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Steven W Simpkin

from Vestavia, AL

Steven Simpkin Phones & Addresses

  • 2324 Derby Dr, Vestavia Hls, AL 35216
  • 2308 Crossgate Trl, Birmingham, AL 35216 (205) 979-6562 (205) 979-6188
  • Vestavia, AL
  • Jersey City, NJ
  • Holyoke, MA
  • Boonton, NJ
  • Whitestone, NY
  • Union, NJ

Work

Company: Maher terminals Feb 2008 to Feb 2012 Position: Manager crane engineering

Education

Degree: Associate degree or higher

Skills

Engineering • Maritime • Operations Management • Shipping • Transportation • Procurement • Project Planning • Logistics • Supply Chain Management • Strategic Planning • Ports • Logistics Management • Negotiation • Container • Contract Negotiation • Cranes

Industries

Maritime

Resumes

Resumes

Steven Simpkin Photo 1

Director Cranes And Container Handling Equipment

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Location:
Jersey City, NJ
Industry:
Maritime
Work:
Maher Terminals Feb 2008 - Feb 2012
Manager Crane Engineering

Global Container Terminals Usa - Global Terminal Expansion Q2 2014 Feb 2008 - Feb 2012
Director Cranes and Container Handling Equipment
Skills:
Engineering
Maritime
Operations Management
Shipping
Transportation
Procurement
Project Planning
Logistics
Supply Chain Management
Strategic Planning
Ports
Logistics Management
Negotiation
Container
Contract Negotiation
Cranes

Business Records

Name / Title
Company / Classification
Phones & Addresses
Steven W Simpkin
Incorporator
DAMAS Corporation
Birmingham, AL
Steven W Simpkin
incorporator
CSR, Inc
CONSTRUCTION
Birmingham, AL
Steven W. Simpkin
Chairman, President, Treasurer, Director, Secretary, Vice President,, Vice President
Damas Corporation of Alabama, Inc
106 Oxmoor Rd, Birmingham, AL 35209

Publications

Us Patents

Concomitant Motion Control Device

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US Patent:
52073092, May 4, 1993
Filed:
Aug 18, 1992
Appl. No.:
7/931861
Inventors:
Steven W. Simpkin - Birmingham AL
C. Michael Jones - Hoover AL
David W. McNair - Jasper AL
International Classification:
B65G 4300
US Classification:
198341
Abstract:
A controller for a device moving along a complementary path to a conveyed object, derives basic speed input from the object conveyor and uses a non-invasive sensor system to detect the proximity of the object. The sensor system controls electronic logic which causes a drive unit to match the speed of the device to that of the object over the complementary path. The controller returns the device to the start of the path for iterative utilization.
Steven W Simpkin from Vestavia, AL Get Report