Eric S. Johnson
Residential Contractor at Hillside Ave, Charlotte, NC
License number
North Carolina 35674
Renew Date
Jan 1, 1997
Category
General Contractor
Type
Residential
Address
Address
117 Hillside Ave, Charlotte, NC 28209
Phone
(704) 347-2809
Professional information
Credit Analyst At Wells Fargo Bank
Position:
Credit Analyst at Wells Fargo Bank
Location:
Charlotte, North Carolina Area
Industry:
Banking
Work:
Wells Fargo Bank
since Apr 2011
-
Credit Analyst
Wells Fargo Bank
Feb 2004 - Apr 2011
-
Senior Credit Policy Analyst
Wachovia Bank
Nov 1998 - Feb 2004
-
Senior Credit Underwriter
TCF Financial Services
Oct 1996 - Oct 1998
-
Manager
American General Finance
Aug 1993 - Oct 1996
-
Manager
Education:
Florida State University - College of Business 1990 - 1993
B.S., Finance
B.S., Finance
Eric Johnson - Charlotte, NC
Work:
Southeastern Metals
Apprentice ACMS Mechanics - Denver, NC
Apprentice A Family Appliance - Monroe, NC
Technician ACE Sheet metal Works - Norfolk, VA
Apprentice Jiffy Lube - Virginia Beach, VA
Customer Service Advisor United States Navy - Navy, VA
Ordnanceman
Apprentice ACMS Mechanics - Denver, NC
Apprentice A Family Appliance - Monroe, NC
Technician ACE Sheet metal Works - Norfolk, VA
Apprentice Jiffy Lube - Virginia Beach, VA
Customer Service Advisor United States Navy - Navy, VA
Ordnanceman
Skills:
Press Brake Operation, Shear Operation, Material Handling, Windows 7, Plasma Arch Cutting, Oxy-acetylene Welding and Cutting, Smaw, Gmaw,
Eric Johnson - Charlotte, NC
Work:
LPL Financial
Field Consultant - Business Development - Institutional Services Morgan Wilshire Securities Inc - Charlotte, NC
Financial Advisor Recruiter Evergreen Investments / Wachovia/Wells Fargo Corporation - Charlotte, NC
Field Wholesaler Evergreen Investments/Wachovia Corporation - Charlotte, NC
Internal Sales Consultant First Union Brokerage - Charlotte, NC
Brokerage Branch Support Specialist First Union Brokerage Services - Charlotte, NC
Brokerage Branch Support Specialist Waddell & Reed Financial Services - Charlotte, NC
Financial Advisor Walsh Manning Securities - New York, NY
Stock Broker Maidstone Financial Services - New York, NY
Stock Broker Lew Lieberbaum & Co - Garden City, NY
Stock Broker
Field Consultant - Business Development - Institutional Services Morgan Wilshire Securities Inc - Charlotte, NC
Financial Advisor Recruiter Evergreen Investments / Wachovia/Wells Fargo Corporation - Charlotte, NC
Field Wholesaler Evergreen Investments/Wachovia Corporation - Charlotte, NC
Internal Sales Consultant First Union Brokerage - Charlotte, NC
Brokerage Branch Support Specialist First Union Brokerage Services - Charlotte, NC
Brokerage Branch Support Specialist Waddell & Reed Financial Services - Charlotte, NC
Financial Advisor Walsh Manning Securities - New York, NY
Stock Broker Maidstone Financial Services - New York, NY
Stock Broker Lew Lieberbaum & Co - Garden City, NY
Stock Broker
Education:
Belmont Abbey College - Belmont, NC
Bachelor of Arts in Business Management
Bachelor of Arts in Business Management
Mail Carrier At Usps
Position:
Mail Carrier at USPS
Location:
Charlotte, North Carolina Area
Industry:
Government Administration
Work:
USPS
-
Mail Carrier
Director Of Engineering At Bia Southeast Region
Position:
Director of Engineering at BIA Southeast Region
Location:
Charlotte, North Carolina Area
Industry:
Building Materials
Work:
BIA Southeast Region
-
Director of Engineering
Independent Events Services Professional
Location:
Charlotte, North Carolina Area
Industry:
Events Services
Independent Computer &Amp; Network Security Professional
Location:
Charlotte, North Carolina Area
Industry:
Computer & Network Security
Independent Computer Networking Professional
Location:
Charlotte, North Carolina Area
Industry:
Computer Networking
Belt Splicing Apparatus And Method And Splice Formed Thereby
US Patent:
4430146, Feb 7, 1984
Filed:
Feb 22, 1982
Appl. No.:
6/351237
Inventors:
Eric R. Johnson - Charlotte NC
Assignee:
Scandura, Inc. - Charlotte NC
International Classification:
B30B 1534
US Classification:
156502
Abstract:
Apparatus for splicing thermoplastic coated belts is disclosed having a pair of longitudinal bars on which are respectively mounted platen heating assemblies, one bar being centrally supported pivotably on a clamping arrangement and the other bar being removably connectable with the clamping arrangement in a manner permitting pivotable positioning of the bar about one end thereof for pivotable disposition of the bars with their platens in opposed facing parallel relation at various spacings therebetween to permit uniform engagement by the bars of opposite sides of belt ends of varying thicknesses, and the clamping arrangement is adapted for bolted drawing of the bars together to grippingly retain the belt ends. The components of the apparatus are arranged for serial flow of direct electrical current through the heating assemblies and therebetween through the bars and the clamping arrangement for quick, low energy heating of the belt ends to fuse the thermoplastic material thereof. The apparatus facilitates a new belt splicing method eliminating the conventional need to use supplementary liquid thermoplastic material to effect bonding of the belt ends and thus a new belt splice is provided the spliced ends of which are bonded only by fusion of their respective thermoplastic material.
Methods Of Forming Optical Rods Including Three-Dimensional Patterns On End Faces Thereof
US Patent:
5996376, Dec 7, 1999
Filed:
Dec 16, 1997
Appl. No.:
8/991803
Inventors:
Eric G. Johnson - Charlotte NC
Michael R. Feldman - Charlotte NC
Michael R. Feldman - Charlotte NC
Assignee:
Digital Optics Corporation - Charlotte NC
International Classification:
C03B 3715, C03C 2502, C03C 2504, C03C 1700
US Classification:
65406
Abstract:
A method of patterning a plurality of optical rods includes bonding a plurality of optical rods into an array wherein each of the optical rods is aligned so that an exposed end face of each of the optical rods is oriented in a common direction. The exposed end faces of the optical rods are patterned so that each of the exposed end faces has a three-dimensional pattern formed thereon. These patterned optical rods can then be separated and used in the fabrication of optical systems.