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U.S. Army School of Aviation Medicine

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U.S. Army School of Aviation Medicine
Unit nameU.S. Army School of Aviation Medicine
Dates1919 – present
CountryUnited States
BranchUnited States Army
TypeMedical training and research institution
RoleAeromedical education, research, and consultation
GarrisonFort Novosel, Alabama
Garrison labelCurrent location
NicknameUSASAM

U.S. Army School of Aviation Medicine. The U.S. Army School of Aviation Medicine is the primary institution for aeromedical training, research, and consultation within the United States Department of Defense. Established in the aftermath of World War I, it is responsible for educating flight surgeons, aeromedical physician assistants, and other aviation medicine specialists to support the operational readiness of Army Aviation and joint forces. Its mission encompasses advancing the science of aviation medicine through rigorous research and developing clinical standards for the care of aviators across the United States Armed Forces.

History

The school was founded in 1919 at Hazelhurst Field on Long Island, later moving to Mitchell Field, as a direct response to the medical challenges encountered by military aviators during World War I. Its early work was heavily influenced by pioneering figures in aviation medicine and focused on the physiological stresses of flight. During World War II, the institution, then located at Randolph Field in Texas, expanded dramatically, conducting critical research on issues like hypoxia, acceleration forces, and spatial disorientation that informed pilot training and aircraft design for the United States Army Air Forces. Following the creation of the United States Air Force in 1947, the school was transferred to the Air Force, but was re-established under the Army Medical Department in 1953 to support the needs of Army Aviation. It relocated to its current home at Fort Rucker (now Fort Novosel) in Alabama in 1966.

Organization and location

The school is a direct reporting unit of the United States Army Medical Center of Excellence under the United States Army Training and Doctrine Command. It is permanently headquartered at Fort Novosel (formerly Fort Rucker) in Alabama, which is also the home of the United States Army Aviation Center of Excellence. This co-location facilitates close integration with aviation training and operational units. The school's organization includes multiple directorates and divisions focused on education, clinical services, and research, and it operates the Aeromedical Consultation Service, a worldwide resource for aviation medical issues.

Training and curriculum

The core curriculum centers on the prestigious Flight Surgeon Primary Course, which trains Medical Corps officers and officers from other services and allied nations in the principles of aviation medicine. The school also conducts courses for Aeromedical Physician Assistants, Flight Medics, and aviation psychology personnel. Training encompasses both didactic instruction and extensive practical application, including altitude chamber training, spatial disorientation demonstrations, and survival training. Graduates are qualified to provide medical care for aircrews, perform aeromedical evacuations, and advise commanders on the health and performance of aviation personnel.

Research and development

The school's research mission is executed through its Aeromedical Research Directorate, which investigates the human performance challenges of military aviation. Key research areas include the effects of sustained operations and fatigue, advanced helmet-mounted display systems, protection from crash forces, and the medical standards for operating unmanned aerial vehicles. This work is conducted in state-of-the-art facilities like human performance laboratories and advanced simulation centers, often in collaboration with institutions like the Naval Aerospace Medical Research Laboratory and the Mayo Clinic.

Notable personnel and alumni

Throughout its history, the school has been associated with many leaders in aerospace medicine. Early influential figures include John Paul Stapp, an United States Air Force officer and pioneer in studying the effects of acceleration and deceleration on the human body, whose work was foundational. Renowned aviation medicine researcher and former commander of the United States Air Force School of Aerospace Medicine, Harry G. Armstrong, also contributed to the field's early development. Distinguished alumni include numerous surgeons general of the Army Medical Department and leaders within the Defense Health Agency who have shaped military health policy.