Education

131 Applied Mechanics

Automation and robotization of forging and stamping production
Lifting and transport equipment for foundries
Measuring instruments and metrology
Production of cutting tools
Hydraulic forging and stamping machines
Operation and maintenance of forging and stamping machines
Operation and maintenance of machines
Forging and stamping equipment
Design and engineering documentation
Design of foundry furnaces
Design and manufacturing of stamps
Design of technical systems
Crank forging and stamping machines
Forging and hot die forging
Mathematical modeling of casting technological processes
Automated manufacturing metalworking equipment
Metalworking machines
Finishing equipment in foundries
Fundamentals of 3D modeling in foundry production
Fundamentals of 3D modeling and 3D printing
3D Modeling Basics
Foundry furnaces
Practical aspects of casting formation
Design of clamping devices and tooling
Design of cutting tools
Industrial robots and production process automation
CAD for technological preparation of forging and stamping production
Special casting methods
Theoretical foundations of manufacturing technology of parts
Theory of foundry alloys
Theory of plastic deformation
Cutting theory
CAD/CAM software support
Technology and equipment for physical and technical processing
Foundry technology
Metal casting technology
Mechanical engineering technology
Heating technology and heating equipment
Technology of machining typical parts and machine assembly
Cold stamping technology
Physicochemical foundations of foundry production
Forming, core-making, mixture-preparing foundry equipment
Forming materials and mixtures
Cold forging