Industrial robotics

ON1 Applies knowledge of the basics of economics, financial literacy, entrepreneurship, law, anti-corruption culture, and the peculiarities of interaction between nature and society in his professional activities to ensure vital activity

ON2 Has basic knowledge in the field of natural and engineering sciences, robotics and AI, applies facts, phenomena, theories and complex dependencies in the professional field

ON3 Possesses research methods and academic writing skills in the field of robotization of production processes, collects and interprets information for the formation of scientific judgments, taking into account the principles and culture of academic integrity

ON4 Conducts kinematic and strength calculations, selection of structural materials, tolerances and fitments of joints of parts in the design of new or modernization of existing industrial robots with the development of design documentation

ON5 Performs the necessary calculations of electrical circuits of analog and digital electronic devices (including microprocessor), drives and electric machines of industrial robots

ON6 Applies practical skills of algorithmization, programming in high-level languages and software when modeling industrial robots

ON7 Applies in practice knowledge on the implementation of automation systems and robotization of production processes

ON8 Organizes work on installation, operation, diagnostics and repair of industrial robots, taking into account reliability, safety and labor protection

ON9 Evaluates the technical and economic efficiency of projects and ensures the organization of work of production units

ON10 He knows the basics of modeling and design technologies of industrial robots, using visualization, 3D modeling and 3D printing
 

Robotization of production processes

- Service and operational activities
- Production and technological activities
- Organizational and managerial activities
- Design and engineering activities

• robotic process control systems for various industries;
• automated and information-control systems for various purposes;
• robotic systems for complex testing of parts, products, assemblies and devices in various industries.
• robotic systems for receiving, processing and transmitting data for various purposes;
• robotic systems for designing systems, objects, devices