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Autocentre VW group Brno
Hejcman, Josef ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The subject of the bachelor thesis is the design of a car center for the VW Group in Brno. The car center includes a showroom with the sale of new cars from the brands VW, Seat, Škoda, and Audi, a spare parts shop, and a service center. The site under consideration is located in the Brno – Komárov district, between Sokolova and Hněvkovského streets. There is a planned construction of a road from Sokolova Street on the site, dividing it into two parts, with the car center situated in the larger part along Hněvkovského Street. The new road will provide access to the facility for vehicles. The proposed car center is a standalone two-story building consisting of two prismatic-shaped volumes connected to each other with a trapezoidal footprint. It is a structure with two halls made of a steel skeletal system with a reinforced concrete core between them. The halls are differentiated in terms of height, function, and color. The roof is green (vegetative) and equipped with solar panels. The showroom for the sale of new cars and the spare parts shop are located in the taller hall, which features a prominently glazed column-truss facade. This facade is followed by a Dri Design Tapered cassette system in a dark blue color (RAL 5026) at the level of the roof's supporting structure. The service area with a warehouse is situated in the smaller, more expansive hall, and its facade consists of vertically laid sandwich panels with a smooth surface in a light color (RAL 9016), and horizontally laid sandwich panels in the color RAL 5026 in columns around the doors and windows. The halls thus contrast with each other. The hygiene facilities for employees are located in the reinforced concrete core.
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Cider production Víchov
Stručovský, Lukáš ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The topic of the bachelor thesis is a proposal for the revitalization of the existing agricultural area near the village of Víchov and the creation of new production, presentation, and administrative spaces. The work is based on a previously developed architectural study from the subject BGA021. The proposed building is located on land located on the eastern edge of the village of Víchov, in the former area of the agricultural cooperative. This is a slightly sloping plot of land. According to the wishes of the investor, the proposal is in the western part of the plot, on the remaining part of the plot it is planned to build production and storage halls. The Víchov cider house and cannery is divided into three main parts. The first part consists of two smaller representative buildings, intended for the sale of goods. The second part of the complex is the main two-story building, where the administrative part, accommodation facilities and gastronomy are located. The last part is the production hall located in the northern part of the area used for the production and storage of cider. These three parts are located one behind the other on the slope of the plot and are connected by a pedestrian road. A new road and new parking areas are created in the area. The entrance to the area is from the existing road on the south side. The new road in the area runs along the eastern edge of the planned area and connects the proposed buildings. An extensive green roof is planned for all buildings, except for the production hall. The entire area is designed so that its size does not disturb the existing village development and meets the requirements for the functions of individual objects.
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Cider production Víchov
Kopáč, Martin ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The purpose of this bachelor's thesis is to design a new multifunctional cider house and canning factory in the village of Víchov near Pilsen. The site currently contains buildings of an unused pig farm. The land is accessible from two sides: the main road on the south side and a field road on the west side. Further plans include integrating with the broader context of warehouses from the east side, however, these are not part of the bachelor's thesis. The proposed facility will serve industrial and recreational purposes, attracting visitors and cider enthusiasts to the area and creating new jobs for local people. The facility will be enhanced with three green roofs. It consists of a complex of three separate buildings, whose arrangement is based on the original terrain, similar to the current development. The buildings are connected by necks, which also serve as ramps. The runoff of rainwater is directed to a retention tank, which also serves as a water feature between the production hall and the building with accommodation, a café, administration, and showrooms. The retention tank enhances the environment of the outdoor terrace, which offers a view of the bottling and pasteurization of the cider through the glass wall of the production hall. The buildings SO-01 to SO-03 have green roofs. The first floor of the SO-01 building consists of a showroom, café, administration, dining room, and entrance to the production area through the neck. This ensures the separation of clean and dirty traffic. As it is a rural construction, wood-plastic – the most suitable combination of significance and efficiency – is chosen as the main material for the exterior shell. Combined with glass, the building complex is modern, yet acknowledges its rural function.
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Apartment building
Bílek, Zdeněk ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
The subject of the bachelor's thesis is the elaboration of the project documentation of an apartment building in Vyškov. The building has four floors above and one underground floor. The building has thirteen housing units. Each of the apartments on the fourth floor has its own terrace. The floors from the basement to the fourth floor are connected by a staircase and an elevator shaft. In the basement there is a cellar, bicycle shed and warehouse. There are twenty-one parking spaces on the plot, twenty of which are common and one for people with reduced mobility and orientation. The vertical load-bearing walls of the above-ground part are made of aerated concrete fittings. The underground part of the building is solved by lost formwork. Horizontal load-bearing structures are prefamonolithic. The roof is flat single skin.
