Mechanical Designer-Engineer

STEVE PHAM

**** ******** ***., *******, ** *****, 517-***-****

E-mail: *********@*******.***

OBJECTIVE

A career for Unigraphic Designer

EDUCATION

Lansing Community College: Associate Degree in Drafting and Design, graduated May-19-1997, G.P.A. 3.62.

EMPLOYEMENT:

• 1/15/05 to 12/19/08: Working at FMC, design UG modeling for subsea marine system, weldhead drilling, manifold, actuator and metal framing structure steal beam for shipping skid. Using UG NX3 & sketcher.

• 10/02 to 6/03: Grumman Olson, redesigned instrument panel & 3-point seat belt system for walk-in van bodies.

• 2/3/02 to 8/ 9/02: International (Navistar), designed cable breaks on differences configurations of chassis, UG, version 18.

• 08-21-00 to 08-3-01: Heidelberg, creating new mechanical model part and assembly with sketch for web press new paper and working with Unigraphic, version 16 &17.

• 1-1999 to 08-18-00: Grumman Olson:

Function: Converting 2D wire frame to 3D solid model. Developing new design solid modeling for reefer system, body truck with method sketcher and parts family to control various configurations and intended design on sheet metal.

• 1-1998 to 12-1998: International Navistar.

Function: Created some new design solid modeling for NGV (next generation vehicle), converting 2D to 3D Model, body design, and sheet metal.

• 5-1996 to 1-1998: working for General Motors.

Function: light design, layout, detail, worked on instrument panel, interial trim design

SKILLS AND EXPERIENCE

• Free Form Feature: Utilizing smart curve, splines, arcs, conics and points to develop a well-defined, editable geometry for surfacing a sheet body on a complex shape of free form modeling application.

• Solid Modeling: Skilled in creating 3D parametric solid with the powerful primitive’s features and boolean operations to obtain maximum efficiencies of intended product design in a shortest amount of times.

• Sheet Metal: Experience quickly create various types of sheet metal parts which manipulate associated parameter from in put value data and gain the ability to view the bend sequence and generate an updateable flat pattern.

• Sketcher: Designing intended product part that can be controlled the location, direction and orientation with fully constrains, editing parametric section and guide strings without problematic geometry conditions to implement before deadline.

• Assemblies: Operating the most powerful Navigation Tool to menage part’s component in assembly and take advantage of existing geometry of other component to Top Down design a new part for an excellent result and being fit to each other.

• Detail: Placing notes, ID and Utility symbols, datum leader, tolerance on part’s drawing, re-associate dimensions, exporting part to new part file for quickly creating a new drawing file, simplify non planar geometry in view dependent edit (Expand) to generate part’s dimensions...

AWARD

Mentorship Award of Unigraphic, version 11.1 in UGIII course 1997 at Lansing Community College

CERTIFICATE OF UG TRAINING

Unigraphic, version 15, 1999, from Grumman Olson.

Unigraphic, version 13, 1998, from Navistar Technical Center

Unigraphic III, version 11 in 1997, from Lansing Community College.

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