This Diploma thesis deals with the solution of project documentation for the new Suzuki car showroom building. The proposed object is situated in region of Nitra in Topolcany district, located in suburb part of Topolcany town. The car showroom is designed as a building consisting from the car shop - showroom and the services for Suzuki automobiles. The car shop - showroom is designed as the operation for car sales and the administration part on the second floor. This part of the building is covered with warm flat roof. The second part of the object - Car service is a one-floor building covered with wood, truss purlin constructure in the shape of a saddle roof and in inclination of 9 degrees. The supporting construction of the building consist from cast-in-place reinforced concrete frame in the showroom part and from masonry system Ytong system in other parts of the building.

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 topic discussed in Brno for several decades is certainly the building of the new main railway station and its location. Countless architectural and urban studies have been done especially in 2018, which examined three possible locations of the station. After considering the possibilities, it was decided to place a new railway station near by the Svratka river. The advantage of the chosen location is the possibility of constructing a high-speed track, which is not possible in the current position of the station. Furthermore, this area allows the construction of a station on a green field, without limiting train traffic during the works. The capacity of the new designed train station represents an increase of 30-40 thousand passengers per day. Total capacity is approximately 100,000 passengers per day. However, construction activity in the area is limited by the flood risk factor. It is an effort to eliminate this risk with elements inspired by nature. These solutions include for example widening profle of the river , determining floodplains in such a way as to maintain access to the river. The diploma thesis offers a possible view of the architectural solution of the new railway station and its public spaces. The entrance hall of the station is located at one end of the visual axis, which is represented by the considered boulevard. The dominant building on the opposite side is the Cathedral of St. Peter and Paul. The requirements and location of the new main station mean an assumption for the creation of a new city icon. The iconic vaulted structure, which runs across the railway bridge, refers to the former glory and fame of the city. The curve of catenary arch used in the profile of vault is a symbol for the new station. The new station represents a significant impulse not only for the development of Brno, but especially for the development of new South district. The construction of the trade fairs complex a hundred years ago had a similer effect.

The subject of proposal is a new dominant of the city of Brno. It is a building which will affect panorama of the city, a building which will be important part of a new South district and a new Brno Railway Station. The building will become orientation point in long-distance views as well as in the area. The proposal works with a building which is open and alive thanks to mix-use and public access on different height levels. Greenery forms the corner of the building and creates it’s identity. The base for architectural study became urban concept designed as a pre-diploma project. Important element of the concept is axis which draws the greenery from the river Svratka into the area and connects it with the new station. The Europoint – proposed building – becomes termination of the axis. The building is situated on a unique site which requires unique concept. The motive of the house is greenery and future vision of buildings which enrich surroundings in some ways. The basic volume is triangular and uses area of the site on maximum level with corner towards boulevard. This corner becomes the central element, especially from entry and view from the boulevard. I recreated the corner using vegetation into green and living. The green corner gives a new perspective on creating exposed corners, adds value to the urban area and creates identity of the building. The green motive intertwines with the building from entrance hall up to the bar at the highest floor. The volume of the building is defined by the inside usage and then form follows function. When choosing the functions I took into account needs of the area and took advantage of high-rise building. Commercial areas in the ground floor, administration centre of Czech Railways and conference rooms were created. The administrative use is added by co-working in the middle if the building, the upper part offers flats with view over Brno and in the crown is the highest placed bar in Brno.

The subject of diploma thesis is the elaboration of project documentation of an office building in the northern part of the city of Brno-Medlánky. The office building is designed as a four-storey, without basement. The roofs are flat, and the facade is designed as a glazed curtain wall. The operation of the office building is divided into an administrative part, a commercial part and a cafe. The individual operations do not intersect. Next to the building is a parking lot for customers and employees. The structural system of the building is RC frame with reinforced concrete walls. The internal walls are made of aerated concrete and acoustic lime-sand blocks. The partitions are precast plasterboard. The ceilings are cast-in-place reinforced concrete slabs. The floors are heavy floating with hot water underfloor heating. Most of the flat roofs are green. The drawing part was processed in Revit and AutoCAD.

