The article considers the issue of solving the problem of structural parametric synthesis of an automated system for planning and monitoring the implementation of combat training activities in the Armed Forces of the Russian Federation. It is shown that the features of the proposed method and elements of particular methods for solving problems of structural parametric synthesis of automated special purpose systems (AS SN) open up new possibilities for optimizing the structure of the automated system for planning and controlling the implementation of combat training activities (ASPM BP). To reduce the dimensionality of the solved problems in structural-parametric synthesis and a compact description of alternative variants of their construction, formed on the basis of morphological analysis, a logical-combinatorial approach was applied. An example of a system for planning and controlling the implementation of combat training measures is considered - special training of specialists in the organization of air traffic (persons of hydraulic fracturing) of an aviation unit, which provides theoretical and practical training both on standard equipment and simulator training. It is concluded that the features of the method, as well as the novelty elements of particular methods for solving problems of structural-parametric synthesis of AS CH, open up new opportunities for optimizing the structure of the ASPM BP and the topology of computer networks, which currently should be widely used in practice when solving the tasks of its further modernization.