Matthew C Henson is a senior mechanical engineering student at Oklahoma State University expected to graduate in December 2016. He has relevant work experience as an engineering intern at Carbon-Carbon Advanced Technologies and XTO Energy where he performed tasks such as mechanical testing, data analysis, CAD design, and project management. Additionally, Henson has experience with skills like programming, CAD, materials testing, and engineering projects including developing unmanned aerial systems and designing and building a dune buggy.

1. Matthew C Henson
4599 N Washington St Cell: 817-715-1939
Stillwater, OK 74075 mchenso@okstate.edu
EDUCATION
Oklahoma State University
Bachelor of Science in Mechanical Engineering Expected: December 2016
• GPA: 3.01
• Status: Senior: 124 hours
• Primary Interests: UAS, Mechatronic Systems, Robotics, Programming, Project Management
SKILLS
CAD: SolidWorks, AutoCAD, MathCAD
Programming: Python, MATLAB, Arduino, Visual Basic
Industry: Engineering Project Management, Materials Testing of Composites, Data Analytics
Practical: 3D Printing, Machining, Composites, Electronics, Engine Mechanics, Welding
EXPERIENCE
Carbon-Carbon Advanced Technologies
Engineering Intern Summer 2016
• SolidWorks design of high temperature furnace components
• Analysis of carbon-carbon mechanical test specimens
• Engineering drawings of parts and equipment
Engineering Intern Summer 2013
• Mechanical testing and data reduction for carbon-carbon composite materials
• High temperature bonding research
• Hand lay up of composite parts
XTO Energy
Engineering Intern Summer 2014
• Project Management
• Thermodynamic modeling of compressed natural gas liquid in HYSYS
• Vapor recovery analysis and justification
Data Analytics Intern Summer 2015
• Custom programming in Spotfire data analytics software
• Constructed self sustaining reports for leadership
• Developed and delivered training for other employees
PROJECTS
mchenson.carbonmade.com
Rube Goldberg Design Challenge Scholarship
• Collaborated with three teammates to implement a Rube Goldberg machine
• Constructed and presented the project to ConocoPhillips and OSU Engineering leadership
• Awarded a $4700 scholarship
UAS Development
• Conducted research, design, and assembly of multiple quadrotor vehicles
• Developed Python programming for live video analysis, collision avoidance, and autonomous missions
Dune Buggy
• Design, fabrication, and testing of an open-frame, street legal Dune Buggy
• Assembly of custom high performance engine and turbocharger
• Welding, wiring, and hydraulic systems