Connie Liu

from Fremont, CA

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Connie Liu Phones & Addresses

Fremont, CA
Sunnyvale, CA
Mountain View, CA

Resumes

Senior Software Qa Engineer

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Location:

Fremont, CA

Industry:

Information Technology And Services

Work:

Fuhu, Inc
Senior Software Qa Engineer
Paypal Apr 2007 - Oct 2012
Software Qa Engineer

Education:

Lane Community College

Skills:

Test Automation
Agile Methodologies
Software Quality Assurance
Unix
Testing
Linux
Web Applications
Debugging
Windows
Jmeter Scripting For Api Testing and Performance Testing
Selenium Webdriver
Mobile Devices
Microsoft Sql Server
Junit

Senior Manager

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Location:

San Francisco, CA

Industry:

Accounting

Work:

Google Aug 2012 - Feb 2015
Google Ventures and M and A
Box Aug 2012 - Feb 2015
Senior Manager - Consolidation and International Accounting
Google Sep 2006 - Jul 2012
Intercompany Consolidation
Mercury Feb 2005 - Sep 2006
Accounting Manager
Feb 2005 - Sep 2006
Senior Manager

Education:

Pasadena City College
Nanjing University - China
Bachelors California State University - Sacramento
Masters

Skills:

Accounting
Consolidation
Mergers and Acquisitions
Financial Modeling
Forecasting
Finance
General Ledger
Financial Accounting
Revenue Recognition
Intercompany Accounting
Currency Exposure For Hedging
Gaap

Languages:

English

Certifications:

Cpa
California Board of Accountancy

Connie Liu

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Financial Accountant

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Location:

San Francisco, CA

Industry:

Internet

Work:

Ask.com
Financial Accountant

Connie Liu

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Location:

Seattle, WA

Industry:

Accounting

Work:

It Convergence
Oracle Consultant
Openwave Consulting
Accounting Manager
Presidio Trust
Business Analyst
Equinix
Senior Accountant
Hitachi
Senior Accountant

Education:

San Francisco State University
Bachelors, Bachelor of Arts Golden Gate University
Masters

Skills:

Returns
Goldengate
Writing
Variance Analysis
Booking Systems
Consulting
Reporting Requirements
Accounting Issues
Physical Inventory
Expenses
Flux Analysis
Assurenet
Accruals
Performance Metrics
Finance
Netsuite
San
Real Estate
Gl
Travel
Hfm
Management
Design
Financial Statements
Fixed Assets
Social Accountability
General Ledger
Hitachi
Security
Quarterly Reviews
Allocations
Rules
Auditing
Gap
Accounting
Human Resources
Year End
Statutory
Manuals
System
Charges
Data Systems
Healthcare
Reports
Organizational Restructuring
Blackline
Account Reconciliation
Balance Sheet
Hyperion
Microsoft Excel
Financial Goals
Training
Editing
Policy
Point of Contact
Redwood
Property Tax
Virtual
End Users
Surveying
Oracle Financials
Documentation
Research
Census
Reporting
Prepaid
Liaise
Payroll
Board of Directors
Magnitude
Analysis
Print
Property Management
P&L
Financial Systems
Cpa
Yahoo
Coordination
Month End Closing
Journal Entries
Applications
Palo Alto
Month End
Voice and Data Convergence
Schedules
Business Analysis
Advertising
Bank Reconciliation
Values
New Media
Microsoft Access
Symantec
Essbase
External Audit
Quickbooks
Switzerland
Sarbanes Oxley Act
San Jose
Upk
Financial Close Process
Month End Close
Brokers
Presentations
Fsg
Responsibility
Internal Audit
Hris
Smartview
Oracle Financials R12
International
Cisco Technologies
Executive Management
Trust
Bank Statements
Tax
Stock Option
Government
Guidelines
Materials
Oracle
Compliance
Satellite
San Francisco
Validation Rules
Microsoft Word
Test Scripts
Stocks
Proposal Writing
Cash
Budgets
Financial Transactions
Quarterly Reporting
Financial Reporting
Business Communications
Trading
Databases

Connie Liu

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Connie Liu

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Connie Liu

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Lawyers & Attorneys

Connie Liu - Lawyer

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Specialties:

Administrative Law

ISLN:

924215870

Admitted:

2006

University:

William S. Richardson

Medicine Doctors

Connie X. Liu

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Specialties:

Family Medicine

Work:

Amicus Medical GroupAmicus Medical Center LLC
1979 W Hillsboro Blvd STE 1, Deerfield Beach, FL 33442
9544284800 (phone), 9544284909 (fax)

Education:

Medical School
Guangzhou Med Coll, Guangzhou City, Guangdong, China
Graduated: 1983

Procedures:

Vaccine Administration

Conditions:

Acne
Acute Bronchitis
Acute Sinusitis
Disorders of Lipoid Metabolism
Acute Pharyngitis

Languages:

Chinese
English
Spanish

Description:

Dr. Liu graduated from the Guangzhou Med Coll, Guangzhou City, Guangdong, China in 1983. She works in Deerfield Beach, FL and specializes in Family Medicine. Dr. Liu is affiliated with Boca Raton Regional Hospital and Broward Health North.

