The diploma thesis deals with the project documentation of the multifunctional house in Uherské Hradiště on plot no. 712/7 in the cadastral area of Uherské Hradiště. The building has two floors and a basement. On the ground floor there is a commercial area and a café. Office space is designed on the second floor. The building is designed as a skeleton with filling masonry, with a flat roof and is insulated with ETICS contact insulation system.

The subject of this diploma thesis is the building design and project documentation of a new kindergarten in Brno. It is a new detached building structure with two floors, designed on a flat plot no. 1510/1 in cadastre unit Brno – Komín. The building is constructed of clay masonry with contact thermal insulation, supported by strip foundations. Ceiling construction is made of prestressed hollow-core slabs. This object is roofed by a single-layer and double-layered, flat roof. This kindergarten is designed for 60 children divided into three sections. Two sections are located on the 1st floor together with food preparation and technical rooms. The third section is on the 2nd floor with headquarters and a common room. This project was developed using AutoCAD software. The focus during development was on the proposed layout design in accordance with the kindergarten’s operations.

This thesis summarizes the subject of intelligent homes and describes commonly used standards and commercial solutions on the market. The thesis covers the design of a low-cost and easy to use smart home system which can be managed over the internet, uses a genetic algorithm for heating regulation optimization and its central computing unit is a low-cost, embedded device with low power consumption. The functionality of the system is verified on a practical application of heating regulation in a house. The efficacy of the system for energy savings is shown; it is based on measured data statistics.

The goal of this thesis is to design variant solution of interconnection of great city circuit and exhibition ground with secured safety of traffic without local area accesibility sacrification.

The topic of this thesis is description, analysis and proposal of turbo generator’s control and protection system. The power output of turbo generators is from 3 MVA up to 75 MVA for various industrial sectors. The final proposal is based on the results of this analysis and it consists of a modern control and protection turbo generators systems. This proposal is designed to respect universality, customer’s requirements. And this proposal should be used in many industry branches.

The thesis deals of microprocesor controlled instrument for measuring. In general it is about of controlling instruments and their usage in standard industry. laboratories and measuring systems. The first part contens theoretical knowledge of controlling instrument, his funtions and describes circuitry of sources of AC voltages. This part describes blocks of instrument and basis connecting in system of instrument. Each block is described with examples in praxis. Examples contents typical connecting and their problems out of view in parameters of instrumenr. In this part is whole theory of analysis and practical using separately parts of instrument. Next part is aimed at searching of interrelationship between the teoretical model of source that described by different circuits and practical connections with electronic parts. These part analyse concrete design with exactly sized parameters and connections. In last part contents describing of measuring at prototype. The appendix contains schematics and boards with electronic parts and test reports of measuring output voltage and frequency with required accuracies.

Issues of this thesis are focused on side-channel cryptanalysis. Particularly attention is paid to differential power analysis, when is simulated an attack on the cryptographic module for different conditions and for different structural features of this module. As the cryptographic module is used a PIC microcontroller, which is operating with AES symmetric encryption algorithm. For this purpose, a design of experimental printed circuit board was created. Then, this PCB was equipped only with the necessary components for the function of the cryptographic module. Cryptanalysis is aimed on current consumption of crypto module that is caused by execution of AddRoundKey instructions. Power consumption of PIC microcontroller is measured in depending on the size of power supply voltage, size of serial resistor, size of bypass capacitor, and this thesis also examines the influence of ambient temperature on power consumption of PIC. The measured values are graphically presented and then discussed.

This master's thesis deals with the key manager competences, which means portable set of abilities and skills of daily use. It includes directions, recommendations and devices to increase efficiency of managers work by improving his key competences.

Elaborate master’s thesis investigates at first the general knowledge of the theoretical background related with the global financial crisis and its subsequent transfer to the automotive industry. After the theoretical examination is master’s thesis analyzing company MS technik in the period before the financial crisis and especially during the drop in production caused by the effects of financial crisis in the automotive industry. The main part of master’s thesis is solving the impacts of the crises and their consequences in MS technik and in particular the proposals and their subsequent application in the enterprise to cope with the effects of financial crisis which in 2008 affected the market of the automotive industry.

The diploma work presents financing from a structural funds of the EU and analysis of problems of this type of financing. Main focus is on elaboration feasibility study (economical project rating), that is an inseparable part of the application for grant from these funds. It also speaks about alternative methods of financial resourcing essentials to realize the desired business plan.