After this course, student will be able to answer the following questions:
What is the production process?
What are the differences between a mechanism, an automaton and a robot, and between mechanization, automation and robotization?
What are the reasons for the need to automate and robotise processes?
How to assess the degree of automation of the production process?
What are the main criteria for assessing the susceptibility of the production process to automation?
What are the main historical stages in the development of automation and robotization?
What do you understand by the concept of a mechatronic system?
What is the essence of the mechatronic system design process?
After this course, student will be able to answer for following issues:
List the signals in the control system and explain their role and meaning
Draw the hierarchical structure of the technological process and the corresponding structure of the production process control
Draw the structure of the direct numerical control system and specify its properties
Discuss the general structure of the numerical control system of a technological machine
Link the structure of the servo control system with the direct numerical control system
After this course, student will be able to answer for following issue:
The application of the robot in the production area
The basics of robot programming in the production area
After this course, student will be able to answer for following issue:
What do you think are the most important challenges for science and technology in the 21st century?
Prove the need for full automation and robotization of manufacturing and control processes
Discuss the social consequences of introducing full automation in manufacturing processes
Present the aspects of economic efficiency in introducing automation and robotization of production processes
After this course, student be able to answer for following issues:
Implementation status of new techniques and technologies in modern machine tools
The specificity of algorithms for controlling production systems and technological machines
Characterization of the differences between machine diagnostics (including intelligent diagnostics) and the task of controlling processes, systems and machines
Identification of non-linear control of complex technological processes
Understanding the problems of information integration of computer-integrated production systems in the signal and network layer. Give the basic features of IT industrial networks
Characterization of the basic topological types of IT industrial networks