Name / Title

Company / Classification

Phones & Addresses

Connie Liu

Bhg Mason-McDuffie Re

5724 W Las Positas Blvd, Pleasanton, CA 94588
9259244600

Connie Liu
President

Silicon Valley Women Association
Membership Organization · Nonclassifiable Establishments

4420 Norocco Cir, Fremont, CA 94555
2262 Silver Ter Way, San Jose, CA 95138
616 Teal St, San Mateo, CA 94404

Connie Liu
Chief Executive Officer

Gie Pos Co Inc
Whol Commercial Equipment

1122 S Delaware St, San Mateo, CA 94402
6502121688

Us Patents

Patterned Magnetic Media Via Thermally Induced Phase Transition
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US Patent:

6387530, May 14, 2002
Filed:

Jun 14, 2000
Appl. No.:

09/593243
Inventors:

Connie Chunling Liu - San Jose CA
Li-Ping Wang - Fremont CA
Linda Lijun Zhong - Fremont CA
Jeffery Lee Petrehn - Fremont CA
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

B32B 1500
US Classification:

428559, 428637, 428668, 428611, 428332, 428546, 428649 B, 428694 BA, 428694 T, 428156, 428409
Abstract:

High areal storage density, patterned magnetic media comprising a patterned plurality of at least partially crystalline, ferromagnetic particles or grains are provided by means of a simple, economical process wherein a non-magnetic substrate is provided with a layer of an amorphous, paramagnetic or anti-paramagnetic material comprising at least one component, e. g. , a metal element, which is ferromagnetic when in at least partially crystalline form, and at least partially crystallizing the at least one component at selected areas of the amorphous layer to form a spaced-apart pattern of at least partially crystallized, ferromagnetic particles or grains of the at least one component, the particles or grains being spaced apart and surrounded by a matrix of the amorphous material. Embodiments include utilizing a focussed or scanned laser source and an amorphous NiâP layer for forming ferromagnetic Ni particles or grains.

Electroless Nickel-Phosphorous Coatings With High Thermal Stability
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US Patent:

6410104, Jun 25, 2002
Filed:

Jan 24, 2000
Appl. No.:

09/489935
Inventors:

Linda L. Zhong - Fremont CA
Connie C. Liu - San Jose CA
Jeff D. St. John - Los Gatos CA
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

B05D 512
US Classification:

427554, 427130, 427131, 427132, 427343, 427405, 4274191, 427438
Abstract:

Electrolessly plated NiâP amorphous coatings having an increased magnetic transformation temperature and ultra smooth surface are achieved employing a plating bath containing Al and/or Cu ions. Embodiments include electrolessly depositing an amorphous NiâP coating exhibiting a magnetic transformation temperature of at least 330Â C. proximate a laser textured protrusion.

Control Of Magnetic Film Grain Structure By Modifying Ni-P Plating Of The Substrate
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US Patent:

6524724, Feb 25, 2003
Filed:

Feb 9, 2001
Appl. No.:

09/779484
Inventors:

Yuanda Randy Cheng - San Jose CA
Connie Chunling Liu - San Jose CA
Chung Shih - Cupertino CA
Linda Lijun Zhong - Fremont CA
Jeff Duane St. John - Los Gatos CA
Jeffery Lee Petrehn - Fremont CA
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

G11B 566
US Classification:

428611, 428336, 428667, 428694 TS, 428900, 427128, 427129, 427131
Abstract:

High areal density magnetic recording media exhibiting low noise are formed with a NiâPâX plating layer, in which X is an additive meeting the following requirement: (1) The additive has a higher oxidation potential than that of Ni so that grains of an additive-rich-oxide will form first during oxidation under a controlled atmosphere and grains of a Ni-rich-oxide, if any, will form subsequently and separately from the grains of the additive-rich oxide. (2) The additive has a tendency to segregate to the top surface. (3) The additive is not a catalyst poison for NiâP plating in the composition range.

Pretreatment For Reducing Surface Treatments Defects
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US Patent:

6629878, Oct 7, 2003
Filed:

Nov 8, 1999
Appl. No.:

09/435812
Inventors:

Linda L. Zhong - Fremont CA
Connie C. Liu - San Jose CA
Roger Rostron Wills - Corona CA
Jeff A. Railton - Placentia CA
Shawn A. Mawla - San Jose CA
Jeff D. St. John - Los Gatos CA
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

B24B 700
US Classification:

451 54, 451 28
Abstract:

Surface processing of metal, such as CMP, is enhanced and defects reduced by pretreatment to remove a surface layer exhibiting properties different from the bulk metal, such as a baked on oxide layer. Embodiments of the present invention include acid soaking a non-magnetic substrate having an Al, Ni or NiâP surface with a baked oxide film thereon, thereby removing the oxide film and rendering the reduced surface amenable to CMP with reduced defects, reduced surface roughness and increased production throughput.

