Career records & work history
Lawyers & Attorneys
John Matthew Szymanski - Lawyer
Licenses:
Virginia - Authorized to practice law 1991
John F Szymanski6100 Bear Ridge Rd, Pendleton, NY 14094
John Szymanski Phones & Addresses
6100 Bear Ridge Rd, Lockport, NY 14094 716-7438661
5221 Marie Ct, North Tonawanda, NY 14120 716-7438661
South Lyon, MI
Mentions for John F Szymanski
John Szymanski resumes & CV records
Resumes
John Szymanski - Lockport, NY
Work:
Automotive Corporation Sep 2009 to 2000
Manufacturing Production Manager American Axle & Manufacturing Sep 2008 to Sep 2009
Plant Manager American Axle & Manufacturing - Detroit, MI May 2007 to Sep 2008
Area Manufacturing Manager - DGA American Axle & Manufacturing Jul 2003 to Nov 2004
o Operations Manufacturing Manager American Axle & Manufacturing - Buffalo, NY Oct 1993 to Nov 2004
Various Management Positions American Axle & Manufacturing - Buffalo, NY Oct 1993 to Sep 2004
Operations Manager American Axle & Manufacturing Jun 2002 to Jul 2003
o Area Manager of Gears American Axle & Manufacturing Jun 2002 to Jul 2003
o Area Manager of Axle and Third Member Assembly American Axle & Manufacturing Jun 2001 to Jun 2002
o Launch Manager American Axle & Manufacturing Jul 1999 to Jun 2001
o Production Coordinator of .Assembly American Axle & Manufacturing Oct 1993 to Jul 1999
Quality and Machining Supervisory assignments Datasym Systems Integrators - Brantford, ON Nov 1988 to Aug 1994
U.S. Manager of Distribution and Technical Center Air-Lock Plastics, Inc - Tonawanda, NY Jun 1986 to Oct 1988
Production Control Supervisor
Manufacturing Production Manager American Axle & Manufacturing Sep 2008 to Sep 2009
Plant Manager American Axle & Manufacturing - Detroit, MI May 2007 to Sep 2008
Area Manufacturing Manager - DGA American Axle & Manufacturing Jul 2003 to Nov 2004
o Operations Manufacturing Manager American Axle & Manufacturing - Buffalo, NY Oct 1993 to Nov 2004
Various Management Positions American Axle & Manufacturing - Buffalo, NY Oct 1993 to Sep 2004
Operations Manager American Axle & Manufacturing Jun 2002 to Jul 2003
o Area Manager of Gears American Axle & Manufacturing Jun 2002 to Jul 2003
o Area Manager of Axle and Third Member Assembly American Axle & Manufacturing Jun 2001 to Jun 2002
o Launch Manager American Axle & Manufacturing Jul 1999 to Jun 2001
o Production Coordinator of .Assembly American Axle & Manufacturing Oct 1993 to Jul 1999
Quality and Machining Supervisory assignments Datasym Systems Integrators - Brantford, ON Nov 1988 to Aug 1994
U.S. Manager of Distribution and Technical Center Air-Lock Plastics, Inc - Tonawanda, NY Jun 1986 to Oct 1988
Production Control Supervisor
Education:
SUNY Institute of Technology - New York, NY
Bachelor of Science in Sciences Erie Community College
Sciences
Bachelor of Science in Sciences Erie Community College
Sciences
John Szymanski - Williamsville, NY
Work:
Restauranteur Apr 2014 to Nov 2014
Cedars Restaurant Jul 2011 to Jul 2014
LeMetro Bakery - Williamsville, NY 2006 to Nov 2010
Manager-Bakery Operations Petri Baking Products - Silver Creek, NY 2004 to 2006
Sanitation Manager/Building & Grounds Russer Foods - Buffalo, NY 1983 to 2003
Shift Manager
Manager-Bakery Operations Petri Baking Products - Silver Creek, NY 2004 to 2006
Sanitation Manager/Building & Grounds Russer Foods - Buffalo, NY 1983 to 2003
Shift Manager
Education:
Millard Fillmore College
Finance and Investment Management Genesee Community College
A.A.S.
Finance and Investment Management Genesee Community College
A.A.S.
Publications & IP owners
Us Patents
Dual-Mode, Viscous Crankshaft Vibration Damper
US Patent:
5749269, May 12, 1998
Filed:
Apr 26, 1996
Appl. No.:
8/638177
Inventors:
John George Szymanski - Buffalo NY
Robert Henry Stanley - Niagara Falls NY
Fredrick Richard Roland - Hamburg NY
Robert Henry Stanley - Niagara Falls NY
Fredrick Richard Roland - Hamburg NY
Assignee:
Vibratech, Inc. - Alden NY
International Classification:
F16F 1510
US Classification:
74574
Abstract:
A viscous torsional vibration damper having an annular chamber surrounding a central hub and first and second annular inertia masses located within the annular chamber. The innermost first inertia mass is closely coupled with an inner surface of the working chamber, and has a Teflon bearing arranged between the first inertia mass and the inner surface. The second annular inertia mass is closely mechanically coupled with the first inertia mass by lateral damping units, such as by elastomeric O-rings, such that the combination of the first and second inertia masses and the damping units are substantially freely rotatable within the working chamber due to the Teflon bearing but are arranged to absorb lateral vibrations by the lateral dampers. A viscous fluid is disposed within the working chamber surrounding the inertia masses.
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