prof. Ing. Albert Bradáč, DrSc.

1. Analysis and technical interpretation of selected terms from traffic rules.

   Goal of this work is to make analysis of current status and make technical interpretation of basic selected terms from traffic rules with accent on legal safeguard improvement for participants of traffic operations.

   Tutor: Vémola Aleš, doc. Ing., Ph.D., dr. h. c.

2. Analysis for the use of valuation methodologies of real estate in Germany for expert practice in the Czech Republic.

   The goal is to collect all relevant legislation and the methodology used for valuing real estate in Germany. To analyze these rules and valuation methods and the practical procedures for their use for valuation in the Czech Republic. The work will be a few specific examples of awards selected properties in CR using these foreign practices. This theme is suitable for graduate engineering with real estate contacts in the field of problems of the selected state.

   Tutor: Šmahel Milan, Ing., Ph.D.

3. Analysis for the use of valuation methodologies of real estate in Italy for expert practice in the Czech Republic.

   The goal is to collect all relevant legislation and the methodology used for valuing real estate in Italy. To analyze these rules and valuation methods and the practical procedures for their use for valuation in the Czech Republic. The work will be a few specific examples of awards selected properties in CR using these foreign practices. This theme is suitable for graduate engineering with real estate contacts in the field of problems of the selected state.

   Tutor: Šmahel Milan, Ing., Ph.D.

4. Comparison rigidity of modern vehicles and the possibility of simulation programs for the analysis of road accidents.

   Working discuss the current development trends and vehicle design with a focus on the stiffness of the vehicles and the possibility of simulation programs used for the analysis of road accidents.

   Tutor: Vémola Aleš, doc. Ing., Ph.D., dr. h. c.

5. Determining the duration a driver needs to asses the situation behind his vehicle before turning or overtaking

   In the analysis of traffic accidents involving maneuvers to turn or overtake, it is necessary to take into account the time the driver needs to assess his backwards situation. This particular time has never been systematically analyzed yet. Therefore, only estimates by the experts are used which are biased due to their personal experience and thus, are not rational. The goals of this thesis are to develop a measuring methodology for the determination of actual times as well as the application of such a method in order to create a catalogue with real world values.

   Tutor: Pustina Pavel, prof. Ing., Ph.D.

6. Effect of human factor in the causes, course and consequences of road accidents

   Work will focus on analyzing the effects of human factors contribute to the emergence of the causes of traffic accidents.

   Tutor: Vykopalová Hana, prof. PhDr., CSc.

7. Estimation of model and type changes at vehicles evaluation

   Goal: To elaborate an evaluation methodology of the effect of the motorvehicle model and type changes during their assessment.

   Tutor: Kledus Robert, doc. Ing., Ph.D.

8. Extraordinary events and their impact on human behavior

   Risk analysis for selected types of emergencies, suggestions for action, behavioral manifestations

   Tutor: Vykopalová Hana, prof. PhDr., CSc.

9. Impact Assessment for the existence of flood property elimination of significant risks associated with human activities.

   Analysis of the causes of incidents resulting from misguided human intervention, assessment of their impact on the occurrence and extent of material damage. Possibilities of prevention.

   Tutor: Vykopalová Hana, prof. PhDr., CSc.

10. Research on traffic accidents and its application for forensic engineering.

    The aim of this work is a detailed analysis of the results of traffic accident research in order to gain new knowledge for the analysis of road accidents, the forensic engineering.

    Tutor: Vémola Aleš, doc. Ing., Ph.D., dr. h. c.

11. Safety and security risks in transportation

    Traffic and transportation risks, legislative action

    Tutor: Vykopalová Hana, prof. PhDr., CSc.

12. Safety risks in traffic, their impact on human (the victim)

    Work will focus on safety and risks of transport in relation to victims and their consequences

    Tutor: Vykopalová Hana, prof. PhDr., CSc.

13. Standardization and harmonization of the lifelong learning of the forensic experts with a specific focus on the needs for expert subjects in Forensic ecotec

    The goal is to perform a analysis of current conditions, evaluate any existing methods and approaches in this field of education with a specific focus, ie, through access to object within the meaning of adult education, respectively androdidactic.

    Tutor: Alexandr Pavel, doc. Ing., CSc.

14. Stres in transport

    The issue of stress in the transport sector, its measurement, detection, manifestations, behavior, and possible solutions.

    Tutor: Vykopalová Hana, prof. PhDr., CSc.

15. Tools and methods for predicting the development of the real estate market

    The aim of dissertation will be the suggestion of methodology for predicting the real estate market or the selected segment (the commodity of the real estate markets). There will be used for prediction methods of classical statistics in combination with robust statistical methods and fuzzy logic. As the factors influencing the development of the real estate market will be selected appropriate indicators of macro-economic, socio-economic, political and other area.

    Tutor: Škapa Stanislav, prof. Ing. et Ing., Ph.D.

16. Tools and techniques for measuring the risks of investing in real estate

    The aim of dissertation will be the suggestion of methodology for measuring the risks of investing in real estate. Especially in times of economic crisis is limited usány of classical statistical models to measure this risk, and therefore will be used for the measurement methods of classical statistics with an emphasis on so-called down-side risk in combination with robust statistical methods and simulation methods (eg. Monte Carlo, Bootstrap).

    Tutor: Škapa Stanislav, prof. Ing. et Ing., Ph.D.

17. Working reliability of humans in the work system, risk prevention

    The work will deal with assessing the reliability of humans in the work system in direct relation to risk management (including the risk factors of working environment, work and health)

    Tutor: Vykopalová Hana, prof. PhDr., CSc.

18. Working reliability of humans in the work system, risk prevention

    The work will deal with assessing the reliability of humans in the work system in direct relation to risk management (including the risk factors of working environment, work and health)

    Tutor: Vykopalová Hana, prof. PhDr., CSc.