Nodule-Free Electroless Nip Plating
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US Patent:

6685990, Feb 3, 2004
Filed:

Feb 22, 2000
Appl. No.:

09/510533
Inventors:

Linda Lijun Zhong - Fremont CA
Connie Chunling Liu - San Jose CA
Shawn A. Mawla - San Jose CA
Jeff Duane St. John - Los Gatos CA
Jeffrey Lee Petrehn - Fremont CA
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

B05D 118
US Classification:

427438, 427129, 427131, 427132, 427405, 4274431
Abstract:

Abnormal nodule formation during electroless plating, e. g. , of amorphous NiP âseedâ layers utilized in the manufacture of magnetic recording media, is eliminated or substantially reduced by performing the electroless plating process in an apparatus employing polymeric or polymer-based materials which are substantially resistant to degradation upon prolonged contact with the electroless plating bath at an elevated temperature, i. e. , release of soluble, low molecular weight, carbon-containing species which are incorporated in the electroless plating deposit and act as nucleation centers for abnormal growth leading to nodule formation. Suitable degradation-resistant polymeric materials for use as fittings, piping, racks, tanks, etc. of the electroless plating apparatus include fluorine-containing hydrocarbons and fluorocarbons.

Using Plated Surface For Recording Media Without Polishing
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US Patent:

6689413, Feb 10, 2004
Filed:

Jun 29, 2001
Appl. No.:

09/895053
Inventors:

Connie C. Liu - San Jose CA
Linda L. Zhong - Fremont CA
Ian J. Beresford - Anaheim CA
Lin Huang - San Jose CA
Joseph Leigh - Campbell CA
David E. Brown - San Jose CA
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

B05D 512
US Classification:

427131, 427402, 20419215, 205186, 205198, 205255, 205258, 205271, 205318
Abstract:

Ultra smooth as-deposited composite nickel coatings for use in an information storage system are provided. The composite nickel coatings include an electrolessly deposited nickel layer formed on a sputter deposited nickel layer. The composite nickel coatings have an as-deposited surface roughness of less than about 10. Embodiments include formation of the composite nickel coating on a disk, followed by deposition of an underlayer and magnetic layer thereon to form a magnetic recording medium.

Patterned Magnetic Media Via Thermally Induced Phase Transition
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US Patent:

6749904, Jun 15, 2004
Filed:

May 6, 2002
Appl. No.:

10/138265
Inventors:

Connie Chunling Liu - San Jose CA
Li-Ping Wang - Fremont CA
Linda Lijun Zhong - Fremont CA
Jeffery Lee Petrehn - Fremont CA
Assignee:

Seagate Technology LLC - Scotts Valley CA
International Classification:

B05D 300
US Classification:

427552, 427282, 427283, 427287, 4273722, 4275161, 4273763, 4273766, 4273833, 4273835, 427555, 427557, 427595, 427596, 427597, 427599
Abstract:

High areal storage density, patterned magnetic media comprising a patterned plurality of at least partially crystalline, ferromagnetic particles or grains are provided by means of a simple, economical process wherein a non-magnetic substrate is provided with a layer of an amorphous, paramagnetic or anti-paramagnetic material comprising at least one component, e. g. , a metal element, which is ferromagnetic when in at least partially crystalline form, and at least partially crystallizing the at least one component at selected areas of the amorphous layer to form a spaced-apart pattern of at least partially crystallized, ferromagnetic particles or grains of the at least one component, the particles or grains being spaced apart and surrounded by a matrix of the amorphous material. Embodiments include utilizing a focussed or scanned laser source and an amorphous NiâP layer for forming ferromagnetic Ni particles or grains.

Ultra-Thin Polarization Mode Converters Based On Liquid Crystal Materials
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US Patent:

6928200, Aug 9, 2005
Filed:

Oct 7, 2002
Appl. No.:

10/265873
Inventors:

Nagesh K. Vodrahalli - Cupertino CA, US
Achintya K. Bhowmik - San Jose CA, US
Connie C. Liu - San Jose CA, US
Takaharu Fujiyama - Los Gatos CA, US
Kenji Takahashi - San Jose CA, US
Biswajit Sur - San Jose CA, US
Assignee:

Intel Corporation - Santa Clara CA
International Classification:

G02B006/00
US Classification:

385 11, 349194
Abstract:

A method and apparatus that includes a first waveguide segment that differentially changes the amplitude of the light relative to a first polarization orientation, a thickness of oriented liquid crystal or other birefringent material sufficient to delay one polarization component one-half wavelength relative to another, and a second waveguide segment that also differentially changes the amplitude of the light based on the polarization orientation. Also, an apparatus that includes a thin polarization converter that includes a thin first substrate that is substantially transparent to a wavelength of light, and a birefringent material deposited on one or more surfaces of the first substrate and oriented such that the polarization converter forms a half-wavelength birefringent plate for the light. Also, an apparatus having a first substrate surface, a second substrate surface, and a liquid crystal material between the first and second substrate surfaces to form a polarization converter.