Specialty 131 «Applied Mechanics» prepares specialists in the design, calculation, manufacture, operation, and automation of machines, mechanisms, detailed structures, and modern engineering equipment.

Main Study Areas:

Computer-Aided Design (CAD/CAM/CAE): 3D machine modeling, strength and dynamic load simulation, automated CNC machine programming.

Mechanical Engineering Technology: development of technological processes for materials processing, machine assembly, and part manufacturing.

Robotics and Automation: design of robotic systems, manipulators, CNC machines, and flexible manufacturing systems.

Engineering Materials and Strength: study of metal, composite, and polymer properties, calculations for wear, fatigue strength, and deformation.

Key Disciplines:

Strength of Materials, Theory of Mechanisms and Machines (TMM)

Machine Elements and Engineering Graphics

CAD/CAM/CAE Systems (SolidWorks, ANSYS, AutoCAD, Fusion 360, etc.)

Equipment and Processing Technology on CNC Machines

Fundamentals of Robotics and Mechatronics

Graduate Career Roles:

Mechanical Design Engineer

Process / Manufacturing Engineer

Structural / Stress Analyst (CAE Engineer)

Service Engineer / CNC Programmer

Robotics and Industrial Automation Engineer

Primary Employment Sectors:

Mechanical engineering, instrument-making, and aerospace enterprises; automotive and defense industry companies; engineering and R&D centers; private companies developing and manufacturing machinery, equipment, metal structures, and robotic systems.

Training is conducted at the departments:

- Department of Aircraft Strength (102)

- Department of Theoretical Mechanics, Machine Science, and Robotic Systems (202)

Training is provided under the following degree programs:

Educational Program	Degree Level	Mode of Study	Duration of Study
Robotic Systems and Logistics Complexes	Bachelor based on complete general secondary education	Full-time	3 years and 10 months
Computer Modeling of Mechanical Processes
Dynamics and Strength of Machines