Graduates of the Aerospace Engineering receive education satisfying the requirements of modern aerospace industry, airlines and other industries utilizing novel technologies. They are also prepared to meet the needs demonstated by scientific institutions for research, design, development and maintanance of aircraft and rockets. Their education is based on thorough knowledge of mechanics, thermodynamics, including combustion proceseses, materials and manufacturing technology, with particular focus on those used in aerospace industry, basic electronics and information sciences including CAD.

• Sample modules/Keywords:

During the first year the effort is focused on mathematics, physics, mechanics, thermodynamics and computer science. The students learn also electric circuits, foreign language and non-technical subject (mostly economy). The core subjects for the second year are fundamentals of mechanical design, control engineering and foreign language. The students of aeronautics program learn also their specialization subjects like aeronautics and astronautics. The third year is again more specialized. Aeronautics program focuses on aeronautical systems, mechanics of flight, materials for aerospace technologies, propulsion systems and rotorcrafts. The last half of the year in 3.5 years program is devoted to the supervised work on engineering diploma thesis.

• Objectives:

The objectives of the study is to create the solid fundamental engineering knowledge during the first year of the study, then learn deeply the problems devoted to the subject of the study. The graduates are prepared to work in industry and to solve engineering problems. At first the aforementioned abilities should be proved in the diploma thesis where a given problem must be solved and the work must be documented and explained. Each diploma thesis is reviewed by 2 reviewers and is defended in the presence of commission consisting of professors and assistant professors.