Diploma thesis deals with the design and implementation of control application that drives cutting machine module. Goal of application is controlling implemented module by terminal touch-panel. The thesis begins with the theoretical analysis of cutting machine and hardware description, which involves sensors, actuators, regulating elements and programmable controller. Ensued part of this thesis makes survey within industrial communication in automatization and selection of suitable software development tool. Implementation of application is carried out in practical part which describes source code samples and user interface visualization screens of touch-panel. Final part is dedicated to summary of results and possible extension.

The work deals with the design and implementation of control applications for programmable logic controllers. The subjects, that are to be controlled, are technological devices designed for heating several manufacturing buildings in the industrial park. The first part describes the installed thermal systems and their operating principles. Following section is about programmable logic controllers and their related topics. In the practical part, the control system is chosen based on the analysis, and control strategy for heating technologies is designed along with the communication topology. Created control and visualization applications are described in the implementation part.

This thesis is dealing with continuous delivery of web applications. The theoretical part contains description and explanation of the basic concepts of the continuous delivery. The objectives, benefits, specifications and basic procedure of implementation of this process are summarized in this part of the thesis. Tools for final implementation of continuous delivery in software company are designed and implemented in the practical part of the thesis.

The aim of the thesis is to explain and introduce the indiviudal components and control proceedings in the systems of automatic control of intelligent houses. The thesis is divided into three parts. In the first part I deal with the general description and structure of the house automatic systems, their availability and application in wiring practise. The second part is focused on the proceedings used in RC5 infra-red area and the most used X10 PowerLine protocol and its processing by AVR microprocessors. The third part is concentrated on the practical construction of a module with a microprocessor enabling the development and education of user applications for the substance of the automation system and that extend it in other possibilities of communication such as ethernet and WiFi networks, eventually GSM mobile network.

The content of the thesis is to familiarize students with module PLC Siemens LOGO! and its practical use in teaching courses in the subjects as automation, electro-nics and mechatronics at vocational secondary schools. The content is focused on the basic description of the development and graphical environment and its use in practical problems solving. In the practical part of the proposals there are worksheets for pupils with the design of pupils´ simple tasks. After studying this text and the compilation of practical problems, the student should be capable of independent operation with module PLC Siemens LOGO! and implementation of complex applications.

The diploma thesis called Analysis of trends in companies with emphasis of Industry 4.0 meets with sphere of trend of Industry 4.0. This work provides the basic theoretical know-ledge about conpcet of Industry 4.0. The theoretical part of this work also includes techno-logical and social aspects of fourth industry revolution. In the practical part of the work is performed analysis of readiness czech companies for trend of Industry 4.0. On the base of results of analysis concluding recommendations are determined.

The research goal was to find out the current and possible level of procurement automation and its contribution to less routine and more creative jobs. The goal was accomplished by literature review and data collection via survey. The data collected evaluated enterprises in developing and developed countries. The research hypothesis of developing countries automating more than developed ones was not supported by the data tested via Mann-Whithey U test. The data collected was from 146 respondents from all around the world. Therefore, there are limitations of the conclusions. The thesis and its survey contributes to the knowledge about the level of procurement automation.

The goal of this diploma is understanding and evaluation of the warehouse processes, the specification of problems and finding the best ways to deal with these drawbacks. The method used for the diploma is comparison. The theoretical part briefly focuses on the fashion logistics. The practical part then describes the distribution centre of the company Bonmarché Ltd. At first the functioning processes in all warehouse departments are specified and the problems are appointed. The second part focuses on the considered changes that would eliminate the problems. The final comparison will tell us whether these changes will solve the problems and enable the company to stay competitive on the British clothing market.

This diploma thesis is focused on software testing, especially on System integration testing phase and automatization of this process. The main objective of this thesis is to create case study, in which the open source system SugarCRM is fully tested via testing tool SoapUI. Testing process in case study is executed according to methodology, which is focused mainly on testing of web services by SoapUI testing tool. Theoretical part of the thesis is dedicated to explanation of testing process, test automation and terms, which are commonly used in testing. Next part is devoted to integration of infor-mation systems. Practical part is dedicated to creation of the case study. In this part, the SoapUI testing tool and system SugarCRM, are described. In the case study, all testing activities are presented.

The aim of the work is create and describe solution of automation and visualization of project boards in the specific manufacturing company. Methods and tools of Business Intelligence are used in this process. Project board is arranged summary of information, which is part of the monitor, in this context. There is for example information about produced pieces, the cost of poor quality, project Scorecard, downtime analyses, bottleneck of project, and so on. The theoretical part is dealing with description methods and components of Business Intelligence and serves to explanation basic principles on the basis of which are formed data staging area, data warehouse, OLAP cubes and dashboards. The main emphasis is on the practical part, in which is detail describe process of data elaboration from source data, which are taken primarily from MS Excel files, till data visualization in the form of dashboard. As software workspace were selected Microsoft products, specifically SQL Server Management Studio, Visual Studio and Excel which has been mentioned before. The main output is solution that will gradually fully replace paper project boards. This solution also brings both financial and time savings in the creation and managing project boards, because this process is automated.