THOMAS KENNETH THOMPSON
Pilots at Mandarin Dr, Melbourne, FL

License number

Florida A1905181

Issued Date

Aug 2016

Expiration Date

Aug 2018

Personal information

See more information about THOMAS KENNETH THOMPSON at radaris.com

Name

Address

Phone

Thomas Thompson

516 Old Forest Way Rd, Panama City, FL 32404

Thomas Thompson

518 Palm Ave, P C Beach, FL 32413

Thomas Thompson

5400 NW 39Th Ave APT J72, Gainesville, FL 32606

Thomas Thompson

5430 SW 115Th Ave, Cooper City, FL 33330

Thomas Thompson

531 Century Dr, Marco Island, FL 34145

Professional information

See more information about THOMAS KENNETH THOMPSON at trustoria.com

Pilot At Delta Air Lines

Position:

pilot at Delta Air Lines

Location:

Melbourne, Florida Area

Industry:

Airlines/Aviation

Work:

Delta Air Lines - pilot Carson Geoscience 1985 - 1986 - Project Manager Siller Aviation 1978 - 1982 - chief of commercial sales and marketing Aquia Realty 1974 - 1975 - Realtor Associate

Education:

Florida Institute of Technology 2005 - 2008
MBA, Business

Thomas Thompson - Rockledge, FL

Work:

Georgia Baptist Children's Home and Family Ministries - Baxley, GA
Group Leader Don Swann Distributors - Savannah, GA
Assistant Warehouse Manager United States Army - Fort Stewart, GA
Emergency Operation Center Non Commission Officer United States Army - Fort Stewart, GA
First Sergeant United States Army - Hunter Army Airfield, GA
Platoon Sergeant United States Army
Platoon Sergeant United States Army - Fort Drum, NY United States Army - Fort Jackson, SC
Retention Non Commissioned Officer

Education:

Vocational School
Course of Study in Computer Science/Network

Alignment Target Image Enhancement For Microlithography Process

US Patent:

4632557, Dec 30, 1986

Filed:

Jan 23, 1985

Appl. No.:

6/694096

Inventors:

Thomas K. Thompson - Palm Bay FL

Assignee:

Harris Corporation - Melbourne FL

International Classification:

G01B 1127

US Classification:

356401

Abstract:

A reflective target region is surrounded by a substantial light scattering region on a substrate to increase the contrast. The width of any reflective portion of the light scattering region is substantially smaller than the width of the target region along the orthogonal axis of the substrate. The light scattering region includes a plurality of peaks and valleys having parallel axis which are oblique to the axis of the substrate.