Didactics

Academic year 2019/2020:

  • Fundamentals of condensed phase physics (sem.)
  • Thermodynamics (lab.) – in English
  • Physics lab (lab.)
  • Structure of matter (lab.) – in English
  • Fundamentals of nuclear physics and elementary particles theory (lab.) – in English

Academic year 2018/2019:

  • Algebra (lab.)
  • Computer calculation methods (lab.) – in English
  • Computer measuring techniques (lab.)
  • Data visualization (sem.)

Academic year 2017/2018:

  • Sabbatical

Academic year 2016/2017:

  • Sabbatical

Academic year 2015/2016:

  • Sabbatical

Academic year 2014/2015:

  • Sabbatical

Academic year 2013/2014:

  • Thermodynamics (lab.)
  • Introduction to physics (sem.)
  • Fundamentals of atomic nucleus and elementary particles theory (lab.)
  • 2nd Physics lab
  • Informatics

Academic year 2012/2013:

  • Computer calculation methods I
  • 2nd Physics lab
  • Fundamentals of condensed phase physics (lab.)
  • Introduction to physics (sem.)
  • Introduction to physics (lab.)
  • Computer tools
  • Compensation classes in physics

Academic year 2011/2012:

  • Fundamentals of elementary particle physics
  • Computer methods (ECDL)
  • Elements of theoretical physics
  • Information technology
  • Fundamentals of condensed phase physics
  • Introduction to physics
  • 1st Physics lab
  • 2nd Physics lab
  • Thermodynamics with elements of statistical physics (substitution)

Academic year 2010/2011:

  • Computer methods (ECDL)
  • Informatics
  • Structure of matter
  • Fundamentals of condensed phase physics
  • 2nd Physics lab
  • Compensation classes in physics

Academic year 2009/2010:

  • Error calculation
  • Methods for analysing the results of the measurement
  • Physics – seminar
  • Structure of matter
  • Thermodynamics with elements of statistical physics
  • Compensation classes in physics

Academic year 2008/2009:

  • Fundamentals of condensed phase physics
  • Error calculation
  • Physics – seminar
  • Classical and relativistic mechanics
  • Thermodynamics with elements of statistical physics

Academic year 2007/2008:

  • Fundamentals of condensed phase physics
  • Error calculation
  • Informatics
  • Physics – seminar
  • 3rd Physics lab

Academic year 2006/2007:

  • Fundamentals of condensed phase physics
  • Programming in FORTRAN
  • Programming in Internet
  • Physics seminar
  • Electricity and magnetism
  • Thermodynamics with elements of statistical physics

Academic year 2005/2006:

  • Fundamentals of condensed phase physics
  • Programming in FORTRAN
  • Programming I
  • 1st Physics lab
  • Computer-aided physical experiment
  • Application programs

Academic year 2004/2005:

  • Computer-aided physical experiment
  • Programming in FORTRAN
  • Application programs