Devon T Sowell
age ~72
from Carlsbad, CA
- Also known as:
-
- Devon F Sowell
- Devon S Sowell
- Devon Taylor
- Rosemarie F Sowell
- Phone and address:
-
3613 Oxford St, Carlsbad, CA 92010
7604340917
Devon Sowell Phones & Addresses
- 3613 Oxford St, Carlsbad, CA 92010 • 7604340917
- Medford, OR
- Huntington Beach, CA
- Simi Valley, CA
Resumes
Devon Sowell
view sourcePosition:
Owner at 3-D Design Solutions, Owner, Tutor, Consultant, Trainer at San Diego SolidWorks Tutoring, Designer/Draftsman/Inspection/Documentation at Nexus Dx, Owner at PDM Solution.com, Owner, Designer, Consultant, PDM Provider at PDMSolution.com, Owner, Designer, Consultant, PDM Provider at PDMSolution.com
Location:
Greater San Diego Area
Industry:
Design
Work:
3-D Design Solutions
Owner
San Diego SolidWorks Tutoring since May 2010
Owner, Tutor, Consultant, Trainer
Nexus Dx since Mar 2010
Designer/Draftsman/Inspection/Documentation
PDM Solution.com since Feb 2009
Owner
PDMSolution.com since Jan 2008
Owner, Designer, Consultant, PDM Provider
Owner
San Diego SolidWorks Tutoring since May 2010
Owner, Tutor, Consultant, Trainer
Nexus Dx since Mar 2010
Designer/Draftsman/Inspection/Documentation
PDM Solution.com since Feb 2009
Owner
PDMSolution.com since Jan 2008
Owner, Designer, Consultant, PDM Provider
Education:
Mira Costa Community College 1997 - 2000
Skills:
Machined Parts
Plastic Parts
Sheet Metal Parts
Data Management
Consulting
Training
Document Packages
Plastic Parts
Sheet Metal Parts
Data Management
Consulting
Training
Document Packages
Honor & Awards:
Certified SolidWorks Professional, Certified PDMWorks Enterprise Support Technician
Adjunct Professor, Engineering Technology
view sourceLocation:
4100 Hamline Ave north, Saint Paul, MN 55112
Industry:
Mechanical Or Industrial Engineering
Work:
Enaqua
Designer and Draftsman
Palomar College
Adjunct Professor, Engineering Technology, Solidworks, Intro and Advanced
Carlsbadcad
Owner and Cad Designer
Adjunct Professor, Engineering Technology
Designer and Draftsman
Palomar College
Adjunct Professor, Engineering Technology, Solidworks, Intro and Advanced
Carlsbadcad
Owner and Cad Designer
Adjunct Professor, Engineering Technology
Education:
Miracosta College 1997 - 1999
Skills:
Design
Cad/Cam
3D Rendering
Simulations
Engineering Drawings
Teaching
Ideas Development
Cad/Cam
3D Rendering
Simulations
Engineering Drawings
Teaching
Ideas Development
Certifications:
Cswp Certified Solidworks Professional Cepdm Certified Enterprise Pdm Support Technician Cpdmp Certified Enterprise Pdm Professional Certified Solidworks Partner 2008-2011 Presenter Solidworks World 08-11 Fusion 360 Consultant Fusion 360 Affiliate
Devon Sowell
view sourceUs Patents
-
Method Of Manufacturing A Heat Transfer Element For In Vivo Cooling Without Undercuts
view source -
US Patent:8172889, May 8, 2012
-
Filed:Oct 15, 2007
-
Appl. No.:11/974651
-
Inventors:Steven Yon - San Diego CA, US
Devon Sowell - Carlsbad CA, US -
Assignee:Innercoll Therapies, Inc. - San Diego CA
-
International Classification:A61F 7/12
-
US Classification:607105, 607104, 607106
-
Abstract:An intravascular heat transfer device is provided with a mixing-inducing surface formed by an easily manufacturable process. The device can have a plurality of elongated, articulated segments, each having a mixing-inducing exterior surface. A flexible joint connects adjacent elongated, articulated segments. The device may be conveniently formed, e. g. , by vapor deposition or molding, and further lacks undercuts so that the same may be conveniently removed from, e. g. , a two-part mold.
-
Method Of Manufacturing A Heat Transfer Element For In Vivo Cooling Without Undercuts
view source -
US Patent:20040210285, Oct 21, 2004
-
Filed:Feb 24, 2004
-
Appl. No.:10/785389
-
Inventors:Steven Yon - San Diego CA, US
Devon Sowell - Carlsbad CA, US -
International Classification:A61F007/00
A61F007/12 -
US Classification:607/105000, 607/113000
-
Abstract:An intravascular heat transfer device is provided with a mixing-inducing surface formed by an easily manufacturable process. The device can have a plurality of elongated, articulated segments, each having a mixing-inducing exterior surface. A flexible joint connects adjacent elongated, articulated segments. The device may be conveniently formed, e.g., by vapor deposition or molding, and further lacks undercuts so that the same may be conveniently removed from, e.g., a two-part mold.
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