Presentation
CANCELED - Towards a Future Flight Deck Interaction Paradigm: Insights From NASA’s ASRS Reports Thematic Analysis of Failures Leading Go-Around Procedure
SessionAS6: Accident Analysis
DescriptionAdvancements in aviation technology continually reshape flightdeck designs, prioritizing safety, efficiency, and pilot comfort. Automation integration aims to reduce pilot workload and enhance efficiency, even contemplating single pilot operation. However, crucial flight phases like take-off and landing remain challenging. Understanding these challenges is pivotal for designing future automation systems and flightdeck interfaces.
Despite automation, landing, approach, and descent phases still pose significant workload challenges, often requiring precise execution and decision-making. Real-time pilot feedback is valuable but difficult to obtain due to logistical constraints. Supplementing task analysis with resources like the NASA Aviation Safety Reporting System offers insights into incidents and challenges faced by pilots, aiding in redesigning systems for enhanced safety.
Analyzing ASRS reports provides insights into pilot decision-making and workload management during crucial moments, informing improvements in flight deck design and automation systems to enhance aviation safety.
Despite automation, landing, approach, and descent phases still pose significant workload challenges, often requiring precise execution and decision-making. Real-time pilot feedback is valuable but difficult to obtain due to logistical constraints. Supplementing task analysis with resources like the NASA Aviation Safety Reporting System offers insights into incidents and challenges faced by pilots, aiding in redesigning systems for enhanced safety.
Analyzing ASRS reports provides insights into pilot decision-making and workload management during crucial moments, informing improvements in flight deck design and automation systems to enhance aviation safety.
Contributor
Event Type
Lecture
TimeThursday, September 12th9:28am - 9:29am MST
LocationFLW Salon D
Aerospace Systems