Tim Hendricks Email & Phone Number

Lenexa, Kansas, United States

• Performed standard engineering assignments often representing a significant portion of a larger project and selected engineering techniques to solve problems and make design decisions
• Represented the Certification team in both internal and external design reviews
• Compiled FAA certification documentation for submission to commercial OEM’s and regulatory agencies
• Reviewed and approved design changes from a certification perspective
• Lead test activities, including Environmental, Electrical, Flammability and Structural testing
• Administrated certification efforts across multiple types of electrical galley insert equipment - Beverage Makers, Coffee Makers, Espresso Makers, Tea Makers, Water Heaters, Beverage Cups, Convection and Steam Ovens.

Lenexa, Kansas, United States

Indianapolis, Indiana Area

• Planned and supported component specification, packaging and overall design of control system hardware to meet engine-level requirements
• Responsible for integration, test verification, validation and certification of OEM source controlled (supplier-engineered and manufactured) components
• Managed risk and supported component requirement definition throughout the project lifecycle
• Approved design specification and component drawings; managed component requirements, engine interface documentation and product definition systems
• Oversaw and approved specialized analyses necessary to verify functionality, safety and reliability of component designs as well as supplier testing to RTCA DO-160, CS-E 80, and FAR25 requirements
• Communicated regularly with US based suppliers and Rolls Royce Engineers based in the UK and Germany

Houston, TX

• Capture system requirements from internal and external customers
• Planned, tested, implemented predictive diagnostics
• Designed and approved empirical, first principles and peer-to-peer analytical models
• Developed new models and diagnostic networks to predict failures
• Implemented software and operational process improvements
• Daily visual data monitoring for:o Small and large civil aerospace engines (Fleet of > 15,000 aircraft)o Industrial gas turbines (Fleet of ~150 engines)o Chemical process centrifuges (Fleet of 6 engines)

Evaluated student homework performance, assisted and instructed students in applications of jet propulsion, and organized and executed mirco-jet engine performance laboratory experiment.

Collaborated with a team to conduct aluminum fatigue testing, to fabricate carbon fiber composite wings, and to engineer and assemble piezoelectric actuators.

Bachelor Of Science, Aerospace Engineering, 3.5/4.0

Activities and Societies: Sigma Gamma Tau Aerospace Honors Society • Tau Beta Pi Engineering Honors Society • National Society of.

Master Of Science, Aerospace Engineering

Graduate coursework in Aerospace Engineering, Focus in Astrodynamics and Satellite Navigation