Literature review
Introduction
The connection between business and human aviation is complex. Both the use of air travel and business activities has increased worldwide for the last few decades. The overall number of passenger airlines increased 7 times, from 300 million to 2 billion from 1970 to 2015 (Seetanah et al., 2019). According to Ishutkina and Hansman (2011), worldwide GDP tripled from US$12 billion to US$36 trillion. As the airline industry demand increased, it played a significant role in the world economy. Currently, many foreign visitors travel by air, whereas air cargo accounts for more inter-regional goods exports. The aviation industry is the only viable, fast and reliable long-distance means of transportation for perishable goods and individuals who opt to reach their destinations within the shortest time possible, and is also the only gateway for geographically remote regions. Airline travel offers access to foreign markets, people, money, expertise, skills, assets, and opportunities. Thus, the existence of airline transport services significantly expands the regional reach and time-cycle of business growth. This section provides a detailed overview of flight operations and workplace health, and impacts on business. The theory of rational action and the principle of attribution would enable the reader to collect psychological actions concerning economic development. There will also be discussions on the various forms of human errors and infringements, leading to injury and accident causes in any occupational maintenance setting. These problems will be addressed in empirical studies.
Human Factors in Aircraft Industry
While it is widely accepted that air transport infrastructure is important in shaping business, there is no agreement in the literature about designing the link between human factors and air transport and economic growth. The research on aviation effect modeling encompasses a range of categories: the quantitative approach leveraging production and cost mechanisms and the qualitative approach using equilibrium and mode. Besides, the cost-benefit analyses and the microeconomic approaches are also used during the study. One of the uncertainties in analyzing the air transport effect is to understand the causal relationships between the rate of infrastructure investment and the economic development in the air transport industry. Because the statistical techniques do not clarify the essence of cause and effect, quantitative and qualitative techniques are used to analyze the statistical findings properly. Human factors suggest that we can analyze people and then again look at the shortcomings of human processes. Human factors allow one to evaluate and build methods for avoiding such failures. It is believed that to have a healthy environment, humans have to carefully analyze the factors which affect safety, such as organizational influences, management or surveillance, infringements, and factors like environmental, biological, and behavioral factors.
Workplace Safety
According to Maurino (2020), “Security is a psychological state which rests partially in structured frameworks and procedures but essentially in sentiments is related to uncertainties and humanity” (p 83-94). The protection of the workplaces depends upon the willingness of workers to function without committing mistakes. The current research attempts to classify the causes of injuries and maintenance accidents, and contributing factors. This allows us to evaluate preventative measures that make humans perform better in the airline industry. The point is that protection at work relies on a synthesis of rigorous, structured planning, and responsible individual actions. Burnette describes employee, task linked, equipment and other resources, facilities and climate, products, management, and the company in terms of workplace safety concerns. These factors illustrate the complexity of modern work environments. Failure to consider several concerns may harm an otherwise secure system and reduce the organization’s ability to manage the aircraft industry efficiently. Some of the safety concerns associated with aircraft maintenance are addressed in this research.
Accidents
This study’s primary purpose is to investigate further the logic and cause of accidents caused by the human in error in maintenance or airplanes and the series of events leading to them. The study focuses on the analysis of information that can serve as the foundation for action to minimize potential incidents. It is, therefore, necessary to ascertain the causes of airplane accidents. Sometimes certain instruments, appliances, materials, or other incidents, such as a drop, are responsible for the causes of flight accidents. Nevertheless, such knowledge does not help much to clarify the conditions and actions that lead to accidents. Unfortunately, the major causes of flight accidents are very illusory, so analytical associations between potential factors and accidents are always the object of human attention.
Human error
There is no doubt that human errors during flight maintenance are a causal factor for many air crashes, as per the Civil Aviation Authority. There is no doubt that installation and repair safety failures will occur until the aerospace industry knows about these incidents. Several investigations of the causal variables resulted in air accidents, but only a few concentrated on airplane maintenance activities. The reports of the 1984-2002 NTSB investigations on air crashes concluded that 76.5% of maintenance errors failed, 19.8% of maintenance occurrences failed or were inspected inadequately, and 15.2% were reported by inaccuracies of maintenance organizations, whereas 15.2% were reported by a team of aircraft maintainers (Bernstein et al., 2019). These lead to flight accidents. These causes were identified. The next segment looks at various forms of mistakes and their relation to servicing accidents, which draw on previous studies.
Human errors in aerodynamics have been compelling investigators, and many different kinds of errors, particularly in the maintenance setting, are investigated. One can claim that a mistake is a failure to do what is expected, which can be due to disregard, incompetence, or negligence. According to Kim and Rhee (2017), “Errors are described as the unsuccessful plans to realize its desired effect. They can incorporate various psychologically distinct types of deviating, uncertain deviation of operation from purpose, or the deviation of expected outcomes, to some reasonable path towards a preferred outcome” (p. 137). The errors are defined as the failure of deliberated actions to achieve their inevitable effects (Kim & Rhee, 2017). 90 percent of flight accidents are alleged to be mainly caused by human mistakes and errors in certain circumstances.
Research Objective
The purpose of this analysis is to determine how humans can perform better and relate well with aerospace technology—the majority of root causes of presumed behavioral intention and the cause of injuries in major airplane maintenance. The study in progress explores the root causes by applying the principle of justification and reasoning intervention. The study will help examine the attitude and normative behavior of these events’ causes and obligations through theories. According to the literature review, the bulk of aviation maintenance analysis seems to have concentrated primarily on the mistakes that lead to air crashes and potential failures. Another focus of the research inquiry is to investigate the staff and technical team reactions to accidents and their causes.
Conclusion
Most research has failed to focus on employees’ safety and factors that cause accidents and service issues. No official statistics on specific accidents in-flight operations have been identified through a systematic literature review. The aviation industry is beginning to tackle workplace safety in collecting, analyzing, and analyzing accident reports. Although aircraft protection is very important, it has not been adequately handled for humans’ safety and health. The absence of evidence in this field and the need for studies to resolve this is very critical. To profoundly change the safety culture in aviation, human factors experts must have a strategy to limit human errors and improve the overall aviation business sector.
References
Seetanah, B., Sannassee, R. V., Teeroovengadum, V., & Nunkoo, R. (2019). Air access liberalization, marketing promotion, and tourism development. International Journal of Tourism Research, 21(1), 76-86.
Ishutkina, M. A., & Hansman, R. J. (2011). Analysis of the interaction between air transportation and economic activity: a worldwide perspective.
Mauriño, D. (2020). Turning the Management of Safety Risks into a Business Function: The Challenge for Industrial Sociotechnical Systems in the 21st Century. In Human and Organisational Factors (pp. 83-94). Springer, Cham.
Bernstein, B. C., Rasmussen, R. M., McDonough, F., & Wolff, C. (2019). Keys to Differentiating between Small-and Large-Drop Icing Conditions in Continental Clouds. Journal of Applied Meteorology and Climatology, 58(9), 1931-1953.
Kim, E., & Rhee, M. (2017). How airlines learn from airline accidents: An empirical study of how attributed errors and performance feedback affect learning from failure. Journal of Air Transport Management, 58, 135-143.