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

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