This diploma thesis is focused on practical use of know how acquired by studying Business Valuationon at VSE Praha. The thesis is based on procedures adopted mainly from book of prof. Mařík. The purpose of work was to valuate core business of the company Ferona a.s. as the sum of values of individual campanies of the group by DCF method and market comparison approach.

This diploma work treats about external and internal auditor in the complex. First of all it focuses on characteristics of personality, then on their education and practise of profession. There is also a part devoted to organizations which associate them. At the close it analyses their common features and differences.

My final thesis concerns Employee Research which has been done in Siemens company.

This thesis deals with the analysis, design and final implementation of information system for thesis management. In the introduction the theoretical background is defined and avail-able technologies are identified and later practically used within the implementation. Fur-ther, the functional and non-functional demands are identified, use case scenarios defined and later on the system is designed and implemented. The requirements are defined based on the universal use within the use cases of the University of Economics in Prague. Within the last part, a user manual can be found.

The main aim of this diploma´s thesis is a design of documentation for construction of the object wooden multipurpose building in Brno. This new building is in cadastre unit Bohunice, is three-storey with a basement. The construction system is designed as a wall (structural) system of CLT panels conducted with cast-in-place reinforced concrete. The project is devised to fit in to the neighborhood.

The task was to study the physical model of the coordinate manipulator. It is controlled by two stepping motors by Schneider Electric and Beckhoff¨s industrial IPC. Then get to know the TwinCAT control software communicating on the EtherCAT network. Then revive the model and create a task to illustrate the functionality of the model with a simple ON / OFF third axis, as well as revive the industrial camera. Then create your own design of a full-fledged third axis and let it be realized. Finally, create an illustration application with the full-fledged third axis manipulator.

The main target of this work is to design and to implement unfailable safety appliance for motocycles with use any GSM technology. In my masters’s thesis I applied to individaul fields which I had to knows for realization of this work. The introductory chapter tells the reader about evaluation of former semestral projects and about brief description of the realized mechanism. It is followed by descripctoin of principles of communication between PC and mobile phone. The main part of my work is dedicated to application itself. The applicaton is called motoalarm. The last chapter creates description service of localisation mobil phones which is called Kde je... The conclusion includes evaluation of this master´s project and general description of the realized mechanism.

This thesis is decribing documentation of brand new shopping center building at the terms of project specification for the building permit. There are requirements set to the draft for the layout of the building in connection with ensuring construction in terms of static, thermal technical, fire safety, energy saving and safety in usage. The project is created in software AutoCad, the calculation for the assessment of thermal properties is created in the software Teplo a Ztráty. Calculation for the fire safety and static calculation of reinforced concrete panel is processed by manual calculation.

Building has four floor and has cellar. There is a core with social maintance and flats. Like vertical communication there is two stairs and two lifts

The project is working on a complete documentation of Reconstruction of the building to the boarding with restaurant at the project specification for a building permit. Proposal places emphasis on building layout with a link to the site to ensure construction of static, fire safety, protection against noise, energy saving and safety in use. Drawings have been processed in software for design – Autocad.