Jared Breton is seeking an entry-level position in mechanical engineering. He has a Bachelor of Science in Mechanical Engineering from Worcester Polytechnic Institute with a 3.39 GPA. His skills include CAD programs like SolidWorks and Creo Parametric. As a CAD designer, he has designed products for KettlePizza using SolidWorks. At Sparton Technology, he automated CAD models and drawings using SolidWorks and DriveWorks Xpress. For his major qualifying project, he designed a kinematic tester for a knee replacement in SolidWorks.

1. Permanent Address: Jared Breton Current Address:
101 Talent Road jpbreton@gmail.com 3 Howe Street, Apt. 2
Litchfield, NH 03052 (603) 689-4278 Worcester, MA 01609
OBJECTIVE:
An entry-level job in Mechanical Engineering.
EDUCATION:
Worcester Polytechnic Institute, Bachelor of Science in Mechanical Engineering, Design Concentration
GPA 3.39/4.00, May 2015, Worcester, MA
SKILLS:
Computer: Microsoft Office, SolidWorks, Creo Parametric, DriveWorks Xpress, Mathcad, LabVIEW
Foreign Language: Intermediate Spanish, Beginner Danish
RELATED EXPERIENCE:
CAD Designer: KettlePizza LLC, Groveland, MA; August 2013 – Present
Designed products using SolidWorks, such as attachments for the original KettlePizza pizza oven kit and Pro-Grate
pizza-grilling unit. Created CAD models and working assemblies of the Weber Q200 grill, Cuisinart All Foods
grill, and the standard Weber kettle grill.
Mechanical Designer: Sparton Technology Corporation, Hudson, NH; June 2012 – Present
Automated the production of CAD models and engineering drawings for NEMA 4X and 6P rated electrical
enclosures using SolidWorks and DriveWorks Xpress. Researched and designed a NEMA 6P rated submersible
electrical enclosure series that utilizes a robust tube frame, custom designed door hinges, and latches specific to this
unique application.
PROJECTS:
Kinematic Tester for a Knee Replacement: Major Qualifying Project, WPI; September 2014 – April 2015
Research and design a mechanism that exhibits the angular displacement between the tibia and femur, angular
displacement of the femur swing, and accommodates a 3D printed full knee replacement. Includes conducting in-
depth background research, designing working SolidWorks models with kinematic analysis, constructing a working
prototype, and composing an organized, written report to aid the design of future iterations.
Envisioning a Traffic Solution for Copenhagen: Interactive Qualifying Project, WPI; January – May 2014
Provided and evaluated a collection of plausible tunnel scenarios that focus on reducing motor vehicle congestion
in Copenhagen (Denmark) while preserving green space. Conducted interviews, calculated cost and floodwater
capacity, and analyzed traffic models to establish a compelling argument for alternatives to the Eastern Ring Road
and Ladegårdsåen tunnel proposals, while providing an in-depth discussion of seven plausible tunnel scenarios.
Wind Turbine Design and Analysis: Design of Machine Elements, WPI; January – February 2014
Designed, analyzed, and created SolidWorks models of the low-speed shaft, tower, and bearings of a wind turbine
modeled after the Vestas V52 – 850 kW model. Analysis includes determining critical sections on the shaft, normal
and shear stresses at critical points, calculating von Mises effective stresses, determining shaft and tower
deflections, calculating loads on the bearings, and determining their number of cycles to failure.
ACTIVITIES:
WPI Varsity Football, WPI; August 2011 – November 2013
Lambda Chi Alpha Fraternity, WPI; November 2012 – Present
PORTFOLIO:
http://www.jaredbreton.com/