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The master´s thesis pays attention to the information system dealing with the procession of insolvency proposals. This requirement originated in the terms and conditions of the prepared amendment to the act on insolvency. The first part analyses the existing system of procession. The demands for the information system are formulated based on the foundout facts. The second part describes the proposed solution by means of charts depicting examples of use, and a process and checking chart processed in the Enterprise Architect programme. The third part includes a description of the information system implementation. The information system has been programmed by means of the PHP scripting language using the Nette framework and the MySQL database. The FPDF and FPDL libraries were used to generate the insolvency proposal in PDF. This system respects the valid legislation, facilitating the work and saving the costs related to the procession of insolvency proposals.

This master's thesis describes the process of extending the Process Inspector for data export into Enterprise Architect. The thesis includes two sections - theoretical (dealing with the theoretical background of process management) and practical (the implementation itself).

Property Management, one functional area within Right-of-Way offices in state transportation agencies, is responsible for managing the property acquired for highway projects. These activities are data and document intensive and efficiency for performing them would be improved through the implementation of an information management system. Because of the geospatial nature of many of these activities, geographic information systems (GIS) would increase the effectiveness of this system. A literature review and survey were conducted to understand the current state of practice for the use of GIS and information management systems in Property Management. There is no identified comprehensive system that covers all Property Management activities. An initial step in developing a geospatially-enabled enterprise-level information management system, a logical model was developed. This included developing the business process diagram, business process models, and use case models based on the principles of systems engineering using the Computer Aided Software (CASE) Enterprise Architecture. Activities that would benefit from a geospatial component have been identified and included in the models. The developed models have been validated by working with PennDOT staff. The resulting model serves as a standard template for state transportation agencies and helps conceptualize the advantages of integration and interaction with other systems, and geospatial enablement prior to investment in an information management system. / Master of Science

Requirements Engineering and Software Quality Management is nowadays considered to be one of the important parts of the software development process. This thesis deals with connecting the theoretical concept of requirements engineering and usage of functions offered by Enterprise Architect tool, which should support the requirements engineering and software quality management processes. The main goal is to propose procedures of Enterprise Architect usage during the project in such a way, which will help to raise quality of the final product. The purpose is to offer a systematic and conscious way of implementation Enterprise Architect elements into software development processes, because this tool is able to support the whole cycle of the product. The methodology was designed as a result of theoretical concept, existing requirements engineering approaches and my own experience acquired during working on projects as a business and test analyst. The contribution of the designed methodology is in bringing recommendations, practices and procedures saying how to use Enterprise Architect during the software development process in order to gain the highest possible software quality. The thesis is structured in four sections describing the appropriate theory, analyzed requirement engineering approaches, critical mistakes during this process and the methodology design.