CAMI scientists also study the skills, abilities, behavior, and performance of personnel involved in aerospace operations. Researchers look for ways to optimize human performance, efficiency, and safety, through the introduction of new work station/cockpit displays and controls, and the effective selection and training of personnel operating in highly complex technological environments.
Aerospace Medical Research conducted at CAMI is enhancing human safety, health, security and survivability in civilian aerospace endeavors. Civilian aerospace safety and performance are key concerns of bioaeronautical researchers. CAMI's specialized labs and equipment enable thorough research in forensic toxicology, functional genomics, biochemistry, radiobiology, environmental physiology, and bioinformatics.
- Aerospace Medical
- Cabin Safety
- Environmental Physiology
- Forensic Toxicology
- Functional Genomics
- Vision Research
Save the Date!
The Civil Aerospace Medical Institute is hosting a workshop titled Injury Mechanism Analysis in Aerospace Accident Investigation.
The workshop is being held November 3-4, 2015 at the Civil Aerospace Medical Institute in Oklahoma City, Oklahoma. The purpose of this workshop is to provide an opportunity for the AAM research staff and other members of the aeromedical community (government, academia, and industry) to learn the best methods of forensic evidence collection in the investigation of the biomechanics and biodynamics of aircraft accident injuries and the determination of the mechanism of injuries in support of injury research.
Important News About Our Lab
Bioaeronautical Sciences Research Laboratory Receives American Board of Forensic Toxicology Accreditation