Would you like to have an academic career after finishing your master studies? Here you have an opportunity to enrol for Computational Sciences Doctoral Study Program focused on HPC. It is designated mainly for Computational Sciences Master Study Program graduates but also for graduates of related fields of study: mathematics, computer sciences, mechanical engineering, physics, or chemistry.
Within the study program you will be involved in solving both national and international projects IT4Innovations participates in. In the process of projects solving, studies, and realization of your doctoral diploma thesis you will have access not only to IT4Innovations National Supercomputing Center supercomputers but also to computational resources of other supercomputer centres participating, along with IT4Innovations, in PRACE European HPC infrastructure. You will gain rich practical experience in the exploitation of high performance computing in the Czech Republic as well as in the EU and with the making of related effective applications.
Doctoral students at VŠB – the Technical University of Ostrava who simultaneously work as researchers at IT4Innovations are very successful in national competitions. Two of them, Václav Hapla (in 2014) and Michal Merta (in 2015) won the prestigious Fourier Prize awarded by Embassy of the French Republic in the Czech Republic for research work in the field of computational sciences and computer sciences for the best Czech doctoral student.
„I believe that the opportunity to use the supercomputers at the IT4Innovations National Supercomputing Center had an essential effect on my being awarded Fourier Prize. Anselm has not been in operation for a long time, yet I can hardly imagine my research work without exploitation of supercomputing resources at the IT4Innovations center.”
Researcher at IT4Innovations
Selected Language of Instruction: English, German, Russian, Spanish, or French
Acceleration of the iterative process in Hybrid Total FETI method
Real-time Large Scale Visualizations
Mixed Precision Solvers for Sparse Systems of Linear Equations
Highly parallel solvers for contact problems with friction
Optimization and highly parallel implementation of domain decomposition based solvers for water – turbines simulations
Optimization of selected logistics processes
Geospatial data storage and processing on the HPC infrastructure
Detection methods of dynamic properties of mechanical systems
Discrete dynamic systems on the lattice
Quantitative characteristic of the solution of difference equations
Monte Carlo simulations at quantum chemistry accuracy
Formation of molecular ions in cold rare-gas plasmas
Modelling of transport properties of molecular ions of helium in air
Modelling of transport properties of molecular ions of argon in air
Algorithms of numerical linear algebra for new parallel architectures
HPC modelling in environmental sciences
Parallel solution of inverse problems
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