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Martin Wesemann Phones & Addresses

  • Sheboygan, WI
  • 614 Limburg Laan, Pella, IA 50219 (641) 620-8257
  • 705 Olivia St, Greenwood, MS 38930 (662) 455-6823
  • 7609 Hansrote Ct, Nashville, TN 37221 (615) 673-0844
  • Fort Smith, AR
  • Franklin, TN

Work

Company: Kohler co. Jan 2013 Address: Kohler, Wisconsin Position: Director - manufacturing engineering - global faucets

Education

Degree: EMBA 1998 School / High School: Vanderbilt University - Owen Graduate School of Management 1996 to 1998 Specialities: Executive MBA

Skills

Product Development • Cross Functional Team Leadership • Strategic Planning • Lean Manufacturing • Engineering • Continuous Improvement • Team Building • Leadership • Manufacturing Engineering • Six Sigma • New Business Development • Process Improvement • Project Management • Contract Negotiation • Process Engineering • Business Strategy • Project Planning • Product Management

Interests

University of South Florida • Kansas State University

Industries

Building Materials

Resumes

Resumes

Martin Wesemann Photo 1

Director - Manufacturing Engineering

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Location:
n6794 Rivermor Dr, Sheboygan, WI 53083
Industry:
Building Materials
Work:
Kohler Co. - Kohler, Wisconsin since Jan 2013
Director - Manufacturing Engineering - Global Faucets

Pella Corporation since May 2005
Director of Advanced Technology

Savvy Consortium Jan 2010 - Jan 2013
Member

Window and Door Manufacturers Association Jan 2008 - Jan 2013
Technical Committee Chairman

Pella Opera House Apr 2004 - Jan 2013
Board Member
Education:
Vanderbilt University - Owen Graduate School of Management 1996 - 1998
EMBA 1998, Executive MBA
Kansas State University 1982 - 1986
BSME, Mechanical Engineering
Skills:
Product Development
Cross Functional Team Leadership
Strategic Planning
Lean Manufacturing
Engineering
Continuous Improvement
Team Building
Leadership
Manufacturing Engineering
Six Sigma
New Business Development
Process Improvement
Project Management
Contract Negotiation
Process Engineering
Business Strategy
Project Planning
Product Management
Interests:
University of South Florida
Kansas State University

Business Records

Name / Title
Company / Classification
Phones & Addresses
Martin Wesemann
Director, Secretary
Pella Opera House Commission
Nonresidential Building Operator Business Services
611 Franklin St, Pella, IA 50219
PO Box 326, Pella, IA 50219
(641) 628-8625

Publications

Us Patents

Adjustable Wine Rack

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US Patent:
7063219, Jun 20, 2006
Filed:
Feb 3, 2003
Appl. No.:
10/357236
Inventors:
Billy Ray Fann - Greenwood MS, US
Ray Nilssen - Greenwood MS, US
Kim Harris - Greenwood MS, US
Martin Wesemann - Greenwood MS, US
Assignee:
Viking Range Corporation - Greenwood MS
International Classification:
A47F 7/00
US Classification:
211 74, 21112615, 211150
Abstract:
An adjustable wine rack supports one or more wine bottles in a substantially horizontal or inclined position. The adjustable wine rack generally includes a frame that may be rollably disposed within a refrigerator. The frame supports a bottle support that is adjustable from a substantially horizontal position to an inclined position. A prop is also connected to the frame and engages the bottle support so as to maintain the bottle support in the inclined position.

Outer Shell Of Refrigerator Cabinet

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US Patent:
59082291, Jun 1, 1999
Filed:
Oct 23, 1997
Appl. No.:
8/956487
Inventors:
Steven Douglas Wetherholt - Franklin TN
Martin Eric Wesemann - Franklin TN
Ronnie Charles Coffey - Murfreesboro TN
James E. Altmyer - Murfreesboro TN
Michael Wayne Austin - Mc Minnville TN
Assignee:
Whirlpool Corporation - Benton Harbor MI
International Classification:
A47B 9604
US Classification:
3124062
Abstract:
An outer shell for a refrigerator a cabinet formed from a plurality of vertically arranged panels each having opposed vertical edges, a top edge and a bottom edge. A plurality of dovetail-like, linear joints interlock the vertical edges of the vertically arranged panels without requiring additional fasteners or welding. A top panel is interconnected with the top edges of the vertically arranged panels and a bottom panel is interconnected with the bottom edges of the vertically arranged panels. Each of the linear joints comprise a channel having a fan shaped cross-section provided along one edge of a panel and a connecting flange formed along the edge of a second adjacent panel wherein the connecting flange is received into the channel such that the first and second panels are interconnected. The outer shell is easily assembled by joining adjacent panels via the interlocking joints. Moreover, the joints provide strength to the outer shell and are well suited for use in insulation foaming.
Martin E Wesemann from Sheboygan, WI, age ~61 Get Report