Emerging Technologies in Commercial Aviation: SWOT Analysis

Topic: Aviation Words: 571 Pages: 2

Table of Contents

Introduction
SWOT Summary
Conclusion
References

Introduction

Emerging technologies in commercial aviation
Strengths	Weaknesses
Significantly increase the accuracy of all measurements and processes Contribute to the more effective use of funds Help to save time and money Improve data collection techniques Provide up-to-date data about critical processes and states of aircraft Generate knowledge base vial for the achievement of improved results and better work of civil aviation Create the basis for further innovation and digitalization of commercial aviation Increase the effectiveness of cooperation between all actors involved in the process	Demand significant investment to reorganize the work of airlines and replace outdated approaches that are utilized nowadays Depend on the environment and the degree of digitalization peculiar to various facilities or companies Require additional training for employees to improve their understanding of technologies and the ability to work with innovative devices or software Integration of new technologies remains a continuous process that demands time and other resources
Opportunities	Threats
Creation of a new digitalized environment characterized by the lower mistake rate, better cooperation between all actors, higher efficiency levels, and reduced time needed to perform MRO procedures Replacement of outdated, ineffective, or resource-consuming approaches Cultivation of a new approach to MRO accepted by the majority of airlines Reduction of costs that can be devoted to other spheres of civil aviation Provision of safety guarantees to passengers	The emergence of ethical concerns related to the broad use of technologies and employees’ fears to be replaced by devices or robots Increased risk of cyber-attacks as the result of the extensive use of technologies and systems that might be vulnerable to outsider threat Poor understanding of new technologies by staff and managers The need for substantial investment to support the development and implementation of new technologies into the work of commercial aviation

SWOT Summary

In general, the research conducted in terms of the project shows that the integration of technologies into the work of civil aviation can have some advantages and threats that should be considered. It contributes to more effective use of funds, better data collection, and improved MRO procedures (Esposito, Lazoi, Margarito, & Quarta, 2019). Moreover, it helps to acquire the knowledge needed to improve the work of the sphere (Esposito et al., 2019). At the same time, there are still some threats, such as the need for extra investment to support the further evolution of the sphere and additional training to educate workers on how to function in a new environment.

All investigated platforms provide a wide range of opportunities for the creation of a new digitalized environment and employment of more effective MRO procedures contributing to the reduction of costs and achievement of outstanding results (Vieira & Loures, 2016). However, it is critical to consider ethical issues, the growing risk of cyber-attacks, and the requirement to eliminate the inappropriate understanding of current technologies and their use in the sphere.

Conclusion

Finally, the research does not reveal unacceptable weaknesses and threats. It describes the existing trends in commercial aviation and the ways technologies can be applied to obtain better results. There are still some possible limitations and risks that should be taken into account when continuing the digitalization of the discussed sphere; however, outlined advantages evidence that the expected benefits will contribute to the achievement of desired goals. It means that the research proves the favorable influence of new devices and technologies on MRO practices and shows that the majority of approaches and platforms that are used nowadays should be promoted to become an integral part of aviation in the future.

References

Esposito, M., Lazoi, M., Margarito, A., & Quarta, L. (2019). Innovating the maintenance repair and overhaul phase through digitalization. Aerospace, 6(53), 1-14.

Vieira, D., & Loures, P. (2016). Maintenance, repair and overhaul (MRO) fundamentals and strategies: An aeronautical industry overview. International Journal of Computing, 135(12), 21–29.