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Mechanical Medical

Location:
4106
Posted:
March 09, 2010

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Resume:

WILLIAM McDOUGALL

P.O. Box ****

So. Portland, Me. 04116

207-***-****

Employment To create Mechanical Designs and Components based on

Product Specifications. Develop Designs

Objective that optimize manufacturability and testability.

Interface with manufacturing vendors to determine design

specifications to reduce product cost. Communicate with

customers to ensure that products are designed to meet

their specific requirements.

Technical Twenty years of diversified experience involved in many

aspects of Mechanical Design

Background and Manufacturing. Experienced with Sheet Metal Design,

Medical Device Design, Mechanical and Electro-Mechanical

Packaging, Thermoform and Injection Molded Plastics and PCB

Design. Proficient with Geometric Dimensioning and

Tolerancing, ASME, ANSI, ISO and Mil-Spec standards. Twelve

years experience designing with SolidWorks.

Education SolidWorks Solid Modeling - SolidWorks / SolidVision

Geometric Dimensioning and Tolerancing - Worcester

Polytechnic Institute

AutoCad - Levels I, II and III - Middlesex Community

College

Drafting and Design Technology - Northeast Institute

Bachelor of Science, Forest Management - University of

Massachusetts, Amherst Ma.

Professional Symmetry Medical/Riley, Auburn, Me.

Experience Design Engineer, August 2005 - Present

Designed customer specified enclosures for medical

instrument sterilization. Packaged sheet metal, injection

molded / thermoformed plastic and silicone components for

customer supplied tools. Interfaced with customers to

determine how to design products to meet their

specifications. Used Vantage MRP system to generate

material, part and assembly data for Bill of Materials.

Onux Medical, Hampton, N.H.

Mechanical Designer, May 2003 -

August 2005

Designed medical instruments used for Laproscopic invasive

surgical procedures. Calculated mechanical stackups within

assemblies and used tight tolerancing techniques to ensure

precise movement of components. Created manufacturing

procedures and specifications.

Datum Inc., Beverly, MA

Electro-Mechanical Designer, August 2001 -

February 2003

Integrated Electrical and Mechanical components into sheet metal

enclosures for Synchronization Products. Designed and

packaged a Rubidium Time Standard incorporating four

Printed Circuit Boards and electronic components into an RF

enclosed chassis per Military and ISO specifications.

Thermo Cardiosystems Inc., Woburn, MA

Mechanical Designer, March 1998 - August 2001

Designed and prototyped a class 3 implantable human heart pump.

Utilized titanium and PTFE to design friction-free

interconnection valves. Responsible for designing test

equipment to ensure product durability for FDA approval.

AT/Comm Inc., Marblehead, MA

Electrical/Mechanical Designer, March 1993 - March 1998

Designed prototypical lane equipment location for

Electronic Toll Collection system. Designed enclosures with

heating and cooling mechanisms for outdoor applications.

Generated drawings to mount equipment in highway, toll

booth, overhead structures.

Products for Research, Danvers, MA

Opto-Mechanical Designer, February 1989 - March 1993

Designed and packaged photomultiplier tube coolers per

customer requirements. Packaging criteria included:

temperature gradient, optical focal point location, light

and RF tightness. Generated drawings for sheet metal

fabrication, plastic and metal machining, injection molding

and optics manufacturing.



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