- Faculty
- Faculty of Applied Informatics
- Name
- Automatic Control and Informatics in Industry 4.0 | N0714A150007
- Mode
- Full-time
- Type
- Postgraduate Master
- Language
- English
- Degree awarded
- Ing.
- Length of study
- 2 years
- Fee
- CZK 50,000 / academic year
- Deadline
- 30. 04. 2024
Educational goals
This study program aims to educate graduates with sound theoretical and practical knowledge and skills, able to participate in the construction of modern control systems and their implementation and operation. The study program Automatic Control and Informatics in Industry 4.0 cover complex issues of automation of production processes. This study program is a purely technical field. This study program allows the choice of study focus to be implemented in two groups of elective courses. Each group contains both a subject from general automation and a topic from the field of robotics. The connecting link in this study program is information technology, both its hardware and software aspects. According to current information from the industrial environment, in recent years, increased requirements for graduates knowledgeable in automation systems, including robotic workplaces, have begun to appear significantly. Their common denominator is the ability of university-educated graduates to equip production lines with advanced automation measuring and control systems, often including manipulators, robots, and other modern automation elements.
Graduate profile
The graduate of this study program will gain the ability to apply comprehensive knowledge in measurement, control, and complex automation of production processes and production lines in various industries, emphasizing engineering, energy, chemical, plastics, and rubber technologies. He will be able to participate in the implementation of complex automation systems both in terms of their machine and instrument composition and custom programming of control systems. The specificity of the proposed study program is to obtain a deeper education in industrial robotics, ie the application of all available kinematicly different mechatronic and robotic systems directly to the production line environment to improve the management of material flows in them. Graduates of such a study program will also gain practical knowledge and skills in using many types of computer technology, which is generally used in connection with the implementation of control systems.
Expected career prospects
The graduate of this study program will gain the ability to apply their general knowledge in the field of measurement, control, and complex automation of production processes and production lines in various industries. He will be able to participate in the implementation of complex automation systems. Graduates can also apply in IT positions, are capable of independent programming and system work associated with computer technology, and participate in the creation of projects of management and administration of production and business organizations.
Curricula
Year of validity: 2024
Compulsory Courses
Year of study | Semester | Name | Type of termination | Number of credits |
---|---|---|---|---|
1 | ZS | Discrete Control | Examination | 6 |
1 | ZS | Process Modeling in Manufacturing Technologies | Examination | 7 |
1 | ZS | Analysis and Simulation of Continuous Systems | Examination | 6 |
1 | ZS | Optimisation | Examination | 5 |
1 | ZS | Planning and Simulation of Production Processes | Examination | 6 |
1 | LS | Technical Documentation and Presentation | Classified course credit (exam) | 4 |
1 | LS | State-space and Algebraic Control Theory | Examination | 5 |
1 | LS | Systems Identification | Examination | 6 |
1 | LS | Softcomputing in Automatic Control | Examination | 6 |
1 | LS | Signal Processing | Classified course credit (exam) | 4 |
2 | ZS | Industry 4.0 | Examination | 5 |
2 | ZS | Machine Vision | Examination | 5 |
2 | ZS | Real Process Control | Classified course credit (exam) | 5 |
2 | ZS | Datamining | Examination | 5 |
2 | ZS | Term Project | Course credit | 1 |
2 | LS | Technology of Industrial Information Systems | Examination | 4 |
2 | LS | Designing Real Control Systems | Classified course credit (exam) | 8 |
2 | LS | Business Basics | Classified course credit (exam) | 2 |
2 | LS | Fundamentals of Emergency Health Aid | Course credit | 1 |
2 | LS | Diploma Thesis | Course credit | 18 |
Professional Placement | Course credit | 5 |
Compulsory-optional Courses I
Year of study | Semester | Name | Type of termination | Number of credits |
---|---|---|---|---|
1 | LS | Kinematics and Dynamics of Mechatronic Systems | Examination | 5 |
1 | LS | Electromagnetic Compatibility | Examination | 5 |
Compulsory-optional Courses II
Year of study | Semester | Name | Type of termination | Number of credits |
---|---|---|---|---|
2 | ZS | Motion Control | Examination | 6 |
2 | ZS | Advanced Methods of Automatic Control | Examination | 6 |