This diploma thesis is focused on the risk analysis of a selected production process of the company SIK METAL s.r.o. The work is divided into three parts, the theoretical part, then the analysis of the current state and the design part. The theoretical part defines the basic concepts that relate to risks. These theoretical findings are then applied in the second part of the work, where risk identification is performed using various types of analysis. Based on selected analyzes, proposals and recommendations are proposed in the final part of the diploma thesis. Proposals and recommendations contain financial quantifications.

The diploma thesis deals with the issue of increasing the competitiveness of the company with a focus on product and production. It compares theoretical knowledge, analyzes the current situation of the selected company, identifies the possibility of introducing innovation within the product portfolio and production system and proposes changes.

This diploma thesis deals with the modifications of workplace design and changesof the layout of the company’s production space using lean manufacturing tools. The first part of the thesis theoretically describes the terms like production process, organization of the workplaces, lean production and some methods of lean production. The practical part of the thesis describes the choosen company, analysis of the current production process and visual aids used in the production of the company. The design part contains a proposal for a new layout of the production hall, the introduction of the principles of the 5S method in the workplace and proposal for the use of visual management tools. At the end of the work, the benefits of the proposed options for the company are evaluated.

The aim of this semestral thesis is to use the Value Stream Mapping (VSM) as visual aids to describe streamlining the production process of vibration welding machines in Emerson Industrial Automation, in Nove Mesto nad Vahom. In this thesis is contained description and comparison of the software support for the VSM. Theoretical part describes the causes of lean production and discusses the purpose of mapping of the value stream and variables associated with it.

Presented master’s thesis is focused on production process with direct relation on its input optimization. Theoretical part summarizes pieces of information about important characteristics of industrial process and its connections on another no less significant field of economical life of company such as marketing or logistics. Practical part is a result of analytical and creative work in industrial copany Brück AM that is an object of research in project part. An analysis and proposed precausions are based on understudied literature and attitude incident to author. Main output is calculations-backed project of change in the field of stocking system, store accounting and weight yield that can become a concrete way for improvement of present situation.

This paper deals with the problem of optimization of a production plan by using genetic algorithms. It contains a brief overview of the principles behind genetic algorithms in scope of evolutionary algorithms and artificial intelligence in general. It also takes a closer look on the challenge of production planning and control and all activities connected to it. This is followed by description of the modification of genetic algorithms that needed to be done in order to implement it into a computer program, which is used to create and optimize the production plan, and is a result to the issue that this paper deals with. Incorporated is detailed escription of principles and functions of the program, that it offers to its users.

This master´s thesis is aimed at the analyse of the production of lacquers and paints and at its expansion in the Sherwin-Williams Czech republic company. At first particular activities of the company are presented and then several variants of the expansion are suggested, among them belongs the implementation of the operation in shifts, the modernization of equipment and the increase in the number of workers. After the exploration of influences of these variants on logistic processes and the exploration of related costs and merits the modernization is chosen as the optimal variant for the expected level of the demand.

This master’s thesis is focused on the risk analysis of the selected production process in company TES Vsetin, s.r.o. The thesis is divided into three parts, the theoretical part, analysis of the current state and design part. The theoretical part defines the basic concepts related to risk, risk analysis and tools for risk reduction. Some of these theoretical findings are then applied in the next section where these analyzes are used to the identification of risks. On the basis of these analyzes in the final part there will be designed proposals and recommendations, which should lead to a reduction of identified risks, including financial enumeration.

The thesis discusses the possibility of production process optimization within the company Česká zbrojovka, a.s. In the introduction part I have introduced the company, the subsidiaries, the manufacturing portfolio and economic indicators. The theoretical part deals with basis necessary for the practical part. In the latter, I have suggested solutions based on the initial analysis, mapping and current state analysis in order to optimize and improve the monitored production process. In the final part of the thesis I have focused on the evaluation of the benefits and conditions of the bare implementation.

The thesis describes the design of the information system that is supposed to support production process at the Varia, Ltd company. Theoretical background of operative production management and information systems is described in the first part. The second part contains the analysis of the processes inside company in which the problematical areas were identified. Based on the analysis results and the theoretical background, the particular design of information system was created. This system is supposed to support operative production management and to eliminate the production process weaknesses.