1. Algorithms for dealing with traffic situation
2. Algorithms for modeling and simulation of complex systems
3. Algorithms for extensive data analysis
4. Methodology of complex systems modeling
5. Discrete simulation tasks
6. Tasks of continuous simulation
7. Tasks combined
8. Introduction to neural networks
9. Introduction to High Performance Computing (HPC)
10. Methods for assessing the safety and carrying capacity of transport structures and structures
11. Introduction to Finite Element Method (FEM)
12. Introduction to Software Tools (ANSYS)
13. Solving basic tasks
14. Methods for assessing vehicle aerodynamice
15. Introduction to Final Volume Method (MKV)
16. Introduction to software tools (FLUENT, OpenFOAM)
17. Solving basic tasks
2. Algorithms for modeling and simulation of complex systems
3. Algorithms for extensive data analysis
4. Methodology of complex systems modeling
5. Discrete simulation tasks
6. Tasks of continuous simulation
7. Tasks combined
8. Introduction to neural networks
9. Introduction to High Performance Computing (HPC)
10. Methods for assessing the safety and carrying capacity of transport structures and structures
11. Introduction to Finite Element Method (FEM)
12. Introduction to Software Tools (ANSYS)
13. Solving basic tasks
14. Methods for assessing vehicle aerodynamice
15. Introduction to Final Volume Method (MKV)
16. Introduction to software tools (FLUENT, OpenFOAM)
17. Solving basic tasks