Matthew Wetherell Email & Phone Number

Cincinnati, Ohio, United States

Roy, Utah, United States

• Engineering lead for complex electrical and mechanical hardware project critical to program success. Currentlycarrying project from inception through fourth major prototype iteration in three years.• Perform robust mechanical design of parts and assemblies, solve GD&T, and generate 3D drawings for manufacture• Collaborate with other engineering teams to design architecture of overarching system, ensuring performance andreliability. Conduct systems integration activities, interface modeling, trade studies, and risk reduction analysis.• Communicate with manufacturers and vendors to manufacture prototype and production equipment.

Greater Salt Lake City Area

• Drafted and revised piping and instrumentation diagrams, material take-off lists, and tie-in lists to meet client specifications for large refinery and mill projects.• Engineered wash plant header for salt refinery, designing water supply and spray system and specifying equipment to meet strict detail requirements.

Lexington, Kentucky, United States

• Led team through fundraising, design, and manufacturing as team captain in 2017, achieving team record result.• Engineered and programmed electromechanical shifter system and innovative pedal assembly in 2017 vehicle. Created detailed 2D drawings and then used machining and fabricating skills developed while on the team to build all parts of those complex assemblies.• Spearheaded design and manufacture of carbon composite aerodynamics and body package for 2016 vehicle. Designed form of bodywork, translated design into CNC-cut foam, created 6 molds, and laid-up bodywork with pre-preg carbon fiber fabric and Nomex honeycomb.

Lexington, Kentucky

• Responsible for conducting reliability testing on existing products and developing upcoming products, as well as expanding R&D infrastructure with custom hardware testing solutions.• Designed, programmed, and built automated testing machine to validate momentary switches in company products• Achieved 5x testing capacity over best COTS solution and delivered unmatched capability for unique testing needs.• Designed, built, and programmed modular wireless sensor nodes, used to measure air quality parameters of indoor environments.

Cincinnati, Ohio

• Researched opportunities to incorporate low-energy/low-cost wireless communication technologies into upcoming products. Presented findings to leadership and developed demo prototype using COTS hardware and Arduino.• Developed validation procedures for manufacturing equipment and tested equipment per ASTM standards to meet medical device quality system regulations (21 CFR 820 and ISO13485).

Master Of Science - Ms, Mechanical Engineering - Robotics

Bachelor Of Science (Bs), Mechanical Engineering

Activities and Societies: Formula SAE, Lewis Honors CollegeReceived Patterson Scholarship 4 years, Honors Student, 4-year member.

Education record