I ett parterningprojekt mellan Midroc Project Manangement (MPM) och Väsbyhem om att bygga 190 hyreslägenheter togs beslutet att mura badrummen med Webers Leca-sten istället för att bygga dem på konventionellt sätt med gips.   Denna jämförelse redovisar framförallt fördelar men även nackdelar med detta val. En förkortad entreprenadtid kan väga upp de ökade kostnader som valet att mura medför. Flertalet incitament för beställaren att välja murade badrum presenteras och backas upp av beräkningar och beskrivningar.   En lösning med murade badrum medför att det finns pengar att tjäna både för beställare och MPM. Det kräver dock en extra insats i och med ett ökat behov av planering och produktionsledning. De positiva effekterna överväger dock detta tydligt. / In a construction project to build 190 apartments ordered by Väsbyhem and built by Midroc Project Management (MPM) the decision to use Webers Leca bricks for the bathroom instead of gypsum wallboard was taken.   This comparison shows on the benefits from this decision but also presents some of the disadvantages. A shorted building time could outweigh the increased costs of bricking the walls. Several incitemen is presented and backed up with calculations and descriptions to make this decision.   The choice to brick the walls opens a possibility to make money for the orderer as for Midroc. Extra work in the planning process and production management is minor to the positive effects.

The theme of my diploma thesis is processing of project documentation for building a construction of nursery school in Kunštát. Health centre was also designed as a part of the building facility. The capacity of the building are two classrooms in nursery school and two outpatient units. The building is a two-storey building which has basement partly under it. The construction system is bricked from aerated concrete blocks with a ceiling structure made of reinforced concrete prestressed ceiling panels. The perimeter masonry is insulated with an ETICS thermal insulation composite system with mineral wool thermal insulation. The predominant part of the roof of the building is a vegetation extension flat roof.

This diploma work deals with a project documentation for a sport center with a nursery school. The building has got three cascading floors. From funcionality perspective it divided into two parts, the sport center and the nursery school with a kitchen. The entrance to the sport center is located on the second floor where there are also facilities for sportsmen (changing rooms, showers, toilets, washrooms, a washroom for disabled people), facilities for the sport center manager, public toilets, buffet, storage. The playing area is situated on the first floor along with equipment storage, air conditioning machine-room and boiler-room for the whole building complex. Both floors are interconnected with a corridor with a wheelchair access lift. In the second part of the building, on the second floor there are situated kitchen, adjacent storage, staff facilities (changing room, toilet, rest room), office. On the third floor there is the nursery school, which means two daily rooms, changing rooms, toilets, dining room, food servery counter, toys storage, teachers facilities (rest room, toilet, showers), director office, cleaning room, outdoor toys storage. Both floors have their own entrance and are interconnected with a secondary staircase and a small cabin lift. The building object is found on single footings and strip foundations. The building is three-storeyed, bricked with thermal insulation. Load bearing structure of the roof is made of slightly curved glued laminated trusses.

Subject of the project is new building of medical equipment with institutional care for seniors. Building is located in Brno, in city part Brno-centre. Objective was to elaborate the project documentation for realization of the medical equipment with institutional care. Capacity of the equipment is maximum 28 patients. Building is situated in sloping terrain. Building has three aboveground floors and one underground floor. Bed part is designed as the masonry construction; dining part is the skeletal construction. Skeletal construction consists of reinforced concrete prefabricated panels; bricked part is of the type system THERM. Both parts are thermally insulated. The roof is designed as the flat single-layer structure.

The village build-up area in the region of Vysočina has been considerably changed during the 19th century from the timbered to the bricked constructions. The change started in the southwest part of this region at the beginning of the 19th century, which was probably caused by the older build-up area, which had already been partly bricked. The timbered constructions in the Vysočina's northeast part were officially tolerated from the late 19th century above all because of the rare build-up area in higher localities, where the wooden houses did not pose such fire risk like in villages with houses built closer to each other. Bricked buildings have gained a complicated progress during the 19th century, which was allowed by mostly various material sources. Partial rebuildings were often during the one or two generation time on average, which showed up thanks to the noted historical objects. From this reason it was necessary to look on all preserved objects from the view of building history, since all found situations are the results of the wide variety of the building phases covering each other. The progress mostly influenced by the fire prevention rules proceeded in many ways. The most important of them was the change of material of the walls and gradual separation of the truss and the roof...

This master´s thesis elaborates a project documentation of sports rehabilitation center in Brno–Bystrc. The building object is four-storeyed and a partial basement. On the basement floor there is a pool with sauna, gym and fitness with support to assist for all activities offered. On the ground floor there is an entrance, reception for accommodation, restaurant and kitchen for the restaurant. The 2nd overground floors is determined by the rehabilitation clinic. On the grand and overground floor are designed sanitary appliances for the restaurant and patient surgeries. There are projected 9 apartments for weekend accommodation. Apartments allow access to the terrace. Foundations are made strip foundations. The building object is bricked and insulated with ventilated facades. Load bearing structure of the roof create roof trusses.

The master’s thesis on the topic Low- energy kindergarten is processed in the form of project documentation for the implementation of the new building. The building is designed on a plot of 1350/5 in the cadastral Karviná. It is the kindergarten with a basement and two floors. The building contains two classes for a total of 48 children. Food is provided by imports.