The subject of this thesis is the construction of Sport and relaxation center in Moravany. The building is divided into three objects. The first object is Bowling & Billiard Bar. The object is single-storey with no basement, flat roof and a total built area of 602,30 square meters. The second object is Technical and operational support + Fitness. The object has two floors, no basement, flat roof and a total built area of 757,40 square meters. The third object is Restaurant. The object is single-storey with no basement, flat roof and a total built area of 602,30 square meters. The building is designed in Porotherm constructional system. Ceiling structure is designed as a monolithic concrete slab. The roof system consists of wood glued laminated beams, purlins and rafters of solid wood. The slope of the roof plane is 3 %.

Novostavba, veřejná stavba, studentské ubytování, stravování, studovna, parkoviště, keramické zdivo, skelet, plochá střecha, železobeton, předpjaté stropní panely, ETICS The task of the diploma thesis “Novostavba kolejí v Brně” is to elaborate the documentation according to the current version of the regulation No. 499/2006 Sb. The aforesaid compound is situated on an actual estate in a built-in area of the city of Brno, cadastral community of Královo Pole. The building functions as an accommodation for students of the University of Defence. The building is divided in three parts – two of them function as an accommodation, the third one incorporates conveniences of the hall of residence (boarding, administration, storeroom, library). The accommodation part has 5 floors in total, the conveniences are situated on the 2 above-ground floors and the basement. The compound is a wall construction with the ETICS weatherproofing insulation, combined with columns in the central section. The ceiling construction is made of reinforced concrete and prestressed concrete ceilings. The roof is flat and vegetative. The diploma thesis includes architectural study, preparatory works and specializations in the field of founding.

This diploma thesis is focused on design of project documentation apartment residence with wellness centre in Beskydy Mountains. It is a three floors apartment residence with wellness centre with basement, with is located in sloping plot in the village of Staré Hamry in Frýdek-Místek. Nearby are 2 ski lifts and 3 ski slopes. The whole area is very used by tourist in summer and winter season. In building is 13 apartments and they are designed to be suitable for a longer stay with one apartment is designed for people with limited mobility. Residence is possible make accommodation for 36 people. In wellness part are designed swimming pool, whirlpool, finish and infra saunas. The main disposal idea was separate an accommodation part from wellness part. The supporting system consists of two structural systems. As a main building material was in basement part used a permanent formwork from vibropressed concrete blocks and in upper floor are used ceramic block Porotherm with voids filed by hydrophobic mineral wool. Loadbearing interior basement part consist of reinforced concrete columns with make a space for parking space for cars. Ceiling construction consists of prestressed hollow core slab Spiroll. Roof is designed as a saddle roof. The main result is the correct design of the building with a correct layout design, correct structural design, architectural, energy saving and safety in use of the building.

In my master's project I design a nearly zero energy consumption house with a café in Zaječí. The 1ST part of this project deals with a structural part of the building, which has two above-ground floors and basement. On the basement are storerooms and rooms for technical equipment, on the ground floor is café and living room with kitchen, and on the second floor are bedrooms, bathrooms and cloakrooms. Footings are from cast-in-place concrete, the load bearing walls on basement are from formwork blocks with cast-in-place concrete, on above-ground floors are from ceramic blocks and every non-load bearing walls are also from ceramic blocks. On whole floor are reinforced concrete floor slab and flat green roof. The 2ND part deals with technical equipment of the building. There are gas boiler, floor heating, air conditioning, mechanical ventilation (HVAC), photovoltaics panels with energy storage, retention tank, external blinds and biodynamic lighting. The 3RD part compares several options for using solar energy in combination with different heat sources in terms of energy and economic efficiency of the building.

