JAMES MILFORD GARRETT, III
Pilots at Brigham Dr, Atlanta, GA

License number
Georgia A2835639
Issued Date
Oct 2016
Expiration Date
Apr 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
7560 Brigham Dr, Atlanta, GA 30350

Professional information

James Garrett Photo 1

Manager, Organizational Evaluations At Federal Aviation Administration

Position:
Manager, Organizational Evaluations at Federal Aviation Administration
Location:
Greater Atlanta Area
Industry:
Government Administration
Work:
Federal Aviation Administration since Sep 2006 - Manager, Organizational Evaluations
Education:
Tennessee Technological University 1975 - 1979


James Garrett Photo 2

Lead Radiology Assistant At Quantum Radiology

Position:
Lead Radiology Assistant at Quantum Radiology
Location:
Greater Atlanta Area
Industry:
Hospital & Health Care
Work:
Quantum Radiology - Lead Radiology Assistant


James Garrett Photo 3

James Garrett - Atlanta, GA

Work:
Premiere Die-casting - Benton Harbor, MI
Warehouse Associate
Champagne Beverage - Madisonville, LA
Warehouse Worker
H T E Contractors - Mandeville, LA
Electricians Helper
L&L Oil & Gas - Metairie, LA
Dock Technician
R. H. Rhinhousin - Humboldt, TN
Shipping & Recieving
Systex - Osceola, AR
Warehouse
Southshore Distribution - Saint Joseph, MI
Warehouse
L&L Oil & Gas
Dock Technician
Education:
Wilberforce University - Wilberforce, OH
Business
Skills:
I have lift truck license, CPR, and Hazmat training, OSHA fall protection training


James Garrett Photo 4

James Garrett - Atlanta, GA

Work:
Laborer - Rome, GA McDonald - Atlanta, GA
Maintenance Crew Leader
Wire Tech LCD - Rome, GA
Assembler
Education:
West Rome High School - Rome, GA
High School Diploma


James Garrett Photo 5

Hot Mirror To Prevent Condensation In Humid Environments

US Patent:
5149942, Sep 22, 1992
Filed:
Jun 3, 1991
Appl. No.:
7/710374
Inventors:
James A. Garrett - Atlanta GA
International Classification:
H05B 320
US Classification:
219219
Abstract:
A, completely non-fogging mirror device, for use in high heat/humidity environments, such as a shower. This device has a relatively permanent storage/heating housing and a portable mirror unit that fits within a cavity in the housing unit, this portable mirror unit having a reflective surface. The reflective surface is heated by transferring heat from a heating element within a storage housing, the heater element being energized from a power supply. Actual heating of the reflective surface is from a reservoir of liquid permanently stored within the mirror unit such that the reflective surface retains an elevated temperature to prevent fogging while the liquid remains hot. A thermostat is provided to regulate the temperature of the heater element, and thus the liquid. Also, there is provided a timer unit with an optional sound-producing unit to govern the heating time. An accessory unit is described that permits hanging the mirror unit, after heating, in any location in the environment where is will be useful.