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Scott M Defenbaugh

from San Diego, CA
Age ~66
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Also known as:
Scott Michael Defenbaugh, Scott M Defenbough, Scott H
Related to:
Emily J Defenbaugh, 38Elysa M Hartle, 44Dawn E Meyer, 65
Connected to:
Ellen Defenbaugh, 45Jay Defenbaugh, 65Rick Defend, 69Jessica R Defenderfer, 38Alyssa Defendi, 35Claudia D Defendi, 61Latasha Defendini, 41Shane N Defendi, 45Robert J Defendorf, 53Mark Defensor, 29

Scott Defenbaugh Phones & Addresses

  • San Diego, CA
  • El Cajon, CA
  • Lakeside, CA
  • Temecula, CA
  • 12905 Mapleview St APT 127, Lakeside, CA 92040

Work

Company: Instrumentation laboratory Aug 2017 Position: Sqe

Skills

Testing • V&V • Quality Assurance • Fda • Software Quality Assurance • Medical Devices • Iso 13485 • Quality System • Software Documentation • Validation • Iso 14971 • Design Control • Capa • R&D • Test Planning • Computer System Validation • 21 Cfr • Requirements Analysis • System Testing • Change Control • Agile Methodologies • Test Automation • 21 Cfr Part 11 • Gmp • Test Cases • Sdlc • Process Simulation • Regression Testing • Six Sigma • Black Box Testing • Gxp • Test Management • Quality Control • Design of Experiments • Integration • Visio • Quality Center • Quality Auditing • Sop • Regulatory Requirements • Cmmi • Jira • User Acceptance Testing • Software Engineering • Automation • Quality Management • Manual Testing • Ce Marking • Biomedical Engineering • Quality Systems

Emails

s***[email protected]

Industries

Hospital & Health Care

Resumes

Resumes

Scott Defenbaugh Photo 1

Scott Defenbaugh

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Location:
749 south Lincoln Ave, El Cajon, CA 92020
Industry:
Hospital & Health Care
Work:
Instrumentation Laboratory
Sqe
Quidel Nov 2016 - Jan 2017
Software Qa Engineer
Hospira Mar 2002 - Feb 2011
Qa Software Verification Engineer
Abbott 1996 - 2001
R and D Technician
Skills:
Testing
V&V
Quality Assurance
Fda
Software Quality Assurance
Medical Devices
Iso 13485
Quality System
Software Documentation
Validation
Iso 14971
Design Control
Capa
R&D
Test Planning
Computer System Validation
21 Cfr
Requirements Analysis
System Testing
Change Control
Agile Methodologies
Test Automation
21 Cfr Part 11
Gmp
Test Cases
Sdlc
Process Simulation
Regression Testing
Six Sigma
Black Box Testing
Gxp
Test Management
Quality Control
Design of Experiments
Integration
Visio
Quality Center
Quality Auditing
Sop
Regulatory Requirements
Cmmi
Jira
User Acceptance Testing
Software Engineering
Automation
Quality Management
Manual Testing
Ce Marking
Biomedical Engineering
Quality Systems

Publications

Us Patents

Disposable Infusion Cassette With Low Air Bubble Retention And Improved Valves

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US Patent:
20020159900, Oct 31, 2002
Filed:
Apr 25, 2001
Appl. No.:
09/842529
Inventors:
Mike Lawless - Poway CA, US
Alex Soberon - San Diego CA, US
Scott Defenbaugh - Temecula CA, US
John Gjata - Encinitas CA, US
David Johnston - Vernon Hills IL, US
Robert Brose - Beach Park IL, US
International Classification:
F04B043/08
US Classification:
417/478000, 417/479000
Abstract:
A disposable cassette for use with a medical infusion pump. An elastomeric membrane is captured between a facing member and a base of the cassette and is displaced into a pumping chamber. The elastomeric membrane includes a generally T-shaped lip, and corresponding grooves are provided on the facing member and base. As the cassette is assembled, an interference fit between the lip and the grooves causes the membrane to stretch taut and to be securely anchored, eliminating a break-in period when the cassette is initially used. “Lobes” of increased thickness provided on the undersurface of a portion of the elastomeric membrane overlying the pumping chamber reduce the residual volume of the pumping chamber, thereby reducing the volume of air retained within the chamber and increasing the accuracy of the cassette. The lobes also sweep air bubbles from the sides of the pumping chamber during operation, further reducing air bubbles retained in the pumping chamber. A distal tube support retains a distal fluid line between air or pressure sensors included on a pump drive mechanism, thus reducing the likelihood of sensing errors. Inlet and outlet valve flaps and corresponding seating surfaces included in the base are configured to provide quieter operation, further reduce the residual volume of the pumping chamber, increase fluid velocity through the outlet valve to sweep air bubbles from the pumping chamber, and protect against a “blown” inlet valve.
Control profile
Scott M Defenbaugh from San Diego, CA, age ~66 Get Report