RMCI, Inc.
Jessica Smith has extensive experience in public relations and event management, currently serving as the Public Relations and Executive Assistant to the CEO at RMCI, Inc. since January 2016. Prior to this role, Jessica held the position of Assistant Director and Event Specialist at the American Heart Association | American Stroke Association, where responsibilities included financial oversight, event coordination, and budget management for significant fundraising events. Jessica's earlier experience includes serving as an AmeriCorps member at the YWCA of Central Alabama and leading the Zeta Tau Alpha sorority chapter as President. Jessica interned at the St. Clair County District Attorney's Office, gaining insights into the justice system. Jessica holds a Bachelor of Science degree in Communications with a minor in History from Auburn University, attained in 2012.
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RMCI, Inc.
RMCI, Inc. is the most experienced helicopter health monitoring team in the world. With experience monitoring over 3,000 U.S. Army rotorcraft, RMCI offers a comprehensive and sophisticated approach to vehicle health management on a variety of platforms. RMCI is an agile, creative, highly skilled team with a diverse set of capabilities, including: • Vibration signature analysis and diagnostics • Rotor track and balance • Condition-based maintenance (CBM) implementation • Bearing, gear, and shaft vibration and fault signature analysis • Acoustic modeling and noise control techniques • Sensor functions, selection, placement and instrumentation • Electrical signal processing • Dynamic system modeling, including lumped-parameter and finite-element based analysis • Data acquisition methods and requirements and data reduction • Development of new condition indicators (CIs) for the detection of specific component faults • Trending of CIs for component health • Data analysis for all U.S. Army helicopter drive train vibration diagnostic systems • Application-specific software development and software testing • Hardware design for electrical and mechanical systems • Hardware and software system integration • Processing and management of large data volumes • Development and calculation of performance metrics