1. compute the state vector of an electric power system
2. analyse the mathematical procedures of power flow calculations
3. assess the power system topology
4. estimate the state of the power system
5. assess the power system security
6. predict and analyse power system contingencies
7. assess the impact of transient phenomena on power system security

Lectures take place in a lecture room with a lecturer who is an expert on a specific subject. The lecture is interactive, and students are expected to participate in the discussion.

Recitations include solving practical tasks and discussing solving procedures.

Students work on projects during the semester.

Laboratory exercises are held in labs equipped with computers. During the exercise, students try out theoretical concepts and apply them to specific problems.

1. Data collection from reall-time power system measurements
2. Weighted least-square state estimation
3. Power system topology assesment
4. Power system parameters modeling and estimation
5. Power system calculations in real and extended-real time
6. Dy Liacco diagram
7. Security indices
8. Midterm exam
9. Analysis of single contingencies
10. Analysis of multiple contingencies
11. External network modelling and equivalents
12. Power system security and stabillity
13. Dynamic indices for power system security
14. Advaced and wide range power system security assesment
15. Final exam