Basic subjects
Foreign language; The history of Russia; Physical education and sports; Philosophy, Economics and Law; Life safety; A foreign language for business communication; Higher Mathematics; Physics; Computer science; Engineering and computer graphics; Programming; Fundamentals of aviation technology and the history of aviation
Specialized subjects
Theoretical mechanics; Chemistry and ecology; Resistance of materials; Details of mechanisms and machines; Aviation materials; Metrology, standardization, and technologies for processing aviation materials; General electrical and electronics engineering; Fundamentals of reliability theory (Operational reliability of aviation equipment); Fundamentals of maintaining airworthiness; Technological maintenance processes; Technical operation of aircraft; Technical diagnostics, production and repair in C; Introduction to engineering; Process modeling and statistical data processing algorithms; Aircraft structures; Theory and design of aircraft engines; Aerodynamics and flight dynamics; Hydraulics and hydro-gas systems of aircraft; Electrical, barometric, electronic and automatic aircraft systems
Program Overview
The aircraft operation is a complex and dynamic process that includes a number of interrelated functional processes. Understanding of general regularities and knowledge of the mechanisms of physical processes occurring in materials and structural elements or functional systems allows the specialist to act always in full accordance with the circumstances and consider expediency and responsibility with the greatest efficiency. Successful fulfillment of the tasks faced by the specialist is possible only if there is a broad knowledge of the main characteristics of aircraft and their flight and technical operation.
Program Benefits
To meet the growing needs of students in aviation-related fields, the Department has set up computer-aided design centers and a spatial visualization laboratory with a Wall Vision (3D), Stereoscopic Projection system. The classes are taught by highly professional teachers who have a background in aviation.
Prospects. Career & Employment
Many of our graduates find work at airports and aircraft operating organizations such as scientific and engineering companies, regional aircraft companies etc.
Why is it important to pursue a higher education?
Since airplanes were invented, there have been questions about their safety. As planes started carrying passengers, the number of accidents also increased. All activities in aviation are aimed at ensuring flight safety. These requirements must be met by any technical device or product. If the plane doesn’t fly without crashing it won’t bring any use to society. It is very important that aircraft be able to fly safely.