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The Department of Mechanics has a long-standing tradition of excellence in training doctoral students in this field of study. These traditions, combined with the necessary facilities and qualified faculty, ensure the conditions required for high-quality and effective education

5.1. Mechanical Engineering

The Department of Mechanics has well-established, strong traditions in training doctoral students in this field of study.

The program ensures high quality and effectiveness, guaranteed by qualified faculty and modern facilities.

The program meets the need to raise the level of scientific expertise in order to better adapt to and succeed in a globalized economy and scientific community.

A high level of awareness of global achievements in science and research is maintained.

The program fosters the scientific and professional growth of faculty members and ensures continuity within the department.

In-depth theoretical training in both the classical foundations and modern approaches and mathematical methods focused on the use of computer technology and specialized software.

Knowledge and skills in modeling, analysis, optimal synthesis, identification, and control of complex dynamic systems and objects in the field of engineering science.

Conducting state-of-the-art experimental research through access to material and technical resources—test benches, measuring equipment and components, prototypes, and computer-based analysis and control systems.

Organized academic work through plans, programs, and specialized courses to formulate the goals, objectives, and conclusions of scientific and experimental research.

Participation in the department’s research and development projects.

Participation in teaching and instructional activities to develop the necessary methodological skills.

Periodic discussion and publication of results at specialized forums and development of teamwork skills in scientific work.

To develop students into highly qualified specialists and competent, capable scientists, ready to meet the challenges of modern industry and technology.

Training personnel to advance scientific and applied research in the field of “Applied Mechanics.”

Working in the areas of innovation, implementation, and operational activities.

Creation and dissemination of new scientific products and applied research results in areas of national importance, such as: design, kinematic and dynamic analysis, synthesis and control of machines, mechatronic systems, and transportation and energy engineering and equipment.

Activities aimed at improving environmental factors related to the propagation of vibration and noise impacts.

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