The master thesis deals with the design of environment friendly boarding house, which is located on a hill in a small village called Chlumětín. There are designed renewable energy sources, such as solar collectors or fotovoltaic panels. The first part deals with the design and layout of the boarding house. On the ground floor is solved, the design of the kitchen according to hygienic requirements, the design of the premises for guests with barrier-free toilets. In the attic are designed guest rooms including barrier-free room. The second part deals with the simplified design of building services. It includes rainwater management, mechanical ventilation with heat recovery, lighting, cooling and heating. The third part deals with the detailed design of heating in the building. It includes design of radiator power, pipe dimension, power of wood-gas boiler, storage tanks, pumps, etc.

The thesis focuces on project documentation for a construction project with the aim to design home for children under institutional care. Located on the outskirts of Skuteč, the building is three-storey, detached and partially basemented. The basement area lays on the slab foundations and the first floor on strip foundations. Vertical structures are made of ceramic blocks and local reinforced concrete columns while horizontal structures are made of reinforced concrete slabs and wooden trusses over the gym. The building is covered by a vegetated flat roof. The building houses six residential units for six family groups with a total capacity of 43 children. The basement includes gym and fitness with technical facilities. The first floor consists of three residential units, changing rooms for the gym and kitchen with facilities. The second floor houses remaining three residential units, offices and the refectory. The upper floor is used for children´s education and entertainment.

The subject of this diploma thesis is the design of multifunctional building in Brno, in Cimburkova street. The building is placed on flat terrain and it has four floors. Floor plan of multifunctional building is rectangle shaped. There are three different establishments in this building. Most of space of ground floor and first floor is used as parking. Rest of space of ground floor and second floor is used as café, hairdresser and store. There are eight separate offices and sanitary facilities, break rooms, storages and servers. The supporting construction of building is made of reinforced concrete column system and ceiling slabs. The building is based on reinforced concrete slab and than there is a flat roof above the building.

The subject of this diploma thesis is design documentation of a kindergarten building. The structure is situated in Velká Bíteš on Lánice street in Žďár nad Sázavou district. The building consists of two above ground floors and partial basement. The second floor is only above the central part of the building. The first floor is divided into three sections. On the left and on the right side there are classrooms for children with capacity of 20 children. On both sides there are staff facilities. These two sides are connected to the rectangle in the middle, where there is a staircase that connects all the floors and the basement. In this part there is also a school canteen where the meals are going to be prepared, storage and staff facilities. The structure can accommodate up to 40 children aged 3-6. The building plot which is flat is situated among detached houses and buildings for public services. The external wall in basement is designed from concrete blocks covered with concrete. The external wall above the ground is designed from Porotherm clay blocks. The floor structure is designed from prestressed concrete floor slab Spiroll. The structure is roofed with a flat roof.

The subject of the final thesis is the elaboration of design documentation for the new construction of an accommodation facility, specifically a boarding house intended for recreation. The new building is located in the cadastral area of ??the village Vernířovice. It is a building with three floors above ground and one underground floor. The building is based on foundation strips made of plain concrete and a foundation slab made of reinforced concrete. The vertical load-bearing structures are made of cley blocks and blocks of permanent formwork. Horizontal load-bearing structures are made of reinforced concrete. The roof structure is saddle with elongated dormers.

The aim of the master´s project is to provide designs for building permission for a nearly zero-energy veterinary clinic. It is a detached building with two aboveground floors. There are three clinics, one operating rooms, laboratory and staff facilities in the building. First part presents the design of building structure, The superstructure is based on strip foundations made of reinforced concrete in combination with pre-cast permanent formwork made of concrete blocks. The structural system is designed as a masonry system from clay masonry with columns from reinforced concrete. The external walls are load-bearing and covered with thermal insulation and ventilated facade. The floor and roof bearing structure is made of prefabricated concrete slabs. The building is covered with a warm flat green roof. Second part includes the design of building services as lighting, heating, heat recovery ventilation unit. These processes are together shown in a global scheme. Third part is focused on Life cycle assessment of three different flat roof assemblies to compare how they affect the environment. It uses a functional unit 1m2 of a flat roof to define parameters and show how big impact they have on the environment. The project was elaborated using Revit, AutoCad, Deksoft, Building design, GaBi a Lumion software.