The graduate will acquire the deeper knowledge of the mechanics of rigid bodies, stiffness and strength, the mechanics of liquids, termomechanics, the engineering materials, computer science, technical measurement and experimental methods. The emphasis is placed to the preparedness and ability to develop and practically use the computer methods for solving the technical problems. The graduate is able to practice the static, kinematic and dynamic analysis of structures and mechanisms, to evaluate the technical state of machines, to solve the technical problems, related to the fluid flow, to the dynamics of hydromechanic and thermodynamic systems. The graduate is able to use and develop the computer aid of design, projection and scientific activities in practical applications. The deeper knowledge of fundamental disciplines of mechanical engineering forms the wide basis for creative realizing in mechanical engineering and for subsequent professional grow up via consequential master and doctoral studies. The graduate can assert himself as a designer, computer modeling specialist, research worker, or in the technical diagnostic of machinery works, or after master and doctoral studies as the scientific worker.

The branch Applied Mechanics provides students a deeper knowledge and understanding of the technical problems related to mechanics. In particular it relates to the questions of power transfer, stiffness and strength of mechanical parts, and further to machine dynamics and vibrations. The students learn how to analyze these problems and solve them using experimental and computer modeling. Emphasis is placed on the ability to use modern computer methods and to effectively evaluate the results of technical measurements. Graduates can find employment in technical and operational positions in engineering companies, as calculation specialists or designers, or if need be as staff in testing and development departments and diagnostic working centers. Branch graduates are also easily oriented on related engineering branches.

The graduate has the basic and advanced knowledge in mechanics. The extension means especially force transfer analysis, the stress distribution and dynamic behavior via both calculation and experiment. In dynamics this is the knowledge of describing and solving the complicated space motion, kinematic and dynamic solution of mechanisms and the essential analytical mechanics. Special emphasize on the vibration with more degrees of freedom. In flexibility and strength of materials this is the knowledge of the 2D and 3D combined loading, analysis and evaluation of the complex stress state. Farther the knowledge in Thermo-mechanics. The graduate has the detailed knowledge of the finite element method as on the theoretical level as practical application. The graduate has the basic knowledge in electrotechnics and numerical mathematics, experimental methods in mechanics, tensionmetry and vibration diagnostics.

The graduate has the practical skills in the area of computer modeling and experiment administration. He is able to create the moderately complicated computation models for static and dynamic analysis via finite element method in several software. This consists in creating the model, completion of the loading and boundary conditions, set up of the calculation and correct analysis and interpretation of results. In the area of experimental mechanics the graduate has the skills in preparing the experiment, its set up, realization and evaluation of the results. The special experiment areas are experimental modal analysis, vibration diagnostics and tensionmetry.

The graduate is qualified to solve the more complicated problems in mechanical engineering, linked to mechanics. He is also qualified to standard designer practice and also to lead the small working team. He is qualified to communicate in foreign language, especially English.