Allen Paul Numerick, Age 5064625 Norwich Cir, Washington Township, MI 48095

Allen Numerick Phones & Addresses

64625 Norwich Cir, Washington, MI 48095 (313) 671-6279

1112 Midland Blvd, Royal Oak, MI 48073 (248) 544-0157

919 Lincoln Ave, Royal Oak, MI 48067 (248) 544-0157

1902 Main St, Royal Oak, MI 48073

6644 Pardee Rd, Taylor, MI 48180

15360 Meadow, Southgate, MI 48195 (734) 285-6139

9953 Pelham Rd, Allen Park, MI 48101

Laurel, MD

Clarkston, MI

Collegeville, PA

Oakland, MI

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Social networks

Allen Paul Numerick

Linkedin

Work

Company: Lostech aerospace Nov 2017 Position: Chief information officer

Education

Degree: Doctorates, Doctor of Philosophy School / High School: American Aerospace University 2000 to 2003 Specialities: Philosophy, Aerospace Engineering

Skills

Vendor Management • Networking • Project Management • Process Improvement • Management • Information Security • Disaster Recovery • Itil • Integration • Information Technology • Network Security • Security • Troubleshooting • Software Documentation • Leadership • Active Directory • Team Building • Team Management • Business Process Improvement • Continuous Improvement • Operating Systems • Sql • Service Delivery • Virtualization • It Service Management • Data Center • Microsoft Sql Server • Business Intelligence • Negotiation • Computer Hardware • Servers • Requirements Analysis • It Management • Cross Functional Team Leadership • Vmware • It Strategy • Microsoft Office • Strategic Planning • Tcp/Ip • Visio • Customer Service • Analysis • Cisco Technologies • Operations Management • Testing • Six Sigma • System Administration • Manufacturing • Automotive • Unix

Industries

Automotive

Mentions for Allen Paul Numerick

Allen Numerick resumes & CV records

Resumes

Allen Numerick Photo 1

Chief Information Officer

Location:
Royal Oak, MI
Industry:
Automotive
Work:
Lostech Aerospace
Chief Information Officer
North American Bancard Jun 2015 - Oct 2017
Director of It Security and Compliance
United States Department of Defense Jul 2009 - Jun 2015
Global Network Exploition and Vulnerability Analyst
Visteon Corporation Jun 2008 - Jul 2009
It Network Manager
Ford Motor Company 2006 - 2008
Senior Network Engineer
Perrigo Company Plc Feb 2006 - May 2006
It Security Engineer
Pfizer 2004 - 2006
It Network Project Manager
Comerica Bank Jun 2003 - Jun 2005
Senior Extranet Engineer
U.s. Coast Guard Auxiliary Jun 2003 - Jun 2005
Pilot, Public Affairs, Communication Services Officer
Lason 1998 - 2000
Corporate Network Engineer
Education:
American Aerospace University 2000 - 2003
Doctorates, Doctor of Philosophy, Philosophy, Aerospace Engineering
Ave Maria School of Law
Skills:
Vendor Management, Networking, Project Management, Process Improvement, Management, Information Security, Disaster Recovery, Itil, Integration, Information Technology, Network Security, Security, Troubleshooting, Software Documentation, Leadership, Active Directory, Team Building, Team Management, Business Process Improvement, Continuous Improvement, Operating Systems, Sql, Service Delivery, Virtualization, It Service Management, Data Center, Microsoft Sql Server, Business Intelligence, Negotiation, Computer Hardware, Servers, Requirements Analysis, It Management, Cross Functional Team Leadership, Vmware, It Strategy, Microsoft Office, Strategic Planning, Tcp/Ip, Visio, Customer Service, Analysis, Cisco Technologies, Operations Management, Testing, Six Sigma, System Administration, Manufacturing, Automotive, Unix

Publications & IP owners

Us Patents

Insect Trap

US Patent:
4794725, Jan 3, 1989
Filed:
Mar 28, 1988
Appl. No.:
7/172756
Inventors:
Allen Numerick - Detroit MI
International Classification:
A01M 508
US Classification:
43139
Abstract:
An electrical motorized fan creates an airstream in a hollow housing to draw insects past a pivotal closure member at one end of the housing into a trap receptacle removably mounted within the housing. The fan is driven by an electric motor powered by a battery mounted within the housing. An electrical switch selectively connects the battery to the motor to energize the fan. The switch is coupled to the pivotal closure member such that movement of the switch between "off" and "on" positions simultaneously causes movement of the closure member between a first position closing the first end of the housing to air flow to a second position opening the first end of the housing to air flow. A mesh screen is mounted within the trap receptacle to trap insects drawn into the receptacle through the first end of the housing. An insecticide dispenser is slidably mounted on the trap receptacle and is selectively alignable with an aperture in the trap receptacle to allow the insecticide to permeate the trap receptacle and kill insects trapped therein.

Automatic Article Dispenser

US Patent:
6216910, Apr 17, 2001
Filed:
Apr 28, 1999
Appl. No.:
9/301235
Inventors:
Allen Numerick - Detroit MI
International Classification:
G07F 1100
US Classification:
221 7
Abstract:
An article dispenser for individually dispensing a plurality of articles on a timed basis. A plurality of modules, each containing a magazine having a plurality of circumferentially spaced, open top and bottom ended article storage compartments and a rotatable disk having an aperture successively alignable with each storage compartment in the magazine, are vertically stacked in a column. A drive motor and timing dial rotates the disks through interlocking timed lugs mounted on each disk in a staggered, angular offset, timed relationship in which the apertures in each disk are angularly offset through the stack so that the articles in the storage compartments are successively transferred through the storage compartments of each successive module to the next lower module and from the lowermost module to a circular track disposed below the lowermost module. A paddle rotates about the track at a predetermined time interval to transfer the articles to an interior holding chamber from which the articles are retrieved when a door is opened or, if not timely retrieved, are transferred from the article holding chamber to a storage container. Sensors detect the presence of articles in the non-retrieved article storage container, and in an interior holding chamber between the lowermost module and the discharge chute and activate indicators and/or lights.

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