1. Samuel Harmon
2311 Salbuck Avenue ● Hilliard, OH 43026 ● 614-906-1212 ● harmon.308@buckeyemail.osu.edu
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OBJECTIVE: To obtain a full-time position as a Mechanical Engineer with a growth-oriented organization
allowing me to utilize my current and growing knowledge of mechanical engineering.
EDUCATION: B.S. in Mechanical Engineering December 2015
The Ohio State University, Columbus, OH
Overall GPA: 3.75 (4.00 scale)
HONORS/
ACTIVITIES: Achieved Dean’s List (>3.5 GPA) all semesters of college
RELATED COURSES:
Fundamentals of Product Design Eng Computer Aided Design & Mfg Mfg Process Eng
Electrical Circuits & Electrical Devices Thermodynamics Heat Transfer
Fluid Dynamics System Dynamics Mechanics of Materials
Measurements & Data Anly Engineering Statistics System Controls
Machine Elements I & II Finite Element Analysis Smart Materials
EXPERIENCE: Royal Building Products, Marion, VA
Engineering Intern, January 2014-June 2014
● Worked with factory engineers and extrusion line operators to improve factory processes
● Engineered new multi-angle emboss machine which mechanized the method to adjust the
angle of the emboss roll and apply pressure to the part. Multiple angles and varied
applied pressures allowed for machine to work with multiple part designs and patterns
● Designed ergonomic heat-gun stand for extrusion lines. Used a design strategy which
salvaged the many different types of old stands. The heat gun orientation was easier to
change and stabilize with the new design, which led to less waste down the extrusion
lines due to part changes and profile maintenance
● Worked with CNC milling machine, G-code programming, lathe, grinder, MIG and TIG
welding, and drill/tap techniques
● Converted 6 years of hard copy fork lift repair logs to digital Excel spreadsheets and
organized logs by date and the type of maintenance performed
● Expanded existing 3D AutoCAD model of factory layout
PROJECTS: Capstone Project Classes I & II:
March 2015 – June 2015
● Worked on a team of six students to develop a strategy to semi-autonomously clean
window sills in Scott Laboratory, the Ohio State Mechanical Engineering building
● Developed a strategy that lowered a cleaning robot onto sill, which then drove on sill with
vacuum attached
● Worked as a team to overcome design problems using academic knowledge and design
experience, obstacles included wheel friction and balance
● Final design was able to successfully traverse and clean a replica sill, modelled after actual
sill
SKILLS: Software and Technology Experience
● Extensive use of Microsoft Word, Excel, and Powerpoint
● Certified SolidWorks Associate
● Solid understanding of HSMWorks, MATLAB, Autodesk CAD, Abaqus, and basic electronics
● Introductory experience with Java, C++, Autodesk Inventor, Simulink, ANSYS, Arduino
programming, Magma5, Modex3D, and LabView
● Laboratory experience with oscilloscope, CNC and manual milling machines, lathe, cutoff
and band saw, rapid prototyping techniques