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Gemini
Mikulcová, Klára ; Marek, Jiří (referee) ; Šindlar, Jiljí (advisor)
The aim of this bachelor thesis is the building modifications of a secondary school for handicapped students in Brno, in the city district of Lesná. The existing building is inadequate for the needs of students with disabilities, therefore only the existing supporting structure of the building (columns, ceiling above 1NP, foundation structures) will remain, the perimeter walls and roof will be replaced by newly designed structures that meet the current thermal requirements. The building consists of two parts – a two-storey former nursery building (designated as Building A) with a single-storey glazed extension with atrium and a two-storey heat exchanger building (Building B), of which only 2NP is used for school purposes. The school and heat exchanger buildings are connected by a newly designed link across the width of the secondary school building, replacing the existing neck. A new material-contrasting glass staircase extension with a lift is proposed on the north side of Building A to allow wheelchair access to the building from Vaculíkova Street. In addition, a steel structure escape staircase extension with lift is proposed on the east side with a metal trellis with climbing plants. A reinforced concrete structure of the entrance ramp with a terrace for students' meeting is added to Building B from the north side (from Vaculíkova Street). On the south side, a pre-set steel terrace with a trellis for climbing plants has been added, which serves as a shade during the summer months. The school building is functionally divided into a student accommodation part located on the 2NP in the eastern part, a teaching part (classrooms and teachers' offices) on the 1NP of the A building and the 2NP of the exchanger, an operationally separated administrative part (offices, boardroom, headmaster's office, secretariat) accessible from the street by a ramp. In the western part of the 1NP there are technical facilities of the building - janitorial, kitchen, training kitchen and food stores, the facilities are accessible by a separate supply entrance accessible via the existing road leading from the south. The design emphasizes the pleasant, comfortable and safe stay and movement of students not only during classes but also during breaks.
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Detached house
Drongová, Zuzana ; Vaněk, Vojtěch (referee) ; Jelínek, Petr (advisor)
The subject of this bachelor thesis is the preparation of project documentation at the level of construction implementation. The aim was to design a family house with almost zero energy consumption. The family house is partially basemented and with a habitable attic. The building is roofed with a gable roof with a corrugated metal roofing. On the south-west side, a dormer roofed with a pitched roof is proposed. On the northwest side of the building is a one-car covered garage with rhombus wood siding and glass infill. The roofing is designed with a vegetated flat roof. The main load-bearing system is made of aerated concrete blocks. The perimeter basement masonry is made of lost formwork blocks. Thermal insulation of the building is solved by contact insulation system ETICS. The building is based on foundation strips.
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Center for leisure activities
Kovaříková, Kristýna ; Utíkal, Aleš (referee) ; Utíkalová, Ivana (advisor)
The aim of the diploma thesis is to design and develop project documentation for the new construction of the leisure activity center. The building is located on a plot of land with plot numbers 84/4, 84/6 and 120/4 in Olšany u Prostějova. The plots are flat and undeveloped. The building is designed as a detached, two-story building with a partial basement. The basement contains the building's technical facilities, a cleaning room and a warehouse. On the ground floor there is a small cafe with a terrace, a relaxation area, a classroom, sanitary facilities, a reception, a hall intended for holding cultural events and the facilities of the hall. On the 2nd floor there are classrooms, sanitary facilities and the management office. The object is designed as barrier-free. The vertical structures are made of silica sand-based blocks of the Porfix system. The perimeter and internal load-bearing masonry in the basement is monolithic reinforced concrete. The construction is based on foundation belts made of plain concrete C20/25 and a 150 mm thick underlying concrete screed reinforced with KARI mesh. The building is insulated with 200 mm thick mineral wool. Part of the building is insulated with the ETICS contact insulation system with a surface treatment of thin-layer plaster, and part of it has a ventilated facade with laminate facade cladding. The windows and doors are plastic with triple insulating glass.
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Office building
Nagy, Ádám ; Utíkal, Aleš (referee) ; Utíkalová, Ivana (advisor)
This diploma thesis deals with the design of a new construction administrative building with three above-ground floors and a basement and with almost zero energy consumption. The building is located in the outskirts of Brno on Vídeňská street. The building is designed using a non-ducted monolithic skeleton with a stiffening wall, the outer shell is solved using monolithic reinforced concrete walls with an ETICS insulation system and large window glass areas. Supports for controlled plant growth are installed on some parts of the facade, and the roofs throughout the building are designed as flat vegetated roofs. Partitions used in the building are plasterboard and glass. A canteen and a sales area with facilities are planned on the first floor of the building. Administrative spaces with multifunctional layout solutions are located on the second and third above-ground floors. The office spaces are designed as both open space and separate offices. The building has one underground floor, and its use is planned as warehouse space and technical facilities. In the core of the building, the necessary sanitary facilities and communication spaces are located on each floor. The entire building is designed as wheelchair accessible. The modern and timeless design of the building enables the creation of a pleasant environment for its daily use, guarantees its long-term sustainability and at the same time allows for it to participate in shaping the modern panorama of its surroundings.
