About the training program
The program aims to train master's degree graduates with profound knowledge and advanced skills in mathematical modeling and high-performance computing, focused on solving problems in hydrogas dynamics, heat and mass transfer, and interdisciplinary tasks. The overall educational concept combines fundamental disciplines in physics and mechanics with courses on modern computational and information technologies used to address both fundamental and applied problems in fluid and gas mechanics and related fields.
What do graduates do?
Graduates become experts in CFD, supercomputing, and applied mechanics, working in:
1. Industry:
2. Research & Science
3. High-Tech & IT
Carrer Paths:
•CFD Specialist (aerodynamics, hydrodynamics, thermal analysis) for aerospace, energy, automotive, and shipbuilding
•HPC Algorithm Developer (supercomputer simulations) in research centers and IT companies.
•Computational Engineer in oil & gas, optimizing fluid flow and heat exchange systems.
•Scientific Software Developer
•Researcher in numerical methods, mathematical modeling, and high-performance computing
•Data Analyst for large-scale hydrodynamics datasets (e.g., climate modeling, industrial processes)
