CHARLES MICHAEL JONES
Pilots at Saint Martins St, Detroit, MI

License number
Michigan A2637182
Issued Date
Oct 2016
Expiration Date
Apr 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
8421 S Saint Martins St, Detroit, MI 48221

Personal information

See more information about CHARLES MICHAEL JONES at radaris.com
Name
Address
Phone
Charles Jones
5053 Wilson Ave SW, Wyoming, MI 49418
Charles Jones
5000 Town Ctr STE 2106, Southfield, MI 48075
Charles Jones, Jr
Harrison, MI
(989) 539-1348
Charles O. Jones, Jr
Saginaw, MI
(989) 755-4968
(989) 759-2353
Charles M. Jones, Jr
Lansing, MI
(517) 323-1040
(517) 394-2253

Professional information

Charles Jones Photo 1

Charles Jones - Detroit, MI

Work:
EPI Marketing Services
Bindery Supervisor
Allied Bindery - Madison Heights, MI
Bindery Operations
Printwell Printing - Taylor, MI
Bindery Operations / Shift Supervisor
Oakland Community College - West Bloomfield Township, MI
Buyer/Purchasing Agent
Wayne County Community College - Detroit, MI
Director Campus Business Operations
Wayne County Community College - Detroit, MI
Buyer / Purchasing Agent
Mays Printing Company - Detroit, MI
Estimator, Buyer, Supervisor Bindery Operations
Wintor-Swan Printing - Detroit, MI
Bindery Operator
Education:
University of Phoenix - Phoenix, MI
Business Administration
Stillman College - Tuscaloosa, AL
Bachelor of Science in Biology / Chemistry / Business
The Art Institute of Michigan - Novi, MI
Associate Degree in Culinary Arts (Chef)
Skills:
Procurement skills, budget skills, manufacturing supervision, logistic and facility. Experience in leadership roles. Multitask various projects for completion, comprehensive research, complete follow-up and problem solving.


Charles Jones Photo 2

Charles Jones - Grosse Pointe Farms, MI

Work:
CTech IT
Computer Consultant
Detroit Medical Center - Detroit, MI
Radiation Oncology Engineer
Nucletron Corporation - Columbia, SC
Radiation Oncology Service Engineer
Detroit Medical Center - Detroit, MI
Cyclotron Engineer
Nucletron Corporation - Columbia, MD
Service Engineer
Detroit Medical Center - Detroit, MI
Radiation Therapy Engineer
KMS Fusion Corporation - Ann Arbor, MI
Test Engineer
Data Products Corporation - Brookline, NH
Test Engineering Technician
United States Air Force, Lackland Airforce Base
Medical Technologist
Education:
Hesser College - Manchester, NH
Associates in 2 years study


Charles Jones Photo 3

Services Delivery Manager At Xerox Corporation

Position:
Global Services Delivery Manager at Xerox Corporation, Manager, Managed Services Operations at Xerox
Location:
Greater Detroit Area
Industry:
Information Services
Work:
Xerox Corporation since Jan 2011 - Global Services Delivery Manager Xerox since Aug 2010 - Manager, Managed Services Operations
Education:
Davenport University 2004 - 2006
MBA


Charles Jones Photo 4

Manager, Managed Services Operations At Xerox

Position:
Manager, Managed Services Operations at Xerox
Location:
Greater Detroit Area
Industry:
Information Technology and Services
Work:
Xerox - Manager, Managed Services Operations


Charles Jones Photo 5

Charles Jones - Ecorse, MI

Work:
Wellingtons - Belleville, MI
press operator
Vicks detailing - Livonia, MI
detailer
Menards - Livonia, MI
Sales Associate/Customer Service


Charles Jones Photo 6

Charles Jones

Location:
Greater Detroit Area
Industry:
Information Technology and Services


Charles Jones Photo 7

Chair Person At J1'S Inc.

Position:
Chair person at J1's Inc.
Location:
Greater Detroit Area
Industry:
Computer Networking
Work:
J1's Inc. - Chair person


Charles Jones Photo 8

Exhaust Heat Conservation

US Patent:
3955362, May 11, 1976
Filed:
Aug 2, 1974
Appl. No.:
5/494270
Inventors:
Charles M. Jones - Detroit MI
Hai Wu - Northville MI
Assignee:
Ford Motor Company - Dearborn MI
International Classification:
F01N 310, F02B 7510
US Classification:
60274
Abstract:
A method of programming exhaust gas constituents is disclosed which cooperates with a unique exhaust passage liner construction resulting in an improved self-cleaning technique for internal combustion engines. The liner comprises an apparatus which preferably subdivides the outer peripheral region of the exhaust so that the Reynolds number of the outer flow is below 2300 and therefore indicative of laminar or controlled turbulent flow. The laminar transient film between the passage wall and flow is enhanced by the transient film between subdividing walls and the flow, the composite acting to reduce the heat transfer coefficient between the total flow and wall of the exhaust passage.


Charles Jones Photo 9

Water Cooling System - Wankel Engine

US Patent:
3964445, Jun 22, 1976
Filed:
May 3, 1974
Appl. No.:
5/466652
Inventors:
Robert P. Ernest - Dearborn Heights MI
Charles M. Jones - Detroit MI
Edwin J. Ounsted - Dearborn MI
Hai Wu - Northville MI
Assignee:
Ford Motor Company - Dearborn MI
International Classification:
F02B 5510
US Classification:
123 801
Abstract:
A rotary engine employing an improved circumferential flow cooling system is employed to provide an increase in fuel economy and engine efficiency. Each housing unit has its own distinct flow circuit with the total volume of cooling medium being variably distributed among such units. The circuits employ flow foils, flow turbulizers, velocity variation and a variable epitrochoid wall thickness to provide flow characteristics which vary along the stations of the circuit. The variations promote a more uniform engine wall temperature throughout, the coolant can be operated at a higher overall temperature, and heat is transferred (extracted or injected) on a programmed basis along the flow circuit as needed.


Charles Jones Photo 10

Engine Exhaust Valve Cooling

US Patent:
4033303, Jul 5, 1977
Filed:
Feb 25, 1976
Appl. No.:
5/661216
Inventors:
Hai Wu - Northville MI
Charles M. Jones - Detroit MI
Assignee:
Ford Motor Company - Dearborn MI
International Classification:
F01P 312
US Classification:
123 4185
Abstract:
A cylinder head having an exhaust valve port comprising a throat defined by a wall of substantially circular cross section and a bevelled valve seat circumscribing the wall. The bevelled valve seat has an axially extending annular portion adapted to be engaged by a valve head to close the port, the bevelled valve seat extending axially outwardly from the axis of the throat at an angle to the wall. The improvement comprises the application of a small wall diverter within the exhaust port to force separation of the high temperature exhaust gas stream from the exhaust valve seat when the valve is open.