Justin Taylor

ac0axd@r.postjobfree.com

513-***-****

*** ******* ****

Cincinnati, OH 45240

OBJECTIVE

Employment as entry-level mechanical engineer utilizing machine, computer, and design skills

EDUCATION

The Ohio State University, Columbus, OH Graduated: May, 2017

B.S. Mechanical Engineering Major/Cumulative GPA: 3.0/2.985

COMPUTER AND TECHNICAL SKILLS

SolidWorks Certified Associate – Mechanical Design (CSWA), HSMWorks, AutoCAD, MATLAB/Simulink, Ansys, LabView, C++, Quartus II, and Microsoft Office

WORK EXPERIENCE

Undergraduate Teaching Assistant – August 2015 – May 2017

Mechanical Design Machine Shop

Instruct students how to read a technical drawing from a machinists point of view and then make the part.

Extensive knowledge of proper use for common machine equipment such as band saws, grinders, sanders, surface grinders, lathes, and milling machines. Common operations conducted include making holes, cuts, and turning to desired diameters.

Long-Lok Fasteners, Cincinnati, OH

Machinist Operator, June - August, 2015

Machinist Operator, May - August, 2014

Machinist Operator, June - August, 2013

Operated machinery to mill out bolts and screws.

Developed intimate knowledge of proper, safe, and efficient manufacturing procedures.

PROJECT EXPERIENCE

SAE Baja Racing Team, Spring 2013 – Spring 2016

Worked on design, 3D modeling through SolidWorks, machining and fabrication of parts, assembly of the vehicles, getting sponsorships, parts ordering, and maintaining the team website.

Tested vehicle performance and design to help tune the CVT, suspension and brakes.

Product Design Capstone Project, August 2016 – May 2017

Member of a four-person product design team that developed a solution to help create a quick deploying and retractable roadside safety barrier for emergency responders.

Went out into industry to do research and shadowing to identify a problem area and come up with solutions

Developed several rounds of prototyping to help refine and implement ideas for the barrier

Utilized Solidworks to make a 3D model of the barrier housing, the machine and wood shop to make the prototypes, and tested the prototype every round for flaws and failures

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