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Analysis of the MES Hydra Production Information System and Subsequent Optimization in the Selected Company
Voborný, Vojtěch ; Buršík, Filip (referee) ; Klčová, Hana (advisor)
The thesis focuses on the analysis of the processing informational system MES Hydra used by automotive company Jopp Automotive s. r. o.. Since the company does not use full potential of the described system, emphasis will be placed especially on the modules involved in the production process. The analysis will be carried out by user's perspective and also the actual implementation and suggestions about possible improving of user´s interface or potential application of additional options of the system will be considered. The integral part of the thesis are production schemes, on that facts and ideas for process optimalization controlled by the system will be discussed.
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Implementation of a maintenance system in the manufactoring execution system COMES
Žilka, Filip ; Šťastný, Ladislav (referee) ; Pásek, Jan (advisor)
This bachelor’s thesis deals with maintenance systems. In the beginning part of the thesis there is a briefly introduction to automation with a description of systems which are part of automation pyramid. The emphasis is on MES systems from which MES system COMES, developed by COMPAS company is described. The next section is an intruduction to maintenance with a description of information technologies in maintenance and commonly used systems of maintenance, installed in industrial companies. The very last section deals with own system of maintenance which was created as an extension in module COMES Modeller.
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The Study of Operational Production Management in Selected Firm
Černohousová, Pavla ; Tesař, Rostislav (referee) ; Jurová, Marie (advisor)
This thesis studies the operational management of production, particularly the divison of plastic mill. The study analyses current state of operational management of production and especially focus on physical and information flow. Based on the results of the analysis, study eliminates discovered defects. For that reason, design part is focused on optimization of informational flow by introduction of modular manufacturing information system. At the end of the thesis are presented benefits of mentioned solution and economic evaluation for the proposed options.
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