This paper concerns the issue of management and assessment of the aviation training process, which takes into account the elements changing over time: the state of training, its level, quality and mechanisms rationalising the organisational activities and costs. The elements of the complex management system of the aviation training process, which includes probabilistic models for projecting the reliable, safe and effective aviation training, taking into account the requirements imposed by rules, standards and regulations of civil and military aviation, were discussed. In general, its structure, internal modules and exemplary tables of the analysis and assessment of the aviation personnel updates and the validity of permissible breaks during flight by aviation personnel. A schematic diagram of introducing the input data, main parameters, statistical data and expected results in the form of the training schedule, the schedule of the aircraft necessary moving, indicators of the training analysis and assessment, safety and reliability, were mentioned. The mathematical notations of input data and examples of the offered training indicator of aviation personnel were presented. The criterion global function, which exposes the maximisation of the aviation personnel training, as well as the maximisation of the performed flying time of a given type of aircraft, and the minimisation of operating costs of the specific aviation training, was determined. The paper was completed with a conclusion that shows the advantages of the proposed complex management system of the aviation training process.
One of the problems becoming increasingly important in the exploitation process of each technical object is effectiveness expressed as a ratio of the value of obtained results to the related expenditure. There are several criteria to evaluate the effectiveness of the exploitation process. However, in their selection, it is necessary to take into account the characteristics not only connected with a concrete object or system, but also with a model of its use. In civil aviation, especially in case of airlines and various kinds of service companies, the effectiveness of exploitation system of the aircraft fleet is assessed primarily in economic terms. However, in military aviation, due to its characteristics, slightly different criteria must be applied. In practice, the effectiveness of such systems is usually assessed based on the index of technical exploitation readiness, which specifies the system readiness to execute the agreed tasks within predetermined time. This paper presents selected aspects of technical readiness related to the exploitation system of trainer aircraft in military aviation. The issues connected with determining the total flying time, conducted within the framework of the training cycle, are discussed. The factors affecting the state of technical readiness related to the exploitation system of the aviation technology as well as methods for determining the required number of aircraft to perform the tasks planned for a given period and the index of available service life resources.
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