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Selection and deployment of ERP system
Rozmahel, Ivan ; Kovář, Jiří (referee) ; Houška, Pavel (advisor)
The diploma thesis called The selection and deployment software for production planning and control, to clear up the basic principles associated with the company’s information and control systems and with the company‘s processes viewed from the point of production. The diploma thesis deals with the theoretical description of the ERP systems and the principal planning and production methods. In the practical part the implementation of the new controlling ERP system at the PBS company is described.
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APPROACH TO REDUCING LEAD TIME IN MANUFACTURING SYSTEMS
Hromková, Ivana ; Škopán, Miroslav (referee) ; Šťastný, Jiří (referee) ; Mostýn, Vladimír (referee) ; Knoflíček, Radek (advisor)
Presented PhD thesis aims at development of new methodologies and approaches to reduce lead times in production systems. Therefore the thesis examines in detail the design of new, more comprehensive approaches to shortening lead times. The dissertation describes the methodology of using these approaches in production systems, it is suggested their inclusion in the control structure of production and adequate managerial support for the successful application of these new approaches in the industry is developed. The first part summarizes current knowledge in the field of reducing lead times. The various methods that can be used for reducing lead times are defined and described, from which is selected discrete simulation of manufacturing systems as a suitable method for the purposes of issue development. The next part of this work is therefore devoted to simulation approach to reducing lead times and the factors that affect them, such as processing time, size of the batch, queue lengths, etc. In this part is also discussed the use of information technologies (programming languages, libraries, and software tools) that enable efficient creation of simulation models. The second part is focused on industrial applications implemented to reduce production lead times. Specific simulation analysis deal with, for example, reduction of the lead time for manufacture of surgical instruments, screws, slats, but also transport systems, optimization of production orders input to the production system, the issue of supply, etc. The second part also describes a practical approach to data transfer to / from the simulation model, simulation software connection to the ERP database of enterprise and energy intensity of production. The conclusion summarizes the findings that were detected on the issue of reducing lead times, and within the chosen methodology, simulation of manufacturing processes indicates possible further progress in the research and practical applications.
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APPROACH TO REDUCING LEAD TIME IN MANUFACTURING SYSTEMS
Hromková, Ivana ; Škopán, Miroslav (referee) ; Šťastný, Jiří (referee) ; Mostýn, Vladimír (referee) ; Knoflíček, Radek (advisor)
Presented PhD thesis aims at development of new methodologies and approaches to reduce lead times in production systems. Therefore the thesis examines in detail the design of new, more comprehensive approaches to shortening lead times. The dissertation describes the methodology of using these approaches in production systems, it is suggested their inclusion in the control structure of production and adequate managerial support for the successful application of these new approaches in the industry is developed. The first part summarizes current knowledge in the field of reducing lead times. The various methods that can be used for reducing lead times are defined and described, from which is selected discrete simulation of manufacturing systems as a suitable method for the purposes of issue development. The next part of this work is therefore devoted to simulation approach to reducing lead times and the factors that affect them, such as processing time, size of the batch, queue lengths, etc. In this part is also discussed the use of information technologies (programming languages, libraries, and software tools) that enable efficient creation of simulation models. The second part is focused on industrial applications implemented to reduce production lead times. Specific simulation analysis deal with, for example, reduction of the lead time for manufacture of surgical instruments, screws, slats, but also transport systems, optimization of production orders input to the production system, the issue of supply, etc. The second part also describes a practical approach to data transfer to / from the simulation model, simulation software connection to the ERP database of enterprise and energy intensity of production. The conclusion summarizes the findings that were detected on the issue of reducing lead times, and within the chosen methodology, simulation of manufacturing processes indicates possible further progress in the research and practical applications.
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|
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Selection and deployment of ERP system
Rozmahel, Ivan ; Kovář, Jiří (referee) ; Houška, Pavel (advisor)
The diploma thesis called The selection and deployment software for production planning and control, to clear up the basic principles associated with the company’s information and control systems and with the company‘s processes viewed from the point of production. The diploma thesis deals with the theoretical description of the ERP systems and the principal planning and production methods. In the practical part the implementation of the new controlling ERP system at the PBS company is described.
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Information support in decision making process in Logistics (SCM) - simulation
Jirsák, Petr ; Pernica, Petr (advisor) ; Vaněček, Drahoš (referee) ; Cimler, Petr (referee)
The thesis is focused on SCM and information support for supply chain managers with emphasis on modelling and simulation. The first main aim of the work is to verify the method for applicability in SCM problem solution. The second main aim is to analyse supply chains by means of modelling and simulation and find the most suitable supply chains for the area of The New economics. The third main aim is to analyse behaviour of supply chains under changing factors on which the supply chains are initially modelled. The output of this work is applicable in the theory, practice and education
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Shortening of lead times by an automobile producer in order to increase its competitiveness. Prospective benefit for Skoda Auto Supply Chain.
Paclt, Ondřej ; Pernica, Petr (advisor) ; Čurda, Jiří (referee)
Master Thesis studies integrated Supply Chains and their particularities in the automotive industry and searches for ways how to rationalize them. It aims to find means how to make the lead times shorter, with the focus on an automobile producer in an effort to increase its competitiveness. It is geared to identify points in its Supply Chain, where flaws and errors or delays in the process of customer order fulfillment might occur. It also concentrates on the possibility of managing customer demand. The Thesis then investigates circumstances that especially in the automotive do play a role and influence the lead time. Based on the established information and facts it proposes measures that resolve this problem with regard to current trends in the industry and also consider the requirements and expectations of customers buying a new car.
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