Graduates of Bachelor’s (or exceptionally other Master’s) programmes may apply for an entrance examination together with students in their last years of studies. However, the latter will only be admitted provisionally and will be registered only after finishing their Bachelor studies. The application and the fee paid until March 31. For more information, see the faculty pages.

Since the number of applicants for the English version is usually small and most of them cannot come in-person, the exam is typically organized as a remote interview.

Required informatics topics:

  • variables, functions, conditional statements and loops,
  • datatypes record, array, front, stack, linked list, binary search tree, associative array, heap,
  • sorting and searching algorithms,
  • simple algortihms analysis, time complexity.

Required mathematics topics:

  • linear algebra (linear space, vectors, matrix, system of linear equations, linear map),
  • mathematical analysis (sequences, functions of single or multiple variables, derivation, partial and total derivation, (multiple) integration, extremes, curve and surface integral),
  • solving simple differential equations of the first order,
  • complex numbers and operations with them, basics of Fourier transform,
  • statistics and probability (conditional probability, Bayes’ rule, random variable and vector, distributions description, mean, variance, correlation, independence, central limit theorem, hypotheses testing).

Required physics and electrical engineering topics:

  • mechanics (kinematics and dynamics of mass point, Newton laws, kinetic and potential energy, work, power, laws of conservation),
  • mechanics of fluids, liquids flow, ideal gas,
  • electric and magnetic field, electric charge, electric current, voltage, Ohm’s law, electromagnetic induction,
  • thermodynamics, heat and temperature, thermodynamic events,
  • acoustics, basic acoustic quantities, wave equation,
  • optics (geometric optics – reflection and refraction, lenses; wave optics – diffraction, interference, Fresnel and Fraunhofer diffraction)
  • circuit quantities, basic passive electrical elements (resistor, capacitor, inductor),
  • Kirchoff’s circuit laws, elementary analysis of electrical circuits, circuit equations,
  • transients, harmonic steady state, basics of digital technologies.