Paper summarizes the importance of motivation and performance of employees in the organization. The primary goal of this paper is to propose solutions to increase motivation and thus performance. Meet this target would require the implementation of many activities, from finding present, the IS architecture, through detailed analysis of individual systems, which affect workers. Important too was the definition of where all the motivation and performance in man takes and how it can be measured. In the practical part I have done, according to gained experience, using the LMI survey questionnaire to identify weak areas of performance motivation. These results, I finally offered advice and firstly from a psychological perspective, and secondly in terms of IT and its main information system, the workers who come into contact every day and therefore has a huge impact on them. Contribution of the author of this thesis was to identify and increase motivation, through analysis and recommendations specified by the selected methodologies.

This Master's thesis deals with the optimization of the material flow between two areas of the production plant of the selected company. At the beginning of the thesis there is shown theoretical framework which is needed for subsequent analysis and determination of the proposals to improvement. In this part there is pointed out to the understanding of the process and the various concepts related to the process management. Furthermore, for the purposes of the application part there are selected and analyzed specific tools of lean manufacturing. These include for example the spaghetti diagram, the product / process matrix and the value stream mapping as the essential tool of this thesis. All this is complemented by ABC analysis. After that these methods are also applied in the practical part for solving the current project in the selected company. At first in solving the project there is dealt with the determination of the most problematic material flow between two areas of production plant. Then there is suggested the optimization solutions and all of this is also complemented by the economic evaluation of the whole project.

The main objective of this thesis is to analyze the processes in the company POP service, Ltd., also to analyze the current problem in this company and to recommend and propose measures which eliminate the causes of the emergence of the problem. The causes originate from the aspects of the management of people and processes are identified through the analysis of processes associated with the problem and eliminated on the basis of proposals metrics and responsibilities for these processes. The theoretical part of the thesis is devoted to concepts in the field of process management. The theoretical part characterizes these concepts process management, business processes, process analysis and process modeling methods, process maps, graphical notation for writing business processes, business process improvement and analysis organization. In the second part of the thesis is presented the examined organizations POP service, Ltd.. Based on the analysis of the current state are defined vision, mission and goals of the organization. Then there is described a procedure of the analysis of the current state, which is process analysis and proposal of selected processes, metrics and responsibilities for these processes. Methods of analysis are SWOT analysis, analysis of the activities, structured interviews and process analysis. The result of this thesis is to analyze the selection of processes of the company POP service, Ltd., proposal metrics, define jobs and responsibilities and suggestions for improving the selected process.

This diploma thesis is focused on the application of a system approach, which was configured by the author. Configured approach was used to analyze project of implementation of data warehouse tool. Dynamics of the project delivery system was shown by causal loop diagram and then by system dynamics model. Thesis defined and used terms like system, system complexity, system approach, system approach configuration, causal loop diagram, system dynamics model, system archetype of shifting the burden, data warehouse and its definition against a database definition, project, project organizational structures, methods and their necessity in implementation of information systems projects, feasibility of the information system projects and problems with measurement of project performance. Time-proportional simulation of system dynamics model quantified effects of factors and also quantified different results of project implementation approaches. Based on the analyzed project was provided a brief general recommendations for information systems projects.

The master thesis describes the analysis and proposal of changes of information system for the village Hrušovany u Brna. The analysis of information system was done mainly using the method HOS8. Changes were made on the base of the analysis, mainly the new part of the information system, which collects data about waste sorting in families. Introduction of these changes bring new information to the management and contribute to better waste management in the village.

The goal of the thesis is to create a project documentation for extencion of services in selected company, which is focused on selling sport cameras in store in Prague and also with e-shop. For create were used the methods of project management.

This diploma thesis deals with a project management issue. The aim of the thesis is to propose a project for the implementation of information system in a selected company with the use of theoretical knowledge discussed in the second chapter. The third chapter contains information about this company and the analysis of ice hockey statistical systems. In the fourth part of the thesis is presented the proposal of project documentation for the implementation and the benefits of suggested solutions.

This thesis focuses on deterministic chaos and selected methods of chaos control. It briefly describes the matter of deterministic chaos and presents commonly used tools of analysis of dynamical systems exhibiting chaotic behavior. A list of frequently studied chaotic systems is presented and followed by a description of methods of chaos control and the optimization of these methods. The practical part is dedicated to the stabilization of two model systems and one real system with described methods.

The doctoral thesis deals with utilization of hydroforming technology for manufacturing of a new type of solar absorber, which has directly flow meandering structure and a structured surface consisting of pyramidal elements. Austenitic stainless steel X5CrNi18-10 is used as a material for absorbers production. At the beginning of the thesis, a literary research is performed, which is focused on particular methods of hydroforming technology, their applicability for this problem, forming limits determination and usability of numerical simulation. Based on the literature study, the production technology was developed by using parallel hydroforming technology and it was optimized by using a numerical simulation in the ANSYS software. Hydroforming parameters for two variants of the structured surface with pyramidal cavities with apex angle of 90° and 60° were determined from the calculations and the material tests.

The thesis deals with computational modelling of ceramic foams and analysis of influence of structural manufacturing defects (like broken struts, closed pores and material clumps) have on foam strength. Model of foam geometry was discretized using beam elements in order to decrease computational cost. In place where several struct join, rigid beam element was used so that the increased stiffness is better modelled. Closed walls of pores were modelled and discretised by shell elements. Influence of loading direction was analysed on foams containing no defects and then influence of amount of defects in foam on strength was further analysed. Highest strength show foams created by cells whose structs are oriented in direction of loading. These were losing strength most rapidly. Foam with structure of rhombic dodecahedral cell was least influenced by presence of closed pore defects but it also showed lowest strength even without defects. Cells with struts oriented in direction of loading experienced biggest drop in strength. Kelvin cell is a compromise. It was shown that difference in strength of strut with constant and varying cross-section is tenths of percent.