Building envelopes are perhaps the most influencing players on assuring indoor comfort conditions, in alliance with their impact on the sustainability and energy-efficiency of the building during operation. However, given the multitude of commercial solutions available on the market and the use of different criteria and inconsistent semantics among the existing categorization/classification systems of construction objects, there is still a need for uniformization of the many regarding the main Prefabricated Enclosure Wall Panel Systems (PEWPS) for building applications.In such context, this paper firstly explores the distinct categories of off-site Modern Methods of Construction (MMC), and how can they be classified. Secondly, focus will be given to panelized systems, where the classification of PEWPS is thoroughly investigated, the size and complexity of individual components have a significant impact on the ease of installation of a system. Larger prefabricated panels are typically heavier and bulkier, making transportation and erection more difficult. Smaller panels are made up of more and smaller a component, which increases the amount of on-site construction labor. In this paper, costs have been reduced by Stainless Steel 316This thesis has tried to devise a solution which balances the manufacture’s need to make a repetitive solution many times with an industry that generally designs a specific solution for each enclosure system.Customer-caused losses include inefficiencies such as frequent design and specificationmodifications, as well as delays due to missing approvals. The Lean Construction Institute hasaided in the transformation of the construction culture through the application of agile and leanphilosophies, principles, and techniques. This paper has highlighted the non-conformities at the organization and the NCR to curtail this to reduce costs and internal quality.

The subject of my diploma thesis is a new-building of a municipal authority with a nursery school in Obora near Boskovice. The objects are statically and operationally separated from each other, but they formo ne unit. The building is located on the corner of the village in a flat terrain and thus forms the dominant feature of the village and a landmark. The target of the design was to create a building that will harmoniously connect to the surrounding buildings, public spaces and the school garden. The municipal authority has a rectangular floor plan, two-storey, basement, covered with a sloping roof, the building has a designed elevator. In the basement there are cellars of local associations, on the ground floor there is information center, a municipal library and on the first floor there is a municipal office with a registry office and a ceremonial hall. The attic can be used in the future for municipal apartments for rent. An official board with a public space is designed ahead of the municipal office. A photovoltaic power plant will be located on the roof of the municipal office. The nursery school has a trapezoidal floor plan, ground floor, no basement, covered with a vegetated flat roof. In the nursery school there is a children's day room with a storage room, storage of mattresses, teaching aids, food preparation, technical and hygienic facilities. The structural systém of both objects is longitudinal, wall. The underground part of the municipal office is designed in a white concrete tub system. The vertical load-bearing constructions are made from cut ceramic blocks. The horizontal constructions in the municipal office are monolithic, ferroconcrete, and in the nursery school they are prefabricated, ferroconcrete. The project was made in AutoCad software application, 3D model in 3D modelling computer program SketchUp.