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Auto center VW Mikulov
Kováčik, Branislav ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The aim of this bachelor's thesis was to create documentation for a building permit and documentation for the construction of a building, the basic compositional and architectural design of which is based on a previously processed architectural study within the subject AG033 - Atelier of production buildings. This is a design project of the Volkswagen Group Autocentre in Mikulov. The specified land intended for development is located in the westernmost part of the town of Mikulov in the cadastral territory of the town of Mikulov, it is an industrial zone of the town. The surrounding buildings are largely made up of low-rise large-scale buildings, production halls, storage facilities or agricultural buildings and their accessories. Within the zoning plan, the area adjacent from the south side to Jiráskova Street is listed as a brownfield. The shape of the land predetermines the proposed construction of the longitudinal shape of a deep character, as the land is stretched in the north - south direction and has the shape of a gradually narrowing trapezoid. The terrain is slightly sloping and descends to the south. From the south side, a wastewater treatment plant is adjacent to the solved area. The bachelor's thesis also deals with the solution of the external modifications of the area, including transport infrastructure, stratification and the number of parking spaces. An essential part is also the distribution and character of the upper and lower greenery, the location and shape of the areas intended for demonstration vehicles. Last but not least, the work deals with the solution of engineering networks within the technical equipment of buildings and technical infrastructure, management of waste, etc. The proposed building respects the floor plan delimitation of the land, primarily by maintaining the parallelism of the perimeter walls with these boundaries. The central element of the mass composition is an extravagantly designed ellipse used as the main exhibition space, opened by a large-area rounded glazing into the entrance area of the exterior. The remaining masses of the building are formed by blocks of different height levels, which achieves the compositional principle of gradation. The completely monotonous mass of the production hall is broken in each field by a massive skylight encircling the building along the entire perimeter of its section. The building has premises for warehousing, administrative activities, exhibition premises, technical facilities and premises belonging to professional workplaces of car mechanics. All material segments of the building are interconnected by internal passages. The whole building has a purely industrial character, which is based on the character and purpose of use of the building and has a connection with the automotive industry. The main materials used in the construction of this building are structural steel, concrete and thermal insulation perimeter panels. The façade emphasizes the essence of the ellipse, which is largely-glazed, while the storage and production areas are hidden in the rear and their visual layer is formed by sheet metal in gray, respectively. white color.
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Auto center VW Mikulov
Kováčik, Branislav ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The aim of this bachelor's thesis was to create documentation for a building permit and documentation for the construction of a building, the basic compositional and architectural design of which is based on a previously processed architectural study within the subject AG033 - Atelier of production buildings. This is a design project of the Volkswagen Group Autocentre in Mikulov. The specified land intended for development is located in the westernmost part of the town of Mikulov in the cadastral territory of the town of Mikulov, it is an industrial zone of the town. The surrounding buildings are largely made up of low-rise large-scale buildings, production halls, storage facilities or agricultural buildings and their accessories. Within the zoning plan, the area adjacent from the south side to Jiráskova Street is listed as a brownfield. The shape of the land predetermines the proposed construction of the longitudinal shape of a deep character, as the land is stretched in the north - south direction and has the shape of a gradually narrowing trapezoid. The terrain is slightly sloping and descends to the south. From the south side, a wastewater treatment plant is adjacent to the solved area. The bachelor's thesis also deals with the solution of the external modifications of the area, including transport infrastructure, stratification and the number of parking spaces. An essential part is also the distribution and character of the upper and lower greenery, the location and shape of the areas intended for demonstration vehicles. Last but not least, the work deals with the solution of engineering networks within the technical equipment of buildings and technical infrastructure, management of waste, etc. The proposed building respects the floor plan delimitation of the land, primarily by maintaining the parallelism of the perimeter walls with these boundaries. The central element of the mass composition is an extravagantly designed ellipse used as the main exhibition space, opened by a large-area rounded glazing into the entrance area of the exterior. The remaining masses of the building are formed by blocks of different height levels, which achieves the compositional principle of gradation. The completely monotonous mass of the production hall is broken in each field by a massive skylight encircling the building along the entire perimeter of its section. The building has premises for warehousing, administrative activities, exhibition premises, technical facilities and premises belonging to professional workplaces of car mechanics. All material segments of the building are interconnected by internal passages. The whole building has a purely industrial character, which is based on the character and purpose of use of the building and has a connection with the automotive industry. The main materials used in the construction of this building are structural steel, concrete and thermal insulation perimeter panels. The façade emphasizes the essence of the ellipse, which is largely-glazed, while the storage and production areas are hidden in the rear and their visual layer is formed by sheet metal in gray, respectively. white color.
