This Master´s thesis analyzes the software support of production planning in 2VV Ltd., which deals with manufacturing and suppling air conditioning systems as are air curtains, ventilation units and ventilation products. This thesis is divided into three parts. The theoretical part describes the theoretical base of manufacturing, production planning process and its software support. The analytical part contains global analysis and critical analysis of the current status of order processing and production planning with software support and its results. The last part lists possible improvements of production planning in the company.

The diploma thesis deals with the issue of change management in the company environment according to the project management principles, following the field of e-commerce of the company. The starting point for project processing is the result of a strategic situational analysis of the external environment and the industry sector and the analysis of the current state of the company CONTROLSOUND, s.r.o. considering the strategy of information and communication technologies as well as the marketing strategy. The combination of which creates an e-commerce system. The solution to the problem of managed change is to develop proposals and plans that will serve to implement the project itself and reduce the risk of failure of the change in the company. For planning and managing the project will be used Microsoft Project Professional 2016 as a software support.

This master's thesis focuses on the knowledge of risk management. The core of this issue contains risk management process, risk identification, monitoring and risk analysis. The text in the first part explains stages of identifying the risks and the methodology used. The aim was to create, after a thorough analysis, the detailed design, then proceed to implementing individual parts of the system and to create a functional system for the support of identification of risks in IT projects. The system was implemented in PHP programming language, working with the MySQL database system on the database level. In the end there is an assessment and discussion of possible expansion.

Sukurti programinę įrangą dažnai skiriama per mažai laiko, programuotojai priversti skubėti. Dažnai nelieka laiko išsamiems programos testams atlikti, o produktas jau atiduodamas klientui. Programinę įrangą įsigiję vartotojai nori, kad rasti defektai būtų kuo greičiau pašalinti. Programinės įrangos kūrėjai suinteresuoti turėti patikimą grįžtamąjį ryšį su vartotojais ir kaupti defektų istoriją, kad vėliau iš sukauptų duomenų galėtų atlikti statistinius tyrimus. Projekto tikslas - realizuoti universalią programinės įrangos palaikymo sistemą (angl. software support system), pritaikytą tiek programinės įrangos kūrėjams, tiek galutiniams programinės įrangos pirkėjams. Panaudoti naujausias projektavimo ir programavimo technologijas, taip užtikrinant efektyvų tolimesnį sistemos palaikymą. Išanalizuoti ir panaudoti objektiškai orientuotą duomenų modelį, palyginti jį su standartiniais duomenų valdymo modeliais. Ištirti laikines modelių charakteristikas. / Software projects must meet development time constrains and continuously changing requirements. Software developers work under pressure to meet task deadlines and there is often no time left for exhausting software testing. Errors happen. It's very important to find them in proper time, collect and make bug reports. Also corrected errors and bugs can't be forgotten. After shipping beta and final versions of the software, developers miss feedback from the users. To accumulate information about software errors can be a problematic task. Work purpose is to create universal bug reporting system, adapted to software developers and end users. This system is accessible via local network and internet. Application developed using modern OOP technologies and .NET 2.0 Framework. Finally, the object oriented data model research was accomplished. This data model was compared with standard data models. A performance and features of data models was tested. The critical conclusions were accepted.

Master’s thesis solves the problem of design and implementation of the management information system directed on monitoring productivity of labour in the company. It’s main goal is to – based on the analysis of the actual state - create new, automated, identification and registration software system, which will serve to production leaders as a support for operative management. Project solves the problem of automation of data processing, automation of creation of continuous analyses and monitoring the productivity of labour in the key process of the company – the process of assembling of packages – with the ability to determine instant working performance and productivity of an individual worker.

This Master’s thesis deals with the analysis and optimization of the order lifecycle process at a company providing comprehensive ICT services. Theoretical basis for analyzing and optimizing business processes is described in the first part. The second part of the thesis is focused on the analysis of the order lifecycle process, in the context of other business processes and organizational and management structures deriving from the business strategy. A description of existing ICT resources to support the process is also included. The solution proposal of the work presents possible ways to optimize the process and its software support.

This diploma thesis uses the relevant methods of short-term financial planning in the specific environment of a department of a software house branch-office of Siemens in Brno. The practical output is a software application that improves the process of short-term financial planning in this department.

This thesis presents a system designed to support risk management in IT projects. The presented system is based on an in depth analysis of project and risk management in the field of information Technologies. The implementation started only after the exhaustive analyzation process. The system was implemented in programming language C#. On the database level MS SQL server is used.

This work deals with Multi-Criteria Analysis which represents an effective tool for solving complex decision-making situations. This paper describes the various methods of multi-criteria evaluation. One of the chapters also focuses on the software support. The main objective of this document is to demonstrate how to apply Multi-Criteria Analysis in real life. The practical part of this study refers to the structural policy and deals with the evaluation of regions of the Czech Republic after its entry into the European Union. The study mainly concentrates on the detailed analysis of South Bohemia region.

Effective implementation (in terms of time, cost, utilization of human resources, etc.) of information systems operation is a strategic issue in today's time when business processes are integrally aligned with the informatics. Currently, costs associated with software support and maintenance represent more than 90% of total costs. Software maintenance is a set of activities needed for cost-effective support of IT solution. IS / IT Center of excellence (COE) do not cover the area of software support and maintenance, there is no formalized methodology or procedural framework for COE for support and maintenance -- in reality, it means missing processes and procedures for creating it, management and evaluation of it. Moreover, there are missing recommendation about organization structure, services to be provided and overall continuous improvement. Therefore author proposes his own solution by definition and implementation of center of excellence for support and maintenance and its sub-centers of excellence for support and maintenance of particular applications. Current ontology of support and maintenance does not capture the necessary components and links -- namely missing management, planning and effort estimation views. Therefore author proposes his redefinition and enrichment of ontology of organizational structure about elements of competence and sub-competence center, typology of tasks (management, maintenance), and their management - estimating, planning and realization. In his work, Magne Jorgensen formulated conclusions that 83 to 84% of all estimation is done by pure expert estimates and estimating models are not used basically due to their complexity. Based on extending PERT formula about quality of estimator and historical experience, author introduced his simplified, easy to use approach to effort estimation in software maintenance. Both introduced formulas were verified in sub-competence center for supporting mortgage IS with significantly better result than only pure PERT estimate (98.8% and 91.8% against pure PERT 90.1%). In conclusion, author discusses the benefits of the implementation of center of excellence for support and maintenance and sub-centers of excellence for support and maintenance of particular applications, and overall fulfilling of thesis scope.