Michael Diana

*** ******* ****, **********, ** 16063

Cell: 412-***-****: acqukw@r.postjobfree.com

Education

Penn State Behrend 2015

Erie, Pa, United States

Mechanical Engineering

Graduate with a Bachelor's Degree in Mechanical Engineering

Academic Classes

Heat Transfer Fluid Flow Nuclear Engineering

Finite Element Analysis Machine Dynamics

Energy Systems Fluid Thermal Lab System Dynamics

Manufacturing Systems Machine Design

Thermo Dynamics

Computational Fluid Dynamics

Experience

Mechanical Engineering Intern May 2013 to Current

Parker Hannifin Corporation Erie, Pa

Assembly and dis-assembly including rebuilds Experience installing, bending, coning, and

following drawings and troubleshooting threading tubing for assembly

returned assembles and following parts: Experience in pressure testing large vessels

o Dis-assemble, clean, reassemble with

o MagnaDrives, Pump systems, Flush new parts, and pressure test vessels at

valves, Ball Valves, etc. their working pressure and temperature

Design Work to ensure no leaks

o Pro-E, CAD, Inventor software

Contractor June 2008 to August 2012

J. D. Contracting Swissvale, PA

Worked as a Laborer on various job sites doing many extensive projects (Summer Job)

Mechanic and Customer Service August 2010 to June 2011

Freeway Lanes Zelienople, PA

Mechanic on pin setters and ball returns as well as working the front desk running leagues, selling bowling equipment,

and customer service

Highlights

Senior Project: Wind Tunnel Design Project Works Well in Team Environments

o College Rugby

General Contracting Knowledge o Manufacturing Project

General Mechanics Knowledge

o Senior Design Project

General Mechanical Engineering Knowledge

Community Involvement

Shop Knowledge

Quick Learner

Professionalism

Engineering Experience

Senior Design Project Scaled Tests of Cooling Fan

My team and I created a wind tunnel design, scaled models of cooling fans, and shroud designs.

These designs will then be tested in our wind tunnel environment, scaling flow rates, pressure drops,

and flow coefficients to prove design and energy efficiencies.

References

References upon request

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