1. Physical principles of measurement, basic mathematical tools, sensors physical values 2. Basic principles of analysis of experimental data in the time and frequency domain 3. Basic principles of analysis of experimental data in the time-frequency domain 4. Methods of excitation structures 5. Measurement and analysis of mechanical properties of building components and building structures under static and dynamic load (stress and strain measurement, temperature measurement) 6. Measurement and analysis of the fatigue properties of building components 7. Measurement and analysis of vibration 8. Experimental modal analysis, using of different techniques excitations 9. Dynamic analysis of structures 10. Modern methods of identification of structures 11. Analysis of very fast processes 12. Comparison of experimental techniques and mathematical models, calibration of mathematical models

1. Demonstration and application of excitation techniques, frequency response function 2. Experimental static and dynamic analysis of selected building elements 3. Measurement and analysis of static and dynamic parameters of selected structural components under load 4. Modal analysis of selected building and structural components 5. Diagnosis of horizontal and vertical structures 6. Analysis of very fast processes under dynamic loading 7. Measurement and analysis of vibration from stationary sources 8. Comparison of FEM techniques with experiments on the selected structural element