Purpose: knowledge is required in the development of structures, design and manufacture of systems and units that are part of the aircraft power plant.

Objective: knowledge of the principles of operation of schemes, structures, design and manufacture of systems and units that are part of the aircraft power plant.

Goal: knowledge acquisition about gas turbine engines reliability.

Task: to study reliability metrics and their application during gas turbine engines design and maintenance.

Goal: formation of initial knowledge and ideas about the current state and prospects of aviation science, engineering and technology.

Task: study of the basic characteristics of aviation and rocket technics, aviation and the principles of rocket propulsion technology of aircraft and rocket technology.

Goal: is forming of general and professional competences regarding to the State Education Stand-ard of a high professional education on the specialty 134 «Aerospace Engineering» and 272 «Aviation Transport».

Task: This course provides a research work that evolves capacity to independent theoretical and practical work, judgment and solution, skills in objective estimation of scientific information, freedom of scientific discovering and trend to application of scientific knowledge in engineering activity.

Goal: initial images forming about arrangement and strength of aircraft turbine engines, knowledge acquisition about the turbine engine components and parts composition and design.

Task: studying of the engine main components and structural units composition, design, operation conditions and loads, strength analysis.

Goal: knowledge acquisition on aircraft engine design. The task is solved of initial images forming about engine elements and parts dynamics based on the theoretical and engineering disciplined that are studied previously.

Task: study theoretical course, make laboratory and practical works and the course project “Com-pressor of turbine engine”.

Goal: knowledge acquisition about aircraft piston engine working process and design.

Task: study principles of the piston engine arrangement and operation, classification, working process and dynamics analysis.