1. T r e v o r R a p p o l d
5211 Quincy Street Ÿ Saint Louis, MO 63109 Ÿ 314.724.1749
trevorrappold@yahoo.com
MECHANICAL ENGINEER
Mature and talented, recent mechanical engineering graduate from Washington University/UMSL Joint Engineering Program,
seeking an opportunity with a growing company. Non-standard thinker and experienced problem solver with a proven ability to
learn new disciplines quickly. Highly skilled in applying engineering design principles. Possesses excellent shop safety and
prototyping skills. Strong ability to program and integrate software into engineering applications. Has great interpersonal,
verbal and written communication skills.
Skills
• Proficient in Solid Edge 2D/3D CAD
• Expert utilizing testing and diagnostic equipment such as oscilloscopes and digital multi-meters
• Expert using machine tools such as a lathe to develop custom components
• Proficiency in C++, MatLab, Pspice, Mathematica, Microsoft Office, Adobe Illustrator and Photoshop
• Expert in sound reinforcement, audio processing techniques, and multiple digital audio workstations
• Experience in binaural and surround sound recording
• Strong team collaboration skills and ability to multitask and prioritize
Education
BS Mechanical Engineering Graduated: May 2015
University of Missouri/Washington University Joint Engineering Program
Key Courses Completed for Major: Dynamic Response of Physical Systems, Mechanical Design and Machine Elements,
Principles of Heat Transfer, Control Systems
BA Audio Production
Webster University
Design Projects
Solar Powered Stirling Engine
• Developed a low cost device capable of continuous operation under the power of sunlight utilizing heat transfer
principles as a fuel source
8-Step Drum Sequencer
• Developed a 4-channel, 8-step sequencer in which Lego blocks communicated with Ableton music software,
utilizing an Arduino microcontroller, a small circuit, and programing the interface using C/C++ language
Experience
Consultant January 2009 – Present
Structural and Audio System Design and Implementation
• Sourced and procured advance audio system that exceeded specifications under budget
• Calculated all structural load limits for all hardware used in the overhead installation of system
• Sized and configured power amplifiers to maximize performance
• Reconfigured audio systems for enhanced performance
• Designed a custom sling for rigging of audio monitors
• Designed custom overhead truss system to meet current and future load requirements
• Trouble-shooting of electrical and mechanical design issues
• Negotiated Contracts
• Management of subcontractors and company employees
Servicing of Instruments and Small Electronics
• Diagnosis of electrical and mechanical issues
• Performed necessary repairs to return equipment to the initial factory condition
References upon request