CV

Born 1980 in Vsetín, married, two daughters, resident in Praha 11 (Háje).

Education

1998–2011:

Charles University in Prague, Faculty of Mathematics and Physics, Mathematical and Computer Modelling

  • Ph.D. 2011, thesis on Flows of incompressible fluids with pressure-dependent viscosity (and their application to modeling the flow in journal bearing)
  • Mgr. 2003, thesis on Numerical simulations of the flow in the journal bearing

Affiliation

2017-:

Institute of Hydrogeology, Engineering Geology and Applied Geophysics (group of Hydrogeology),

Faculty of Science, Charles University, Prague - 2017, Sep- assistant professor (odborný asistent)
2003–2017:

Mathematical Institute of Charles University (research group of Mathematical Modeling),

Faculty of Mathematics and Physics, Charles University in Prague, - 2012–2017 assistant professor (odborný asistent) - 2011, Oct–Dec junior research fellow at Nečas Center for Mathematical Modeling - 2003–2011 doctoral student
2004–2016:

Department of Computational Methods, | Institute of Computer Science, Academy of Sciences of the Czech Republic, - 2011–2016, Feb postdoctoral research fellow (2012– part time) - 2003–2011 doctoral student

Other activities

2009–2016:secretary of Work Group Mathematics and Informatics, Accreditation Commission (Czech Republic)
2012–2015:member of Council of the Institute of Computer Science, CAS

Teaching activity

courses:
  • 2020- Groundwater hydraulics I,II (lecture courses)
  • 2018- Introduction to Mechanics of Fluids and Mixtures (lecture course)
  • 2018- Language of Continuum Mechanics for Applied Geology (lecture course)
  • 2018- Groundwater hydraulics I,II (practicals for lecture courses)
  • 2017- Numerical Modeling in Hydrogeology I (practical course)
  • 2017- Mathematics III, IV (practicals for lecture courses)
  • 2015–2017 Applied Mathematics I, II, III, IV (lecture courses)
  • 2014–2017 Mathematical Analysis I, II, Mathematics for Physicists I,II,III (practicals for lecture courses)
  • 2011–2013 Partial Differential Equations I, II (practicals for lecture courses)
  • 2004 Mathematical Analysis (practicals for lecture courses)
theses:
  • 2020 Matematický model vývoje propustnosti puklinového prostředí následkem vnitřní eroze a zanášení (Mgr.-thesis, Markéta Krajinová)
  • 2017 Farmakokinetické modely dávkování léků (Bc.-thesis, Klára Sejková)
  • 2017 Přítokové a výtokové okrajové podmínky na umělých hranicích (Bc.-thesis, Vojtěch Kubáč)