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| FAA Civil Aerospace Medical Institute | |
|---|---|
| Name | Civil Aerospace Medical Institute |
| Formed | 1960 |
| Preceding1 | Aeromedical Research Laboratory |
| Jurisdiction | United States Department of Transportation |
| Headquarters | Oklahoma City, Oklahoma |
| Chief1 name | Director |
| Parent agency | Federal Aviation Administration |
FAA Civil Aerospace Medical Institute
The Civil Aerospace Medical Institute (CAMI) is the Federal Aviation Administration's principal biomedical research, education, and occupational medicine center located in Oklahoma City, Oklahoma. CAMI conducts aeromedical research and provides medical certification, toxicology, aerospace human factors, and occupational health services supporting Federal Aviation Administration regulatory functions, National Transportation Safety Board accident investigations, and international International Civil Aviation Organization standards. CAMI's work intersects with agencies such as the National Aeronautics and Space Administration, the Centers for Disease Control and Prevention, and the Department of Transportation.
CAMI traces its origins to post-World War II aeromedical research efforts that consolidated facilities from the Civil Aeronautics Authority and United States Army Air Forces. The institute evolved through reorganizations involving the Federal Aviation Agency and the Federal Aviation Administration during the 1950s and 1960s, succeeding earlier units such as the Aeromedical Research Laboratory. CAMI's campus in Oklahoma City developed alongside the Mike Monroney Aeronautical Center hub and expanded following aviation safety incidents investigated by the National Transportation Safety Board that highlighted physiological factors. Over decades CAMI's mission adapted in response to changes in Air Traffic Control technology, cockpit automation exemplified by the Boeing 737 MAX development debates, and international harmonization under the Chicago Convention on International Civil Aviation.
CAMI operates as a laboratory within the Federal Aviation Administration organizational structure and reports to FAA headquarters in Washington, D.C.. Leadership includes a director and branch chiefs responsible for laboratories such as Aerospace Human Factors, Bioaeronautical Sciences, Occupational Medicine, and Toxicology. CAMI has collaborated with executive bodies including the Office of Aerospace Medicine and advisory groups such as the Aerospace Medical Association and panels convened by the National Academy of Medicine. Directors and senior researchers have participated in panels alongside prominent figures from National Aeronautics and Space Administration leadership, faculty from Oklahoma State University, and clinicians from Mayo Clinic.
CAMI's facilities encompass specialized laboratories and operational platforms co-located with the Mike Monroney Aeronautical Center campus. Key assets include hypobaric chambers used in studies comparable to those at Johnson Space Center, hyperbaric and environmental exposure suites reminiscent of installations at Naval Medical Research Center, and flight simulation rigs akin to devices at Massachusetts Institute of Technology research groups. The toxicology laboratory supports analytical techniques paralleling those employed by the Food and Drug Administration and Environmental Protection Agency laboratories. CAMI houses an occupational medicine clinic with diagnostic equipment comparable to veteran facilities at Walter Reed National Military Medical Center.
CAMI conducts basic and applied research in aerospace physiology, fatigue and circadian rhythms, human factors in cockpit design, cabin air quality, toxicology, and survival and crashworthiness studies. Research programs address issues raised in incidents involving carriers such as American Airlines, United Airlines, and Delta Air Lines as well as regulatory rulemaking connected to the Federal Aviation Regulations. CAMI scientists publish findings in journals alongside scholars from Harvard Medical School, Johns Hopkins University, and Stanford University. Programmatic collaborations have included joint projects with NASA Ames Research Center, the Office of Naval Research, and the Centers for Disease Control and Prevention on topics like infectious disease transmission aboard aircraft and chemical exposure assessment.
CAMI provides recurrent training and continuing education for aviation medical examiners, medical reviewers, and FAA staff, coordinating curricula that draw on standards from the American Board of Preventive Medicine and guidance from the World Health Organization. Training events have featured instructors who have lectured at institutions such as George Washington University, University of Oklahoma, and University of Texas Southwestern Medical Center. CAMI hosts workshops and symposia that convene experts from the Aerospace Medical Association, Royal Aeronautical Society, and military aeromedical centers including the Air Force School of Aerospace Medicine.
CAMI supports the FAA's medical certification system for airmen through clinical evaluations, toxicology screening, and medical appeals processes informed by standards from the American Medical Association and the U.S. Department of Transportation. The institute provides expert review for complex cases referred by aviation medical examiners and adjudication panels, paralleling adjudicative functions seen in professional boards such as the Judicial Council of the State of California in structure. CAMI's laboratory services assist investigations led by the National Transportation Safety Board and provide forensic analyses comparable to those performed by the Federal Bureau of Investigation laboratories in specialized domains.
CAMI engages in outreach with academia, industry, and international organizations to disseminate findings and harmonize standards with bodies like the International Civil Aviation Organization and the European Union Aviation Safety Agency. Partnerships extend to universities including Oklahoma State University, University of Oklahoma, and University of Kansas Medical Center, airlines such as Southwest Airlines and Alaska Airlines, and research collaborations with National Aeronautics and Space Administration centers. CAMI participates in interagency working groups with the Centers for Disease Control and Prevention, Occupational Safety and Health Administration, and Environmental Protection Agency to address cabin air quality, infectious disease mitigation, and occupational health for aviation personnel.
Category:Federal Aviation Administration Category:Aviation medicine