Acquired knowledge and skills, specifics of training:
Creating cars and road construction equipment using advanced software systems for computer design and computer engineering to solve problems of dynamics, strength, rational optimization, reliability and safety of machines and their elements.
Studied profile disciplines:
- Introduction to the profession
- Legal basis for the examination of means of mechanization
- Resource saving
- Basics of tribology
- Workflow modeling
- Math modeling
- Theoretical mechanics
- Strength of materials
- Basics of computer-aided design
- Analytical dynamics and theory of oscillations
- Theory of elasticity
- Computer engineering
- Construction mechanics of machines
- Machine parts and basic structures
- Theory of mechanisms and machines
- Basics of the theory of stability of mechanical systems
- Basics of the theory of plasticity and creep
- Industry management
- Basics of technical operation of machines
- Engineering technology
- Theory of experiment
- Simulation of complex processes
- Solid mechanics
- Programs for solving applied problems of mechanics
Graduates of this specialization can work in:
organizations and firms, departments and divisions involved in the operation, installation (dismantling), adjustment of machines, production lines, mechanical and electrical equipment and tools, automation and robotics systems in the construction and reconstruction of buildings, structures, communications, engineering and environmental systems, production building materials, products and structures.