Engineering Technology Project Manager Resume , Auburn Hills, MI - Hire IT People

SUMMARY:

To obtain a challenging management level position in a progressive company that will allow me to utilize my technical knowledge and proven talent in relationship building to further that company’s success.
Demonstrated talent in successfully identifying innovative technology best suited for customer base. Adept at securing sale with decision makers at all levels. Experienced in gaining commitments from customers resistant to change. Outstanding relationship building, training and presentation skills. Intelligent, articulate and success driven.

PROFESSIONAL EXPERIENCE:

Confidential, Auburn Hills, MI

Engineering Technology Project Manager

Responsibilities:

Responsible for the internal sale and management of Product Design technology within Confidential .
Responsible for researching the most progressive technologies, generating and presenting cost/benefit studies, and obtaining commitments from executive management for funding and implementation.
Directed the implementation of technology through comprehensive training and after - sale support.
Successfully increased productivity of all engineering modeling processes within Chrysler 20% by gaining buy in for the implementation of CATIA V5 in 2006.
Personally proposed and gained commitment to implement Knowledgeware and Automation functionality estimated to improve the productivity of Chrysler’s engineering process by an additional 60% by late 2009.
Gained commitment from customers for 100% of all proposals presented.

Confidential

R&D Specialist

Responsibilities:

Responsible for the research, development, and presentation of Powertrain Engineering Technology.
Successfully managed the first fully solid modeled engine program in Chrysler history (Hemi Engine), making Ward’s Top Ten List every year since launch.
Supervisor of six CAD R&D support specialists.

Confidential

Senior Powertrain Designer

Responsibilities:

Lead Designer for 1.6L Mini Cooper Engine.
Co-creator of the Best Practice Methodologies for Engine Design.
Coordinated closely with tooling suppliers and engineers throughout the development process to ensure fully dimensioned and toleranced 2D drawings of 3D components.