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Reliability assessment of selected process in non-manufacturing company
Lukáš, Martin ; Kotek, Luboš (referee) ; Blecha, Petr (advisor)
The subject of the diploma thesis Assessment of the reliability of a selected process in a non-manufacturing company is the analysis of the reliability of processes and their risks. The partial goals were to perform a professional literature search of valid standards and a system analysis concerning the issue of assessing the reliability of the selected process. The first part of the diploma thesis deals with the approach to selected concepts and tools that are used in this work. Furthermore, the author dealt with selected requirements of the relevant standards ČSN EN ISO 9001:2016, ČSN EN ISO 14001:2016 a ČSN ISO 45001:2018, which relate to the issues addressed. The practical part introduces the company, especially the division of the company related to the process. Subsequently, the process was processed into an integrated flowchart and assessed using quality tools, namely FMEA analysis and Internal Audit. Based on the results obtained using these tools, the analysis revealed relevant risks and findings. In the last part, the author compared and summarized the results of the assessment and the identified findings, for which he proposed appropriate preventive measures to improve the selected process. Finally, the own conclusions and proposed preventive measures are discussed.
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Reliability assessment of selected process in non-manufacturing company
Lukáš, Martin ; Kotek, Luboš (referee) ; Blecha, Petr (advisor)
The subject of the diploma thesis Assessment of the reliability of a selected process in a non-manufacturing company is the analysis of the reliability of processes and their risks. The partial goals were to perform a professional literature search of valid standards and a system analysis concerning the issue of assessing the reliability of the selected process. The first part of the diploma thesis deals with the approach to selected concepts and tools that are used in this work. Furthermore, the author dealt with selected requirements of the relevant standards ČSN EN ISO 9001:2016, ČSN EN ISO 14001:2016 a ČSN ISO 45001:2018, which relate to the issues addressed. The practical part introduces the company, especially the division of the company related to the process. Subsequently, the process was processed into an integrated flowchart and assessed using quality tools, namely FMEA analysis and Internal Audit. Based on the results obtained using these tools, the analysis revealed relevant risks and findings. In the last part, the author compared and summarized the results of the assessment and the identified findings, for which he proposed appropriate preventive measures to improve the selected process. Finally, the own conclusions and proposed preventive measures are discussed.
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Impact of the process and data integration on reporting efficiency
Sys, Bohuslav ; Šebesta, Michal (advisor) ; Bruckner, Tomáš (referee)
Nowadays, when the difference between failure and success is amount of the available information combined with exponential growth of the available information on web leads to rising need to track the quality of the data. This worldwide trend is not only global, but it affects even individuals and companies in particular. In comparison with the past these companies produce higher amount of data, which are more complex at the same time, all to get a better idea about the real world. This leads us to the main problem, when we not only need to gather the data, but we have to present them in such way, so they can serve the purpose for which they have been gathered. Therefore the purpose of this thesis is to focus on processes following the data gathering -- data quality and transformation processes. In the first part of the thesis we will define a basic concept and issues, followed by methods necessary for acquiring requested data in expected quality, which includes the required infrastructure. In the second part of the thesis we will define real-life example and use the knowledge from previous part to design usable solution and deploy it into use. In conclusion we will evaluate the design compared to the result acquired from its real-life utilization.
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