ZAW N WIN
Pilots at Ln Rochelle Way, San Jose, CA

License number
California A5234689
Issued Date
Mar 2017
Expiration Date
Mar 2019
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
3230 Ln Rochelle Way, San Jose, CA 95135

Professional information

Zaw Win Photo 1

Zaw Win - San Jose, CA

Work:
Abbott Vascular
Sr. Manufacturing Engineer (Contractor)
Medtronic Minimed - Northridge, CA
Contractor - Product Support Engineering
Bioconnect Systems - Ambler, PA
Sr. Product Development Engineer
Bioconnect Systems - Ambler, PA
Product Development Engineer
Neuronetics - Malvern, PA
Industrial Engineer
Animas Corporation - West Chester, PA
Mechanical Engineering (R&D) Contractor
Boston Scientific Neurovascular - Fremont, CA
R&D Intern
Education:
San Jose State University
B.S in Mechanical Engineering
Yangon Technological University
B.E in Aeronautical Engineering
Skills:
SolidWorks, COSMOS , Pro/Engineer, Pro/Mechanica, Microsoft Office and AutoCAD ,Preclinical/ clinical study,Regulations for medical device industry (FDA/ISO), 510K Submissions, Injection molding, vacuum forming,Engineering drawings ,rapid prototyping, Experienced in machine shop: Lathe, Mill, Drill press, Metal cutting etc.


Zaw Win Photo 2

Implantable Flow Connector

US Patent:
2013011, May 2, 2013
Filed:
Dec 16, 2012
Appl. No.:
13/716179
Inventors:
Adam Dakin - Fort Washington PA, US
Michael Dugery - Doylestown PA, US
Todd Polk - Doylestown PA, US
Richard Briganti - Philadelphia PA, US
Michael Paris - Lansdale PA, US
Nicholas Gately - Lambertville NJ, US
Zaw Win - San Jose CA, US
Assignee:
Bioconnect Systems, Inc. - Ambler PA
International Classification:
A61M 27/00
US Classification:
604 8
Abstract:
An implantable flow connector for fluidically coupling a source tissue-enclosed body space with a destination element, comprising: a conduit having a lumen terminating at an orifice at a first end of the conduit implantable in the source body space through an opening formed in a tissue wall of the source body space, and a second end of the conduit implantable in the destination element through an opening in a surface of the destination element; and a circumferential flange, radially extending from the conduit proximate the conduit first end, configured to be implanted in the source body space adjacent an opening in the tissue wall of the source body space such that the conduit extends through the opening, the flange comprising one or more circumferentially adjacent sections at least one of which has a rigidity that decreases in a radially-increasing direction.