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Eric Jesme Phones & Addresses

  • 10080 Rolling Pines Dr, Brighton, MI 48116 (810) 355-1086
  • Troy, MI
  • Romulus, MI
  • Swartz Creek, MI
  • 11840 Silver Creek Dr, Birch Run, MI 48415 (517) 624-9146
  • Houghton, MI

Work

Company: Bwi group Nov 2009 Position: Global product line manager - foundation brakes

Education

School / High School: Michigan Technological University 1992 to 1996

Skills

Automotive • Shainin • Apqp • Manufacturing Engineering • Ppap • Fmea • Value Stream Mapping • Ts16949 • Kaizen • Engineering Management • Continuous Improvement • Manufacturing Operations Management • 5S • Brake • Lean Manufacturing • Iso/Ts 16949 • Six Sigma • Dfmea • Product Engineering

Industries

Renewables & Environment

Resumes

Resumes

Eric Jesme Photo 1

Global Product Line Director

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Location:
10080 Rolling Pines Dr, Brighton, MI 48116
Industry:
Renewables & Environment
Work:
BWI GROUP since Nov 2009
Global Product Line Manager - Foundation Brakes

Delphi Feb 2005 - Nov 2009
Product Team Manager
Education:
Michigan Technological University 1992 - 1996
Skills:
Automotive
Shainin
Apqp
Manufacturing Engineering
Ppap
Fmea
Value Stream Mapping
Ts16949
Kaizen
Engineering Management
Continuous Improvement
Manufacturing Operations Management
5S
Brake
Lean Manufacturing
Iso/Ts 16949
Six Sigma
Dfmea
Product Engineering

Publications

Us Patents

Brake Rotor Assembly

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US Patent:
20080011561, Jan 17, 2008
Filed:
Jul 12, 2006
Appl. No.:
11/485605
Inventors:
Eunjoo C. Hopkins - Farmington Hills MI, US
Patrick N. Hopkins - Farmington Hills MI, US
Thomas V. Valvano - Saginaw MI, US
Jerome A. Limpach - Tipp City OH, US
Eric W Jesme - Swartz Creek MI, US
International Classification:
B60T 1/06
US Classification:
188 18 A
Abstract:
A brake rotor assembly for a dual brake disc braking system includes an annular ring having a plurality of teeth. The teeth are disposed radially about a central axis of the annular ring, and extend inward toward the central axis. The teeth are for slideably engaging a hub (wheel end) having a plurality of channels. The annular ring includes a plurality of pins extending outwardly from the annular ring. A friction disc is disposed radially about the annular ring, and is in interlocking engagement with the plurality of pins. The annular ring and the plurality of teeth are integrally cast from a high strength corrosion resistant material having a tensile strength greater than 260 megapascals to resist fracture during high stress braking conditions and high thermal loads. The friction disc is cast around the annular ring from a grey cast iron.
Eric Wayne Jesme from Brighton, MI, age ~50 Get Report