1. Modelling and simulation of electrotechnological appliances and processes
Modeling and simulation methodology
Modeling and simulation of electrotechnological devices
Didactic models
The use of open-source software
2. Computer control systems in electrotechnology
Measuring systems
Signal and image processing
Control algorithms
Use of computers and programmable controllers
3. Power engineering of electrotechnological processes
Power systems for electrotechnological devices
Energy quality issues related to the interaction of load and power system
Problems of electromagnetic compatibility and power quality
4. Selected electrotechnological processes
Laser technologies
Plasma technologies
Electroerosion technologies
Electrical technologies in environmental protection
5. Applications of computer science
Data processing and analysis
Management systems
Process optimization
Artificial intelligence methods
The Internet of Things and embedded systems
Other applications
