The accident would have been avoided if the flight crew labored together, followed procedures and abandoned the unsuccessful landing.
System Safety Management:
In order to avoid incidents in the global aviation industry, it's important for airlines to implement effective and efficient maintenance and safety practices other than the improper practices. These measures will help in lessening incidents that result from improper aircraft maintenance practices and human factors. For maintenance personnel in most of the developed aviation systems, time pressures are usually a factor in their work. However, it's still important for these personnel to attain high reliability and efficiency in their work and thus reducing the number of aircraft incidents. Various organizational procedures and practices for aircraft maintenance and safety have been established such as inspections and logbook recordings.
Nonetheless, regardless of these maintenance procedures and practices, there are other incidents that occur because of human errors. While human errors are expected in places where humans are involved, it's important to adopt practices that lessen the occurrence of these errors. As these errors are reduced, aircraft incidents resulting from this human factor will also be reduced. In addition to the organizational procedures for aircraft maintenance, there are various important factors for a better, safer, efficient and effective system maintenance system. To have this kind of aircraft maintenance system, airlines should ensure that there is:
Effective Team Coordination:
To achieve a better, safer, effective and efficient maintenance system, effective team coordination is necessary since it enhances productivity and satisfaction. Safety and efficiency is improved by teamwork since it helps in the recognition and correction of individual errors. Effective team coordination also fosters active interaction of individuals during a task process rendering the safety procedures effective (Suzuki, von Thaden & Geibel, 2008). According to the Federal Aviation Administration, there are several factors that are necessary for effective teamwork such as openness, clear purpose, participation, shared leadership and listening.
Effective team coordination helps in achieving better, safer, efficient and effective aircraft maintenance practices since potential factors resulting in maintenance coordination problems are dealt with. The established procedures for aircraft maintenance can only be efficient and safer if effective teamwork coordination is in place. In fact, it's been discovered that problems in aircraft maintenance events that eventually influence safety are sometimes brought by lack of effective teamwork coordination.
Communication Failure:
While this factor is closely associated with effective teamwork coordination, communication failure also has an impact on aircraft maintenance practices. This is because communication...
Role of Communications in Aircraft Maintenance Management The mainstay of every establishment is communication, and it is same with the aviation organization. In the absence of communication, the entire gamut of its inherent functions like aircraft servicing program, maintaining flight schedules and various other functions will come to a standstill. Despite this, proper attention is not being paid to the planning and executing communications set up within the flight department.
U.S. statistics indicate that 80% of aviation accidents are due to human errors with 50% due to maintenance human factor problems. Current human factor management programs have not succeeded to the degree desired. Many industries today use performance excellence frameworks such as the Baldrige National Quality Award framework to improve over-all organizational effectiveness, organizational culture and personal learning and growth. A survey administered to a sample population of senior aviation
Maintaining Reliability and Maintenance of UASSummaryThis paper examines maintaining the reliability and maintenance of UAS since this system is increasingly adopted in the National Airspace System (NAS). The issue is examined on the backdrop of increased adoption of UAS in commercial and civilian domains though they were initially designed for military application. The discussion seeks to promote an in-depth understanding of UAS operations, understand UAS capabilities and limitations, and develop
Improper Ergonomics caused USAir 1493 and SkyWest 5569 Accident Accident Investigation: Improper Ergonomics was the Cause Ergonomics was derived from two Greek words: ergon which means work, nomoi, on the hand means natural laws, in creating a word with the meaning, the science of work and an individual's relationship to that work. Another related definition according to International Ergonomics Association describe Ergonomics as the scientific discipline that deals with the understanding of
The pilot then asked for emergency vehicles to meet them on runway 36 as a precaution. No total emergency was declared. The flight was able to land safely on runway 36 and the pilot was able to complete a normal shutdown. Then the rudder cable was sent to the NTSB materials laboratory and they found that the wire rope portion of the cable was fractured inside the clevis fitting
References Amalberti, Rane & -Sarter, N.B. (eds.). (2000). Cognitive engineering in the aviation domain. Mahwah, NJ: Lawrence Erlbaum Associates. Bennis, W. & Biederman, P.W. (1997). Organizing genius: The secrets of creative collaboration. Cambridge, MA: Perseus Books. Boeing. (1994). Maintenance error decision aid. In Amalberti & Sarter (2000). Butzgy, M. (2003). LSET team to visit 23rd FG. Pope Air Force Base, N.C. Available: http://www.carolinaflyer.com/11Nov/111403/111403_13.shtml. Clark, G.R. (1990). Words of the Vietnam war: The slang, jargon, abbreviations,
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