This diploma thesis deals with registration of hardware in the banking environment which is typical of its limitations. The goal of the thesis is to design a system for automated hardware management that complies with all aspects of this environment. The first step to achieve the goal is a selection of development methodology and its adaptation to the nature if the project. The chosen methodology helps to understand and to define the system requirements in terms of future users. According to the requirements there is performed analysis of the market. The result of this analysis confirms the need for designing of a custom solution. For its development is mainly used scripting language PowerShell 2.0, supplemented by SQLite database system. Fully functional system which should decrease the time overhead and improve the quality of the services provided to our internal customers, is the main contribution of the thesis. Finally, after deployment of the system to the operation, is assessed suitability of the chosen methodology and evaluated success of the whole thesis.

The diploma thesis focuses on implementation of ERP solution produced by SAP, especially on implementation methodology and project definition, in a company environment. The main aim of this thesis is to devise methodology based on ASAP methodology using experience from previous projects of the company I work for. This company specializes in software implementation. This text reveals phases of a project in great details, defines it and describes implementation methodology including outputs and aims. The text also includes a brief description of not only ERP system, but also SAP HANA system. SAP HANA (at the time of writing this text) is an innovative product. Finally, SAP HANA installation is briefly described along with ERP, considering the previously created methodology.

This thesis deals with the issue of project management in the development of custom software, particularly PRINCE2 methodology and agile approaches to software development. The work is divided into two parts. The first part is theoretical. It describes the basic concepts of project management, project history and characterizes the selected software development methodologies. The classical methods are represented by waterfall and spiral models. In the context of the agile methods are described Scrum, Extreme Programming, Kanban and Scrumban. Regarding the standards of project management this thesis describes in detail the methodology PRINCE2 which at the end of the theoretical part will be compared to the standards of PMI and IPMA. The second part is practical and describes an adaptation of PRINCE2 for small projects and helps to decide which tools of PRINCE2 are required for small projects use and which ones can be ignored. In this thesis the process of managing product delivery within the PRINCE2 methodology is replaced by the agile methodology Scrumban that is adapted for a software development within analyzed organization. The thesis focuses on a more detailed description of the methodology Scrumban, established metrics and motivation within the development team.

This Master's Thesis addresses the topic of usability testing of web-based systems. It reviews existing testing methodologies and recommends a collection of test tools and approaches suitable for usability testing. This thesis introduces a new methodology called Tabie for scoring web system under test. The methodology combines both the ease of use of the user interface (syntactic testing) as as well as its content (semantical testing). This approach is well suited for workflows in marketing agencies where content tweaks and its evaluation is done on an ongoing basis in order to attract more viewers and potential customers. The Tabie methodology provides a quantitative and repeatable process, automating the tweak-evaluate iteration.

The aim of the thesis is to create a methodology for the design of electronic services (e-services) and its verification through the design of a new electronic service which is improving the relations of a ski school with its customers. This aim is achieved by fulfilling a number of sub-goals. First, the theoretical foundations of services and e-services are presented with the aid of academic papers, publications and articles. Furthermore, using literary resources, the system of services which is tailored to fit the e-service environment is also described. Subsequently, the appropriate steps for the e-service design are chosen. These steps together form the above-mentioned methodology by which the new electronic service for ski school customers is designed. The text of the thesis is divided into four parts which head towards the design of a portal for the ski school customers. The first part introduces the theoretical definitions. The service sector and the definition of e-service are presented in this part. The second part describes the four major elements that form the e-service system. The areas that are crucial to the design are identified analysing each component of the e-service system. The knowledge gained in the second section is used to determine the activities which constitute the methodology proposed in the third part. The methodology is verified in the fourth section, where the web portal for ski school customers is designed

The following master thesis is focused on creation of methodology for optimal usage of load balancing in data center environment. Thesis is divided into eight chapters. The first chapter describes the reasons why to deal with this topic further. The second chapter summarizes the state of load balancing. This chapter is based on research of already elaborated thesis which were focused on load balancing in different ways. The third chapter summarizes load balancing including its key principles. The fourth chapter describes an actual state of load balancing in data center environment. An observation of real usage of load balancing in selected data center was used for the main purpose of this chapter. The fifth chapter consists of analysis of the currently existing methodologies which are used from the infrastructure projects purpose. The sixth chapter deals with creation of methodology for optimal usage of load balancing in data center. The seventh chapter evaluates usage of methodology by applying of this methodology to real practical example of implementation of load balancing. The eighth chapter summarizes all detected conclusions.

This thesis is about changes which are define by company: customization. The main goal of this work is to identify the main phases of this process and put it into the reference model MBI. In the first chapter the theoretical apparat of the process of customization is defined as well as the business impact of this process. The second chapter focuses on the aforementioned extension of the MBI model. This extension is realized by four tasks, which clearly define the process of customization. These tasks are linked with scenarios which define the problems of this process. This work also includes three new factors and a document of the MBI model.

This thesis provides methodological instructions enabling companies to deploy mobile technologies in an enterprise in such a way that all the necessary areas like technology vendors, platform or issue of governance and security are taken into consideration. The key principle of the methodology is to minimize costs and focus on achieving business goals. The thesis is built on usage of theoretical approaches combined with an experience of companies which have already deployed mobile technologies.

This master's thesis deals with the topic of designing an agile methodology for Business Intelligence projects. The thesis presents the topic of Business Intelligence, methodologies for managing projects and methodologies for data warehouse development. It presents Scrum, BEAM* and Data Vault methodologies as well as approaches like pomodoro, Action Centered Leadership and a 40-hour work week. Based on synthesis of presented methodologies and approaches this thesis defines the methodology for managing Business Intelligence projects. The newly designed methodology HooBI is a minimal methodology for agile management of Business Intelligence projects based on data warehouse, containing Business Intelligence elements and approaches for effective work. The usage of methodology is double verified; firstly, by comparison of managing a completed past project with its alternative of eventual usage of the designed methodology HooBI, secondly by expert review. The Methodology should simplify the development and management of Business Intelligence projects and can be used by professionals in the field of Business Intelligence.

This master thesis is devoted to a design for methodology of BI projects in QlikView. The main aim is to propose a recommended procedure solutions reflecting the strengths and weaknesses in the development of QlikView applications. Accompanying chapter to the discussed issue is a chapter Business Intelligence which explains the principles, characteristics and reasons for implementation in companies. Part of defining the differences between traditional and self-service solutions serves as a theoretical basis for understanding the increasing attractiveness of self-service solutions and environment of the proposed methodology. The next chapter presents the company Qlik as a market leader in BI and the owner of QlikView. The reasons for its establishment, subsequent development and actual vision are listed to create a comprehensive view of the environment where the described product was created. Along with the chapter focusing on characteristics and main advantages of QlikView a knowledge base is established for the implementation of proposed methodology. Crucial chapter of this thesis is based on the author's experience gained while implementing QlikView projects. The proposed methodology is based on the description of each phase, its activities, inputs and outputs and its concrete application in a demo environment for the area of receivables in manufacturing company. The key contribution of the author is pointing out potential problems during development or warning about critical parts or providing appropriate recommendations and benefits of the proposed procedures. The designed methodology can serve as a useful guide for self-service projects implemented the QlikView environment.