Boeing Flight Test Engineer Resume Example

Technologies supported according to the above duties include: Flight Deck Displays, Autopilot/Autoland, Flight Controls, Enhance Ground Proximity Warning (EGPWS), Multi-Mode Receivers (MMR), Stabilized Approached Monitor (SAM), Category I GNSS Landing System (GLS), Category III GNSS Landing System (GLS), Portable GLS, Runway Situational Awareness Tool (RSAT), Runway Awareness and Advisory System (RAAS), Integrated Approach Navigation (IAN), Traffic Collision Avoidance System (TCAS), Low Range Radio Altimeters (LRRA), Optimal Runway Exiting (ORE).

Subject Matter Expert (SME) for GNSS Landing System (GLS) and Portable GLS (2001 – present).

Leadership positions include focal for the 737-800 autopilot development and certification flight testing (1998), lead for the autoflight system development for the MD10 Upgrade Program (1998-2000), development testing and certification demonstration of GLS technology (2000-2003), 777 Concept Validation Risk Reduction (CVRR) for the 787 flight control system development (2004-2006), 737 MAX Focal (2013-2015), and Autoflight Group focal for 737 (2012) and 787 EcoDemonstrator (2014-2015).

February 2015 to November 2015 loaned to 787-10 Engineering to support development of Requirements Based Testing (RBT) and associated software tools (online databased WSRDs) . Tasks included process definition and integration between Engineering and Flight Test Analysis, Flight Test Operations, Flight Test Instrumentation, and Engineering.

Flight Test Engineering Analysis GLS Team lead (November 2015 – present),

KC-46 Autopilot team leadl (May 2016 – present)