Gaining fundamental knowledge in physics.

Understanding the basic physical processes in nature and technology.

Mechanics of the material point, oscillations, waves. Acoustics (sound, sound intensity, space acoustics, Doppler’s effect). Optics (wave properties, geometric optics, photometric size, brightness, correction of critical illumination, method of fictive windows and lanterns, space protection from excessive lamination). Thermo physics (heat as a form of energy, ways of heat transmission, thermodynamic properties of the system, kinetics theory of gases, phase transitions, aggregate states of matter, gas laws, ideal gas equation, ideal and real systems in thermophysics). Using materials in optics, acoustics and thermo physics. Heating (heating systems, types of local ways of space heating, remote heating, heating installations, radiators). Solar heating systems, the use of solar energy. Ventilation and ways of air conditioning the space. Basic concepts on electricity and current.

Lectures. Computer Practice. Laboratory Practice. Consultations.