Assignee:
Stone & Webster Engineering Corp. - Boston MA
International Classification:
G21C 1928
G21C 1700
US Classification:
376402
Abstract:
Disclosed is a nuclear reactor employing a liquid metal and containing a reactor vessel, and at least one satellite vessel, and a hot and a cold leg connecting means which combine to form a continuous pathway for the flow of the liquid metal between the reactor vessel and the at least one satellite vessel. Each of the hot leg and cold leg connecting means contain a bellows assembly which are readily accessible for repair or replacement without draining the reactor vessel of the liquid metal.

Passive Nuclear Power Plant Containment System

US Patent:
4986956, Jan 22, 1991
Filed:
Nov 27, 1989
Appl. No.:
7/441459
Inventors:
George Garabedian - Boston MA
Assignee:
Stone & Webster Engineering Corporation - Boston MA
International Classification:
G21C 900
US Classification:
376283
Abstract:
A closed passive nuclear reactor pressure suppression containment system segrated from the nuclear island having suppression tanks connected to the reactor compartment by one or more vent lines terminating in downcomer lines submerged into a water pool in each of said suppression tanks and a return line from each suppression tank whereby water is directed from the suppression tanks to the reactor, by gravity and without active components, to flood the reactor during a loss of coolant accident.

Possible Relatives

David C Garabedian  Daniel R Garabedian  Ed A Garabedian  James R Garabedian  Jamie Garabedian  Janice C Garabedian  George S Last  George N Johnson  George A Stamps 

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