# Optimizing Aviation Maintenance through Algorithmic Approach of Real-Life Data
## 4 Discussion
The use of real-time data can help organizations in predicting and preventing potential maintenance issues, reducing the likelihood of unscheduled maintenance, and ensuring the safety and reliability of aircraft operations. Real-life data can also help organizations in optimizing their flight routes, reducing fuel consumption, and improving flight schedules, leading to increased operational efficiency. The integration of real-life data can also help organizations in complying with regulatory requirements. By utilizing real-life data, organizations can demonstrate their compliance with regulations and improve their overall safety culture. The efficient operation of maintenance, repair, and overhaul (MRO) processes in aviation is crucial for ensuring the safety and reliability of aircraft operations. Algorithmization, the process of designing and implementing algorithms to automate and streamline MRO processes, can significantly improve the effectiveness and efficiency of these processes. One important benefit of algorithmization is the reduction in human error, which is a common cause of accidents and incidents in aviation. Algorithmization can minimize the risk of human error, increase the consistency and accuracy of MRO procedures, and can quickly analyze large amounts of data to identify potential issues and prioritize tasks, which can improve the speed and effectiveness of maintenance activities. We have developed a methodology that focuses precisely on these aspects. By algorithmizing individual processes in the form of flowcharts, together with a detailed description of individual activities, a comprehensive manual for the step-by-step implementation of processes was created. Not only was this methodology created based on measurements and analyses of aviation maintenance processes, interviews with operations management, and a thorough study of operating procedures and internal regulations, but in its creation we also implemented insights and best practices gained from interviews with maintenance team leaders and senior technicians. This methodology is also useful in training new staff, when in practice it is sufficient for trainees to strictly follow and adhere to the proposed methodology. By having such a methodology available to trainees, instructors and lead technicians can fully concentrate on the execution of the processes without having to explain the sequence of processes and interrupt their concentration while working. This leads to an increase in overall safety and work efficiency, as well as a reduction in the occurrence of human errors. Another advantage of algorithmization is the optimization of maintenance scheduling and resource allocation. By analyzing real-life data on equipment usage, maintenance requirements, and operational constraints, we can predict the optimal time for maintenance activities and allocate resources accordingly. This can increase the availability of maintenance resources, resulting in significant cost savings and operational efficiencies. By standardizing procedures and automating routine tasks, we can ensure that maintenance activities are performed consistently and according to best practices. This reduces the variability in maintenance outcomes and improves the reliability of aircraft maintenance operations.