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Eddie M Leung

from San Diego, CA
Age ~70

Eddie Leung Phones & Addresses

  • 8828 Greenberg Ln, San Diego, CA 92129 (858) 484-9355 (858) 484-9388
  • San Marcos, CA
  • 8828 Greenberg Ln, San Diego, CA 92129 (858) 484-9388

Work

Position: Professional/Technical

Education

Degree: Graduate or professional degree

Resumes

Resumes

Eddie Leung Photo 1

Partner & Technology Management At Google

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Position:
Partner Technology Mgr, Partner Solutions, Shopping & HPA at Google
Location:
Mountain View, California
Industry:
Internet
Work:
Google - Mountain View, CA since Feb 2013
Partner Technology Mgr, Partner Solutions, Shopping & HPA

YouTube May 2010 - Feb 2013
Partner and Technology Mgr, Partner Product Solutions, YouTube

Yahoo! Jun 2008 - Sep 2008
Product Manager

Motion Pictures Association of America & UCLA - Los Angelese, CA Oct 2007 - Jun 2008
MBA Consultant

Cisco Systems, CA Broad Band Task Force Jun 2007 - Sep 2007
Business Development
Education:
University of California, Los Angeles - The Anderson School of Management 2006 - 2009
MBA/MS in Computer Sciene, Technology Managment, Management & Computer Science
Hitotsubashi University 2007 - 2007
MBA, Business
University of California, Berkeley 1997 - 2001
BS, Electrical Engineering & Computer Science
Skills:
Competitive Analysis
Cross-functional Team Leadership
Product Management
Strategy
Eddie Leung Photo 2

Director, Emerging Technologies At L-3 Communications

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Position:
Director, Emerging Technologies at L-3 Communications
Location:
Greater San Diego Area
Industry:
Defense & Space
Work:
L-3 Communications
Director, Emerging Technologies
Eddie Leung Photo 3

Eddie Leung

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Location:
United States

Business Records

Name / Title
Company / Classification
Phones & Addresses
Eddie Leung
Director
Mirada Kitchen & Interiors Ltd
Kitchen Cabinets & Equipment. Cabinets. Cabinet Maker
133 14488 Knox Way, Richmond, BC V6V 2Z5
(604) 271-1680, (604) 271-1685
Eddie Leung
President
MAGTEC ENGINEERING, INC
Engineering Services
PO Box 722064, San Diego, CA 92172
Eddie Leung
Director
Mirada Kitchen & Interiors Ltd
Kitchen Cabinets & Equipment · Cabinets · Cabinet Maker
(604) 271-1680, (604) 271-1685

Publications

Us Patents

High Temperature Conductor Probes For Determining Liquid Level Of Cryogens

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US Patent:
55939490, Jan 14, 1997
Filed:
May 31, 1994
Appl. No.:
8/251211
Inventors:
Eddie M. Leung - San Diego CA
Kenneth R. Dawson - Alpine CA
Assignee:
Lockheed Martin Corporation - Bethesda MD
International Classification:
G01F 2324
H01L 3904
US Classification:
505160
Abstract:
Method and arrangement for detecting the level of a liquid cryogen having a predetermined boiling point and which is being held in a container relative to the bottom of the container. The arrangement includes a container which receives the liquid cryogen and a longitudinal extending sensing member having a length extending from the bottom of the container to a level that is greater than any depth experienced for the liquid cryogen. The sensing member is vertically disposed in the container with one end in contact with the bottom of the container and the other end extending out of the liquid cryogen. The sensing member is composed of a high temperature superconductor material having a critical temperature that is higher than the predetermined boiling point of a selected cryogen. An electrical current is passed through the sensing member and the voltage drop across the sensing member is measured. The voltage drop is representative of the portion of the sensing member extending above the level of the liquid cryogen and thereby is indicative of the level of the liquid cryogen presently contained within the container.

High Efficiency Reflective Optical System

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US Patent:
54231850, Jun 13, 1995
Filed:
Jul 6, 1993
Appl. No.:
8/087829
Inventors:
Eddie M. Leung - San Diego CA
David D. Madura - La Jolla CA
Assignee:
General Dynamics Corporation - San Diego CA
International Classification:
F25B 1900
US Classification:
62 511
Abstract:
Highly efficient reflective optical system that perfectly reflects incident electromagnetic radiation of a certain spectra and almost perfectly reflects radiation of another spectra. Incident electromagnetic radiation having a wavelength above a critical wavelength is relatively perfectly reflected. The critical wavelength is determined by the critical temperature of a high temperature superconductor material incorporated in the optical system. A preferred embodiment includes a cryogenically cooled substrate to which is applied a coating of a noble metal such as silver. A layer of a high temperature superconductor material is applied over the coating of noble metal. Since the critical wavelength of the incident radiation is inversely proportional to the critical temperature of the superconducting material, the use of high temperature superconductor material in the optical system provides a critical wavelength whereby certain spectra of an incident radiation is perfectly reflected. Since the effective emissivity of the optical system is very low for the same reason, the radiation heat transfer to cold objects (colder than the critical temperature of the superconductor) can be substantially decreased. Applications for such highly reflective optical systems provide for reducing radiation heat transfer for the tanks containing cryogens in space vehicles, for internal radiation shields for cryogenic dewars, as radiation insulation for lunar or orbiting space stations, to produce a thermal radiation shield for superconducting magnet systems, and as components in special purpose optical systems.

Phase Change Cooling For An Electromagnetic Launch

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US Patent:
52179486, Jun 8, 1993
Filed:
Oct 18, 1991
Appl. No.:
7/779544
Inventors:
Eddie M. Leung - San Diego CA
Scott D. Peck - San Diego CA
Assignee:
General Dynamics Corporation, Space Systems Division - San Diego CA
International Classification:
F41B 600
US Classification:
505 1
Abstract:
The device employs Hybrid Pulsed Transformer principles employing a projectile with an internal pay load. The projectile carries a light weight shorted secondary coil or coils constructed of aluminum and the projectile acts as a moving secondary through a plurality of aligned spaced apart transformer primary coils. The moving secondary coil includes a plurality of surrounding channels containing a liquid, such as water, for cooling. The cooling ability of certain liquids, as for example water, associated with change of state between liquid and gas is employed to cool the coil or coils.

Method For Forming Internally Helixed High Temperature Superconductor Assembly

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US Patent:
52486575, Sep 28, 1993
Filed:
May 13, 1991
Appl. No.:
7/699035
Inventors:
Richard E. Bailey - San Diego CA
Foster M. Kimball - San Diego CA
Eddie M. Leung - San Diego CA
Robert D. McConnell - Denver CO
Assignee:
General Dynamics Corporation, Space Systems Division - San Diego CA
International Classification:
H01L 3924
B05D 512
US Classification:
505 1
Abstract:
A superconducting conductor assembly using high temperature materials. A double-walled tubular structure has at least one helical strip of superconductive material on the inner wall of the inside tube. Brittle, non-ductile superconducting materials may be used. A coolant, typically liquid nitrogen, is circulated between the tubes to maintain the superconductor below the critical temperature of the superconductor. A buffer layer is preferably included between tube wall and superconductor. A plurality of alternating layers of buffer and superconductor may be used.
Eddie M Leung from San Diego, CA, age ~70 Get Report