Tuition fee information for all majors
Electric power and electrical engineering / Mechatronic modules of robotic systems
Electric power and electrical engineering
Duration: 4 years
Start: September 1
Admission: open
Language : English
Entrance exams: Mathematics, Physics, Computer Science
To remain competitive in the job market and to offer the best possible service to customers, it is essential to keep up with the latest developments in this field. The constant and rapid development of technology has led to the increasing application of mechatronic modules in the manufacturing process and the robotization of industry, which has caused the opening of a new field of education - mechatronic modules of robotic complexes.
Graduates of this field possess a valuable combination of skills in design, programming, and adjustment, making them highly qualified specialists in the most complex modern electrotechnical enterprises.
Graduates of this specialisation acquire knowledge in the field of designing mechatronic modules of robotic systems and programming modern microcontrollers, as well as studying the executive systems of manipulative robots. A set of competencies can assist graduates in building a successful career in various research and production companies in the region and the country.
Graduates of this field combine the skills and abilities of designers, programmers and adjusters, which makes them indispensable specialists in the most complex modern electrical engineering enterprises
- Bachelor's degree.
- Minimum level of English proficiency – B2+/C1
Program content:
- Details of mechatronic modules, robots and their design
- Diagnostics and reliability of electromechanical systems
- Information technology and the basics of programming
- The design of mechatronic modules
- Artificial intelligence methods in mechatronics and robotics
- Optimization methods
- Microprocessor technology in mechatronics and robotics
- Fuzzy logic and artificial neural networks
- Fundamentals of mechatronics and robotics
- Fundamentals of energy conversion in mechatronic systems
- Software for mechatronic and robotic systems
- Software tools for professional activity
- Designing mechatronic modules
- Project activities
- Industrial Electronics
- Modes of operation of electric machines of mechatronic modules
- Automatic design systems for robotic systems
- Vision systems
- Special chapters of Higher Mathematics
- The theory of automatic control
- Production technology of mechatronic modules
- The technology of robotic production
- Control of robots and robotic systems
- Electric machines
- Electric drive of mechatronic and robotic devices
- Electromechanical energy converters in mechatronic systems
Admission starts on June 20
Admission stops on July 10
- Choose the major.
- Submit the documents via Applicant's Personal Account
- Take entrance tests online (choose exams and dates in Applicant's Personal Account).
- Arrange the list of programs from your application in the priority order.
- Sign a tuition fee contract.
- Get enrolled at NSTU NETI!