Quality Engineer /Manager

Richard A Rozzi

P.O. Box *** Pelham N.H. *****

E-mail *****@*******.*** Tel. 603-***-****

CAD Drafter

Educational Professional Highlights.

Nashua Community College 2009

Associate Degree, Machine Design, Mechanical Engineering

Member Phi Theta Kappa Honor Society, Alpha Chi Chapter

Certifications, Auto CAD 2000, SolidWorks 2008, Operator

Pattern Making Expertise, Qualified Master Pattern Maker

Extensive knowledge Mechanical Drawing

MS Word, V Carve, Cut 3d, Mach 3 CNC Control Software’s

Machine Tool Practices

Precision Wood Working Techniques

Manufacturing Processes

Architectural Millwork and Model Building

Experience with precision measuring tools

Intimate knowledge of traditional hand and stationary wood working tools

Extensive experience with Foundry Technology, Rapid Prototype

Vacuum Tool Making, Post Formed Plastic Compression Molding

Mold Tool Repair and Design

Use of Two Part Urethane tooling compounds and, Epoxy rapid reproduction compounds

Precision Pattern Incorporated, (2004-2007), Master Pattern Maker/CAD Drafter.

Responsible for patterns for the sand cast industry and also CAD drawings for the customer, full scale layouts of components, and machined elements when necessary, to customer specifications.

Janco Incorporated (2001-2003 Mold Maker for the, Sports and Industrial Plastics Division.

Made improvements to compression mold, and vacuum tooling, repair turnaround times, mold alignment techniques and construction methods. Tool Room Materials Manager, responsible for tooling, and shop materials, stores and consumables.

Lawrence Pumps, (1985-1999), Pattern Maker

Responsible for building sand casting patterns in wood, from customer specifications, directed by our Engineering Dept. using stationary and hand wood working tools and also making full scale layouts in casting shrink scales. Responsible for improvements to pattern building techniques resulting in forty percent cost reduction. Simplifying the construction of Francis Vane, and Axial Propeller blades, by the implementation of a two phase program of my own design. Phase One; Implemented a move from sand cast vane core box inserts to Urethane shop made inserts. This made for a thirty percent reduction in cast vane cost and build time, making lead time for finished casting delivery shorter by thirty percent. The sand cast vane inserts were expensive and required work intensive clean up and finishing’s. Phase Two; a move to Urethane molding in house for axial propeller vane production resulting in a total savings of forty percent overall. Those two changes streamlined the lead times of in house design and engineering. I was also instrumental in implementing changes to material control for the department through team oriented brainstorming secessions.