Electrical control (Master's degree)

Core Courses

- Electrical Power Transmission and Distribution Networks

- Advanced Power Electronics

- µ-Processors and µ-Controllers

- Advanced Electrical Machines

- Applied Numerical Methods and Optimization

- Modeling and Identification of Electrical Systems

- Electrical Control Techniques

- Sampled Automatic Controls and Digital Regulation

- Control System Fault Diagnosis

- Nonlinear Control

- Advanced Controls

- Artificial Intelligence Techniques

- Electrical Control of Industrial Mechanisms

Advanced Topics

- Good consistency of teaching across the aforementioned master's programs.

- Upon completion of the program, graduates will be able to:

* work in control and maintenance departments across all industries

* operate electrical power equipment and associated control systems to generate energy or operate automation systems

* engage in scientific research (or become a lecturer-researcher)