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Assembly hall for jet aircraft with offices
Fogl, Martin ; Vaněk, Vojtěch (referee) ; Pěnčík, Jan (advisor)
The task of this thesis is to design a new jet aircraft assembly hall including a three-storey administrative building with a partial basement and to prepare project documentation for the construction phase. The building is located on flat terrain in an industrial area with a non-public airport near the village of Odolena voda in the Prague – East district. The design respects the surrounding development and all binding documents, in particular the municipality's master plan and the airport's regulatory areas. The assembly areas are divided into three parts, where the individual work operations during the assembly of the aircraft fuselages take place, namely the assembly workplace, gluing of overlays and charging of ejection seats. The administration building is divided into areas for production staff facilities, a multifunctional room with a showroom, building technology facilities, office areas and food preparation with a canteen. The building as a whole corresponds to the current trends in construction with its layout and material proportions. For CC-Aircraft a. s. this construction will not only be a new headquarters for management, development and production, but also a business card for new customers. The foundation on large-diameter piles guarantees a reliable system for transferring static and dynamic loads to the load-bearing soil layers. The load-bearing skeletal structural system of precast reinforced concrete elements ensures fast and efficient construction. Together with lightweight cladding with system thermal insulation panels or a ventilated facade with aerated aerated concrete infill masonry and a single-skin vegetated roof, they reduce the energy consumption of the building and create maximum thermal comfort inside.
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Multifunctional Building in Jičín
Imlauf, Vítězslav ; Pilinszki, Martin (referee) ; Beneš, Petr (advisor)
The subject of the thesis is the design of a multifunctional building in Jičín, which includes underground parking garages with cellars, technical facilities, administrative parts, commercial premises, medical facilities and apartments. The building is a five-story detached building with a full basement. The floor plan of the building is an irregular polygonal shape approaching the letter L. The structural system of the building is designed as a combined monolithic reinforced concrete skeleton with reinforcing reinforced concrete wall cores and ceilings. The foundation structures are made up of a foundation slab with foundation belts made of waterproof concrete placed on drilled piles. The roofing consists of a single-layer flat vegetation roof. The perimeter shell of the above-ground floors is designed from aerated concrete blocks with a contact insulation system made of mineral basalt wool.
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Above-standard detached house
Dosoudilová, Nikol ; Vaněk, Vojtěch (referee) ; Utíkalová, Ivana (advisor)
The bachelor's thesis on the topic Super-standard family house processes project documentation at the level of construction implementation. The building is located in the village of Chomoutov in the Olomouc region. The object is situated on a flat plot of land. The shape of the plot is square. It is a two-story family house with a partial basement. The family house has an indoor pool. The vertical supporting structures are made of ceramic blocks with mineral wool filling. The non-basement part of the building is based on plain concrete foundations. The foundations will be connected in stages. The basement part consists of a white bathtub. The horizontal structures are reinforced concrete monolithic. The roof of the building is a gable roof over the living area and a single-layer flat roof over the pool.
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Apartment building
Šafr, Matěj ; Vaněk, Vojtěch (referee) ; Utíkalová, Ivana (advisor)
This bachelor thesis focuses on the development of project documentation for the construction of an apartment building. It is a building with 10 storeys and a full basement. The above-ground floors are mainly residential units and partly studios. This multi-storey building is also equipped with an elevator and an underground parking space, which is accessible by a car lift. The ground floor also houses a bicycle shop. The residential building will be located on the cadastral territory of the municipal district of Černá pole [610771], the entire building is located on plot number 3794 in Brno. Vertical load-bearing structures are designed mainly as reinforced concrete, then ceramic masonry in the higher receding floors. Horizontal load-bearing structures are designed as monolithic reinforced concrete. The roofs of the building are designed as flat single-skin roofs with an extensive vegetation layer, terraces are constructed with ceramic tiles. The foundation is designed on piles with a diameter of 600 mm and a waterproof monolithic reinforced concrete slab.
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Apartment building
Kosík, Jiří ; Chomová, Štěpánka (referee) ; Jelínek, Petr (advisor)
The subject of this bachelor thesis is the processing of project documentation in the stage of construction implementation. It is a new residential building with almost zero energy consumption. The residential building is located in Brno, in the urban area of Řečkovice, Brno-City district and is situated on flat terrain. It is designed as a five-story, with a flat green roof. There are commercial premises, a carriage room and technical background of the building on the first floor. The rest of the floors contain a total of 20 residential units, as well as a central staircase and an elevator. There are a total of 5 residential units of different sizes on each floor. The building is build on a reinforced concrete foundation slab. The load-bearing system of the building is designed as a reinforced concrete monolithic frame filled with ceramic masonry. The building is insulated with ETICS contact insulation system.
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Detached house
Drongová, Zuzana ; Vaněk, Vojtěch (referee) ; Jelínek, Petr (advisor)
The subject of this bachelor thesis is the preparation of project documentation at the level of construction implementation. The aim was to design a family house with almost zero energy consumption. The family house is partially basemented and with a habitable attic. The building is roofed with a gable roof with a corrugated metal roofing. On the south-west side, a dormer roofed with a pitched roof is proposed. On the northwest side of the building is a one-car covered garage with rhombus wood siding and glass infill. The roofing is designed with a vegetated flat roof. The main load-bearing system is made of aerated concrete blocks. The perimeter basement masonry is made of lost formwork blocks. Thermal insulation of the building is solved by contact insulation system ETICS. The building is based on foundation strips.
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