THOMAS DUDLEY LEWIS
Pilots at Langston Rd, Seattle, WA
License number
Washington A1121437
Issued Date
Aug 2015
Expiration Date
Aug 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
7239 S Langston Rd, Seattle, WA 98178
Professional information
Employee Development Specialist At Boeing
Position:
Employee Development Specialist at Boeing, Entrepreneur at Thomas Lewis Consulting
Location:
Greater Seattle Area
Industry:
Education Management
Work:
Boeing
since Jul 2011
-
Employee Development Specialist
Thomas Lewis Consulting
since Aug 2008
-
Entrepreneur
Skills:
Analysis, Account Management, Technical Writing, Process Improvement, Change Management, Training & Development, Project Management, Instructional Design, Instructor-led Training, Leadership, Employee Training, Business Development, Needs Analysis, Vendor Management, E-Learning, Training, Management, Customer Service
Thomas Lewis - Seattle, WA
Work:
The Boeing Company
Employee Development Specialist (Contract and full-time employee) The Effectiveness Institute - Redmond, WA
Training Consultant Thomas Lewis Contracting - Seattle, WA
Builder and Energy Efficiency Specialist Thomas Lewis Contracting - Seattle, WA
Instructional Designer and Technical Writer Thomas Lewis Contracting - Seattle, WA
Learning Consultant Pacific Gas and Electric - San Francisco, CA
Microsoft, Service Lines Readiness Project Manager, Redmond, WA Cingular (ATT Wireless) - Redmond, WA
Sr. ID, Coach (Contract) Intrepid Learning Solutions - Seattle, WA
Instructional Design Lead and Project Manager Solucient, LLC - Bellevue, WA
Instructional Designer and Trainer Premera Blue Cross - Mountlake Terrace, WA
Sr. Instructional Designer and Trainer (Consultant) Adobe Systems - Seattle, WA
Sr. Instructional Designer (Contract) XSides - Seattle, WA
Instructional Designer and Trainer BuildNet - Redmond, WA
Training Manager, Instructional Designer, and Trainer The Mountaineers - Seattle, WA The Mountaineers - Seattle, WA
Adult Educator Bellevue Schools - Carnation, WA
K-8 Teacher AJ Contracting - New York, NY
Superintendent on commercial projects ranging
Employee Development Specialist (Contract and full-time employee) The Effectiveness Institute - Redmond, WA
Training Consultant Thomas Lewis Contracting - Seattle, WA
Builder and Energy Efficiency Specialist Thomas Lewis Contracting - Seattle, WA
Instructional Designer and Technical Writer Thomas Lewis Contracting - Seattle, WA
Learning Consultant Pacific Gas and Electric - San Francisco, CA
Microsoft, Service Lines Readiness Project Manager, Redmond, WA Cingular (ATT Wireless) - Redmond, WA
Sr. ID, Coach (Contract) Intrepid Learning Solutions - Seattle, WA
Instructional Design Lead and Project Manager Solucient, LLC - Bellevue, WA
Instructional Designer and Trainer Premera Blue Cross - Mountlake Terrace, WA
Sr. Instructional Designer and Trainer (Consultant) Adobe Systems - Seattle, WA
Sr. Instructional Designer (Contract) XSides - Seattle, WA
Instructional Designer and Trainer BuildNet - Redmond, WA
Training Manager, Instructional Designer, and Trainer The Mountaineers - Seattle, WA The Mountaineers - Seattle, WA
Adult Educator Bellevue Schools - Carnation, WA
K-8 Teacher AJ Contracting - New York, NY
Superintendent on commercial projects ranging
Education:
University of Washington - Seattle, WA
Masters in Communication Endorsement Thomas Edison State College - Trenton, NJ
BA in Humanities
Masters in Communication Endorsement Thomas Edison State College - Trenton, NJ
BA in Humanities
Method Of Applying Acoustic Energy Effective To Alter Transport Or Cell Viability
US Patent:
7972286, Jul 5, 2011
Filed:
Nov 2, 2006
Appl. No.:
11/556074
Inventors:
Mark R. Prausnitz - Atlanta GA, US
Jin Liu - Atlanta GA, US
Thomas N. Lewis - Seattle WA, US
Jin Liu - Atlanta GA, US
Thomas N. Lewis - Seattle WA, US
Assignee:
Georgia Tech Research Corporation - Atlanta GA
International Classification:
A61N 7/00
US Classification:
601 2, 604 22, 604290, 600309, 600439
Abstract:
A method for reversibly, or irreversibly, altering the permeability of cells, tissues or other biological barriers, to molecules to be transported into or through these materials, through the application of acoustic energy, is provided. The acoustic energy is applied indirectly to the cells or tissue whose permeability is to be altered, at a frequency and intensity appropriate to alter the permeability to achieve the desired effect, such as the transport of endogenous or exogenous molecules and/or fluid, for drug delivery, measurement of analyte, removal of fluid, alteration of cell or tissue viability or alteration of structure of materials. In the preferred embodiment, the method includes applying the ultrasound in combination with devices for monitoring and/or implementing feedback controls.
Method Of Applying Acoustic Energy Effective To Alter Transport Or Cell Viability
US Patent:
7273458, Sep 25, 2007
Filed:
Jan 12, 1999
Appl. No.:
09/229226
Inventors:
Mark R. Prausnitz - Decatur GA, US
Jin Liu - Atlanta GA, US
Thomas N. Lewis - Seattle WA, US
Jin Liu - Atlanta GA, US
Thomas N. Lewis - Seattle WA, US
Assignee:
Georgia Tech Research Corporation - Atlanta GA
International Classification:
A61N 7/00
US Classification:
601 2, 604 22, 604 28, 604501
Abstract:
A method for reversibly, or irreversibly, altering the permeability of cells, tissues or other biological barriers, to molecules to be transported into or through these materials, through the application of acoustic energy, is enhanced by applying the ultrasound in combination with devices for monitoring and/or implementing feedback controls. The acoustic energy is applied directly or indirectly to the cells or tissue whose permeability is to be altered, at a frequency and intensity appropriate to alter the permeability to achieve the desired effect, such as the transport of endogenous or exogenous molecules and/or fluid, for drug delivery, measurement of analyte, removal of fluid, alteration of cell or tissue viability or alteration of structure of materials such as kidney or gall bladder stones. In the preferred embodiment, the method includes measuring the strength of the acoustic field applied to the cell or tissue at the applied frequency or other frequencies, and using the acoustic measurement to modify continued or subsequent application of acoustic energy to the cell or tissue. In another preferred embodiment, the method further includes simultaneously, previously, or subsequently exposing the cell or tissue to the chemical or biological agent to be transported into or across the cell or tissue.