This diploma thesis is being solved for documentation of building in the stage of execution. The building is designed as a showroom with car repair shop. The building site is located in the land registry of Ostrava – Vítkovice. Project documentation is designed accordingly to the valid Czech Republic’s laws, bills and building standards. The building is divided into two objects the first one is showroom with administration and the second one is the car repair shop with washing room and restrooms. These two objects are structurally and operationally connected. The largest plan dimensions are 68,56 x 38,36 m. The building is designed as a reinforced concrete frame in the administrative part and a reinforced concrete wall system in the car repair part. The roof is in both cases realized by using steel trusses. The reinforced concrete frame is lined with aerated concrete masonry. In the roof part it is cladded with sandwich steel panels. The building is founded on reinforced concrete foundation pads with combination of strip foundations. The car repair shop is designed as one floor building, whereas the administrative part is designed as two floor.

The aim of the project is a new building of a sport and wellness center in the cadastral area Brno-Židenice, South Moravian Region. Sport and wellness center is designed as a detached building with two floors and basement with a flat single skin vegetation roof. In the 1st floor there is a reception, cafe, children's play area, central changing rooms and a technical facilities. In the 2nd floor is a fitness center, solarium, massage rooms and sports nutrition and diagnostics. In the basement is a wellness center, facilities for employees and lasergame arena. The main structural system of the building consists of reinforced concrete columns and reinforced concrete slabs. The facade is designed as a contact thermal insulation system and glazed curtain wall.

The aim of this diploma thesis is to create a detailed design of a public library with cafeteria. The building is situated in the developing city area of Jihlava in the cadastral area of Horní Kosov. It has four storeys above ground and no basement floor. The 4th floor has a smaller net floor area than the rest floors. The building is designed also for disabled people. The expected number of employees is 18 and the number of visitors is 150 in a daily average. An entrance to the property is on the Vrchlického street. There is a parking lot in front of the building with a total capacity of 50 parking spaces including three parking spaces for disabled. The cafeteria and its facilities are situated in the ground floor of the building. Browsing area is situated in the second and third floor. The type of the structure is a frame structure with infill walls made of aerated concrete. The building has a double-skin facade. The cladding of the facade is made of fibre-cement boards. There is a curtain wall designed at some sections of the facade. The building has a warm flat roof with a parapet wall and interior roof drains.

The dissertation deals with construction-technlogical project of Letmo commercial centre in Brno.The building is situated in the city centre. The main task of this thesis was to suggest and solve the question of the constructrion site equipment. That is applied in each construction phase – ground works, recontruction of the steel load-carrying arrangement, reconstruction of pipelines, roof and the ventilated facade. The ventilated facade is very specific in case of this building as that is aired out using air-conditioning system. Moreover, the thesis goes in for works timeline of the shopping centre Letmo, budget according to THU, technological code for ventilated fasade and inspecting and testing schedule.

The content of this thesis is elaboration of technical documentation for realization of a sports centre. The building is situated in Hodonín in flattened terrain. It is a building with two floors, non-cellar, flat vegetation roof and sloping roof of the wooden glued laminated trusses. The building is based on plain concrete strip foundations and concrete foundations footing. Both peripheral and internal walls are made of ceramic blocks Porotherm. In open spaces, reinforced concrete columns are designed. The ceiling structure is designed from pre-stressed Spiroll ceiling panels. The peripheral walls are insulated with the ETICS external thermal insulation system in the western part of the building. On the rest of the building there is a ventilated facade with a cladding made of wood and Cetris tiles. The building is functionally divided into two parts with a common entrance. On the north and south side there are sports grounds. The rest consists of a restaurant, a kitchen with facilities, a hygienic background for employees and visitors. The whole building is barrier-free.