Rotating Composite Technologies, LLC
Meghan Edmonds is an accomplished professional with extensive experience in quality management and engineering. Currently serving as the Director of Quality at Rotating Composite Technologies, LLC since December 2022, Meghan has previously held a variety of roles at TRIUMPH, including QMS Compliance/Sr. Quality Engineer and Program Quality Engineer, where employment spanned from July 2018 to August 2023. Prior positions include Quality Engineering Manager at TRIUMPH, Quality Supervisor at Kaman Corporation and Eaton, and Quality Assurance Engineer at APComPower Inc. Meghan began a career in quality with roles at Alstom Power and the URI Transportation Center as a Process Control Engineer and Research Assistant, respectively. Academically, Meghan holds an M.S. in Engineering Management and an MSEM/MBA from Western New England University, as well as a B.S. in Industrial Engineering from the University of Rhode Island.
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Rotating Composite Technologies, LLC
Pushing boundaries is what we do. You can find our hardware in the Smithsonian National Air and Space Museum and on pioneering vehicles operated by leading aerospace startups, OEMs, and defense primes. Rotating Composite Technologies, LLC (RCT) specializes in solving your toughest problems in rotating aerospace structures. Delivering custom capabilities to our partners, RCT is principally engaged in propeller and rotor design, development, manufacture, vehicle integration and regulatory compliance. Our close-knit team designs and fabricates unique propellers and rotors for nearly every type of aerospace vehicle. We’ve supplied everything from 12” diameter variable pitch rotors for unconventional unmanned applications, to pusher fans that absorb thousands of horsepower. Founded in 2008 by engineering professionals with decades of experience in propeller development, RCT works on the cutting edge of composite propeller and rotor technology. Our staff includes industry recognized experts in prop aerodynamic and structural design, ground and flight test, and regulatory compliance. We hold numerous patents on our blade retention and scalable fabrication technologies.