National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Process model of manufacturing company
Kuběna, Lubomír ; Řepa, Václav (advisor) ; Pálka, Jan (referee)
This thesis deals with process modeling respectively application specific modeling methodology developed by prof. Ing. Václav Řepa Csc. for the selected company active in manufacturing. The main objective and part of the thesis forms creation of process model. It's preceded by introductory description of the selected company and its global long-term goals set by management, SWOT analysis revealing strengths, weaknesses, opportunities and threats, on the basis of which is elaborated a strategy to exploit opportunities for the development of strengths. Before analyzing the processes and the design of process model Balanced Scorecard analysis is realized. Within its four perspectives, I propose and summarize the identified targets, along with their metrics, current and desired state. Further it's followed by process analysis and elaboration of process models to global (Eriksson-Penker model) and detailed (BPMN notation) level. Models have added the descriptive tables and description and main points of the design are summarized in the end. The main objective of work is followed by others, represented by the comparison of designed model and current situation in company, where is implemented quality management system ISO 9001:2000 (comparing similarities and differences, problems of quality system, etc.) and assessment of enviromental maturity of the company and its functioning from process perspective, using the knowledge model Michael Hammer PEMM (Process & Enterprise Maturity Model). Information obtained from the analysis and designs are put into context with each other to ensure consistency of whole design and my thesis and summarized in Chapter Conclusion.
Comparison of standards for process modeling
Kalina, Jaroslav ; Řepa, Václav (advisor) ; Smolík, Jan (referee)
The scope of this thesis is the field of business process modeling and additionally the usability of business process models in areas like conceptual analysis of IS/ICT, business process reengineering and business process management. For the purpose of evaluation of the usability of current standards for business process modeling, an framework for comparison of various characteristics of these standards is proposed. This thesis has two aims. Primarily, to develop an approach for evaluation of business process modeling standards, and as a secondary aim, to apply this evaluation model onto a set of selected standards for business process modeling and thus perform a comparison of these standards. The evaluation model has two main components. The first part is to create a set of characteristics which represent two existing points of view onto the exploitability business process modeling (e.g. during the development of IS/ICT and during BPR/BPM1). During the identification of particular characteristics, a research into the related literature and other sources has been performed to provide a sufficient basis for this activity. The second part of the developed approach is to the application of PEMM (Process & Enterprise Maturity Model), which was developed by Dr. M. Hammer for the purpose os auditing the maturity of business processes. Both of these parts are then put together into one evaluation framework. Based on information gathered from the respective specifications of particular standards, related literature and articles, we've performed an application of this evaluation framework on three standards for business process modeling: EPC, BPMN and IDEF3. The benefits of this thesis could be seen as a creation of a very own approach for evaluation of business process modeling standards. Additionally by performing the comparison of these three standards for business process modeling we've created a guideline which could be there fore applied by the potential reader during the decision making of what standard to use for business process modeling (in the context of expected purpose of this modeling).

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