This work deals with the computer aided design technology based on the concept of static graphical – information modeling, which has the following goal: to ensure the succession of the building design, its construction process and project maintenance management; to ensure the integrated management of graphical and information data flows under a unified software environment; to perform life cycle operations of a construction project better, cheaper, and faster. State-of-the-art automated design, to be more specific, computer aided design is based on Object Modeling Technique (OM): “from idea to a real object”. One of the fundamental innovations of this technology includes component modeling. While implementing this design the concept of the relation between a graphical – information model of a building and estimate calculations has been formulated; technique for classifying design elements and materials has been generated; necessary programming tools and data structures have been developed; integration of CAD OM and EP systems has been performed; technique for computer aided evaluation of economic indicators of a construction project has been composed, enabling to price a project interactively. For effective design, technological and organizational variants of construction finishing the proposed TOPSIS method has been selected.

This master thesis analyses principle manufacturing order design and management methods and schemas. They are practicaly applied in developing software for product‘s graphical-informational model management, feature management, technological data and rules specification and description, product‘s material list creation and estimation. The developed software is suited for both large and small manufacturing corporations, that specializes in plastic or wooden windows, doors, garage gates, glass fillings production. The system may be adjusted to various manufacturing technologies. These software development methods and technologies were applied during system design and implementation: Dynamic System Development Method (DSDM), Object Oriented (OO) Design and Programming, Component Based System Engineering Method (CBSE), Computer-Aided Design/Computer-Aided Manufacturing Methods, eXtensible Markup Language (XML). Created software was tested with real technological data. Systems suites functional and non-functional specifiaction. Experimets show that the product is more flexible than it‘s previous version.

Magistro darbo objektas — daugiausiai klientų turinčių Lietuvos valstybinių institucijų interneto tinklapiuose komunikuojami elementai, skirti interesų grupėms. Darbo tikslas — atskleisti Lietuvos valstybinių institucijų komunikavimo su prioritetinėmis interesų grupėmis ypatumus. Darbo pagrindiniai uždaviniai: aptarti interesų grupės sampratą ir jų svarbą organizacijai; išanalizuoti metodus ir požymius, kuriais vadovaujantis atrenkamos prioritetinės interesų grupės; apibrėžti modelius ir priemones, kuriais komunikuojama su prioritetinėmis interesų grupėmis; nustatyti interesų grupes, kurias Lietuvos institucijos laiko prioritetinėmis; išanalizuoti, kokiais rodikliais remiantis, pasirenkamos interesų grupės; nustatyti elementus, svarbius prioritetinėms valstybinių institucijų interesų grupėms; atskleisti, ar Lietuvos valstybinės institucijos panaudoja tuos elementus, kad patenkintų prioritetinių interesų grupių numanomus poreikius. Remiantis mokslinėmis publikacijomis, naujienų, analizės dokumentais, statistine medžiaga bei turinio analizės metodu atliekant tyrimą prieita prie išvados, kad Lietuvos valstybinės institucijos interneto svetainėse dažniausiai pateikia informaciją tokioms interesų grupėms kaip klientai, žiniasklaida, kiek mažiau — darbuotojams, partneriams. Prioritetine interesų grupe laikomi klientai, jiems skiriama daugiausiai informacijos, kurią stengiamasi struktūruoti, patogiau pateikti. Tyrimas rodo, kad Lietuvos valstybinės institucijos sąmoningai... [toliau žr. visą tekstą] / For every organization – public institution or private business – it’s important to reach their goals to be successful. For this purpose and organization should maintain good relationships with clients, suppliers, partners and other stakeholders. An organization can have lots of stakeholders, but it cannot communicate with all of them in the same way, and to give them all the same attention. That is why it should set priorities for stakeholders and to choose to communicate more with those stakeholders, who have more power and interest to influence the organization’s activity. Only after prioritization, it is possible to communicate with stakeholders effectively - when their all specific needs and interests are known to organization, it is easier to construct concrete messages which are adopted to stakeholders, and to reach goals. The stakeholders of public institutions and private business organizations are quite different. As public institutions affect life’s of every person more or less, this diploma work concentrates on the specifics of stakeholders of public institutions. Because of this reason the main goal of this paper is to reveal and explain the specifics of communication with stakeholders in public institutions of Lithuania: to identify which stakeholders have a priority in public institutions of Lithuania, how these institutions choose their priority stakeholders and what elements of internet page they use to satisfy their needs for information. Diploma work... [to full text]