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Auto center VW Mikulov
Pírová, Pavlína ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
MIKULOV NA MORAVĚ, CAR CENTER, VOLKSWAGEN, KINGSPAN, SHOWROOM, WAREHOUSE, SERVICE, ŠKODA, AUDI, SEAT, REINFORCED CONCRETE SKELETAL SYSTEM, GLAZED FACADE SYSTEM, EXTENSIVE GREEN ROOF
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VUT Technology Transfer Center
Walková, Michaela ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The bachelor´s thesis is based on the subject AG035, in which a study on the topic of the VUT TECHNOLOGY TRANSFER CENTER was carried out. In this thesis, the already mentioned study is expanded to include documentation of DSP and DPS. The proposed new construction is located in Brno in the Královo Pole district adjacent to Technická and Kolejní streets and is situated within the Pod Paláckého Vrchem campus of BUT. Concerned area is surrounded by a garden settlement on the north-west side, and other surrounding housing development consists of the structures of the aforementioned campus. The assignment was to create a center in which flexible rentable production cells and laboratories would be located. The “shell and core” principle is recommended, i.e. equipping structures with a basic service core, while additional equipment should be easily replenishable according to the needs of the particular user. It will be a testing and verification center that would be funded by the EU resources. Administration part is also on the premises. With its mass, the building resembles the letter U, which creates a yard for supplying individual cells. The supporting system is a ferroconcrete skeletal system and the building is covered with a flat vegetated roof over the administration and a flat roof with installed solar panels over the production cells. The proposed buildings seem fully integral, but at the same time it is still notionally divided into individual functional units.
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Family winery Plchut Mutěnice
Fiľová, Alžběta ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The bachelor's thesis deals with the design of the new building of the Plchut family winery in Mutěnice. It is based on the architectural study developed earlier in the subject AG032 Studio of Architectural Design II. The proposed building is located on the outskirts of the village of Mutěnice, near the wine cellars of Mutěnické búdy. The building is located in the upper part of the sloping land and is connected to the local road, parking spaces are planned in front of the building. The structure of the winery consists of two elongated single-story parts with a flat roof and two two-story parts using an attic under a sloping roof. The building has no basement, but one part is partially embedded in the slope. Wine production is concentrated in three wings around an enclosed courtyard, with staff facilities and administration in the attic. In the fourth part emerging from this mass, there is a wine shop, a tasting room and in the attic accommodation in two double apartments. The structural system of the object is a wall system. The construction is based on plain concrete footings. The ceiling structures are made of prestressed Spiroll panels with a reinforced concrete ring. The vertical structures are made of masonry from polished Porotherm ceramic blocks, the wall adjacent to the ground is made of monolithic reinforced concrete. The roofing of one-story production buildings consists of a flat single-skin extensive green roof, in two-story buildings a slanted two-skin roof with over-rafter insulation and ceramic roofing, supported by a wooden truss, is used. The production part is clad with a ventilated facade with cladding from Cembrit fiber cement boards, the representative part for visitors is plastered with fine-grained plaster coated with white silicone paint.
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Family winery Plchut Mutěnice
Tušlová, Klára ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The subject of the bachelor thesis is the design of the new building of the Plchut family winery in Mutěnice. The work is based on a previously developed study in the subject ag032 – studio of architectural creation ii. The proposed building is located in the wine region in the village of Mutěnice in the district of Hodonín. Vinařská street runs along the southern side of the property, where there is a paved road. There is a railway line near the road, which is oriented in the direction of Mutěnice - Zaječí. The plot itself is located on the northwestern slope of zadní hora at an altitude of 183 m above sea level. The plot is in the shape of a five-sided polygon with an area of 4,548 m2. Part of the plot on the south side is half flat, the middle of the plot is slightly sloping and the northern part has a relatively large elevation. The entrance to the plot is possible from Vinařská street or from the paved road along the western side. The structure of the winery consists of four building units, with alternating heights and types of roofs. The production part consists of two buildings that are connected into one unit with separate entrances to the individual parts. This part is entirely single-storey and its elevation is considerable compared to the other part of the winery. The second part, which is smaller in size, is used for representation. It consists of two buildings, one is two-storey and the other one-storey with an accessible terrace. In the representative part there is a wine shop, tasting room, administration, accommodation for 4 people, sanitary facilities and entrance to the second floor. The structure has no basement. The ceiling above the 1st floor is made of prestressed ceiling panels with a thickness of 200 mm. The roof of the building consists of two gable roofs and a flat roof, which is partly covered with vegetation and partly designed as a wooden terrace. The vertical structures are made of Porotherm ceramic ground fittings.
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