• Thermoplastic resin and elastomer, material preparation
• Moulding technology
• High tech material and special machinery
• Quality assurance, process monitoring

• Mechatronic systems (structure, elements, symbols, sensors)
• Pneumatic and electropneumatic systems (structure, control methods, design of electropneumatic systems)
• Hydraulic systems (structure, control devices, diagnostics)
• Electrohydraulic systems (structure, sensors, desigin of electrohydraulic systems)

• Industry 4.0 concept
• Digitalization basics
• Big data
• Industry 4.0 matrix
• Research and development 4.0
• Manufacturing 4.0
• Logistics 4.0
• Business model innovation 4.0
• Ecosystems 4.0
• Robotics 4.0
• Employment and the workplace 4.0
• Change management for Industry 4.0
• IT security
• Management of digital process implementation

• Drawings, their reading and design
• Possibilities of using metals in industry, metalworking: processing and recycling technologies and their future prospects
• Practice sessions: aspects of metalworking: laser machining, water jet and plasma cutting, bending, welding, etc.)
• Possibilities of using plastics in industry, plastic processing
• Practical learning: aspects of plastic processing (pressing, vacuum forming, extrusion, film production)

• Cutting process
• Product types
• Key machinery used in the cutting process
• Key machining processes used

• Standards for drawing design
• Description of the part component dimensions and their deviations
• Quality assessment of part surfaces
• Assessment of materials used in manufacturing machinery, their properties and workability

• Tool materials and wear resistant coatings. Principles of tool selection
• Types of tool holders, their use and selection
• Setting tool dimensions
• Geometry of the cutting tool

• Technological process of sheet metal cutting with gas and plasma
• Technological process of sheet metal cutting with abrasive water jet

• Organizing technological measurement and quality control processes of (practical examples of companies)
• Innovations and development trends in measurement and quality control technologies
• Measurement of technological parameters of mechanical parts and assemblies

• Selection and attachment of tools (turning blades), setting of operating modes for turning operations, control of the cutting tool process with a Zoller Smile measuring and control device
• Development of detailed turning control programs, turning process simulation, sequence analysis of technological operations of the turning process
• Simulation of turning processes with MTS software

• Selection of milling tools and preparing them for operation, setting of milling operation modes
• Control of the cutting tool parameters using a Zoller Smile measuring and control device
• Development of a program for part milling control with ISO and Siemens Sinumeric Shopmill codes
• Simulation of the technological process of part milling with MTS software

• Digital twins, their application in welding and assembly processes
• Use of digital twin technologies for designing manufacturing lines; research
• Zero defect manufacturing and circular economy
• Simulation software for welding process and assembly