Ethan Woody

Excelled at extensive flight training, learning advanced instrument and tactical maneuvers in the T-1 Jayhawk, and KC-135 Stratotanker at Altus Air Force Base. Perform daily mission planning, including studying maps, weather reports, fuel management, and flight parameters for safe and efficient mission execution. Lead pre-flight inspections and verify aircraft readiness, ensuring compliance with all maintenance and safety protocols. Brief crew members on mission objectives, safety protocols, and emergency procedures. Apply emergency procedures as needed, ensuring safety and operational readiness throughout the flight.

Led mission planning using JMPS, PFPS, and CFPS, coordinating with multiple squadrons to optimize training and operational readiness. Executed precise in-flight refueling for tactical and strategic aircraft, ensuring safe and efficient fuel transfers during 985.8 flight hours. Executed 118.5 combat hours, conducting aerial refueling missions in high-stress environments. Played a pivotal role in supporting combat and combat-readiness operations, demonstrating superior knowledge of military tactics, and mission objectives. Enforced strict safety protocols during all missions, conducting pre/post-flight checks and participating in risk management assessments.

Acted as the enlisted liaison between CONAR, 117th ARW, and 106th ARS crew members, ensuring seamless communication and coordination for the ONE alert mission. Managed 24/7 crew schedules using M4s, GDSS, and Microsoft Excel, ensuring efficient use of allocated man-days and compliance with USAF directives. Maintained and disseminated up-to-date classified information to alert crews, ensuring mission-critical data was available during operations. Coordinated with base and external contractors to ensure a properly maintained living facility for all alert crew members, handling maintenance, upgrades, and necessary alterations. Participated in quarterly reviews, analyzing performance trends and implementing corrective actions to improve operational efficiency.