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Eliška Přemyslovna Kindergarten
Herůdek, Pavel ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
The subject of my diploma thesis is a design of new kindergarten and elaboration of documentation for the construction. The building is situated in the southwestern suburb of Brno, in the district Brno-Starý Lískovec district. The building is set in a slightly sloping terrain. The building has two floors and and basement, created by partial basement of the building. The building is characterized with two wings designed at right angles and a decent coloured facade. The building contains two kindergarten classrooms with a capacity of 48 children with operational facilities, a rentable part for public, the administrative of the school and a technical facilities of the building. The first floor contains two separate kindergarten classes, each with 24 children, teacher's cabinet, toy storage room and a kitchen. The kitchen is designed without food preparation, with a food delivery company. Each kindergarten class has its own entrance. On the second floor is a rentable space containing a classroom, workshop, lounge and terrace. There are also an isolation room, a gym for children and a head master's office. The building is designed to a low energy standard, definated by near zero heat energy building (nzeb) standarts. There is established a wheelchair access to the building, A lift is proposed in the building. The structural design is proposed as a ceramic block wall with contact insulation system. The vertical strucutres are made of reinforced concrete cast-in-place ceiling. The building is based on concrete foundation and is covered by a single-skin, flat roof with a layer of extensive flora.
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Extension of the sports centre in Slopné, technological stage of roofing
Heinz, Pavel ; Boháček, Adam (referee) ; Šlanhof, Jiří (advisor)
The bachelor thesis deals with the technological stage of the roofing of the sports centre extension in the village of Slopné. It is the construction of a multi-purpose building, which extends the capacity of the existing community centre. The extension consists of ground floor parts and a main hall/gymnasium with multifunctional use. The content of the work includes a technical report for the roofing, a solution for the transport of materials, a technological regulation for the assembly work of the roofing of the hall, an itemized budget for the roofing and a timetable for the specified technological stage, an inspection and testing plan and a solution for occupational safety in the process.
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Kindergarten
Hess, Samuel ; Jelínek, Petr (referee) ; Struhala, Karel (advisor)
The master's thesis deals with the design of an NZEB kindergarten in Třebíč. The building is single-storey with a flat roof. Next to the building there are 15 parking spaces, 3 of them are for electric car charging. The centre of the building consists of staff facilities and spaces for building services, the rest of the building includes sanitary facilities for children, changing rooms and classrooms. The building is based on a foundation slab that rests on a layer of foam glass granulate. The external masonry is made of ceramic blocks insulated with EPS ETICS. The internal load-bearing and partition masonry is made of unfired clay blocks, which are plastered with clay plaster. The roof structure is made of prefabricated pre-stressed concrete panels, which are sloped outwards. The building is heated by a ground to water heat pump, which will heat the water for underfloor heating, the HVAC unit and hot water distribution. Intelligent LED lighting is installed throughout the building. There are photovoltaic panels on the roof to generate electricity. Rainwater is used for flushing and watering the garden. Furthermore, in my master’s thesis I addressed the possibilities of using rainwater in roof drains to generate electricity. There, I calculate different possibilities and ways to use rainwater as efficiently as possible to generate electricity. A Pelton turbine is used to generate power, which is driven by the force of the water current.
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Kindergarten, Havlíčkův Brod
Polášek, Viktor ; Müllerová, Eva (referee) ; Müller, Jan (advisor)
The subject of the diploma thesis is an nursery school in Uherské Hradiště in Ledečská street. This building is partial basement with two above-ground floors. First floor is used for nursery school, in the basement there is technical background and in second floor there are classrooms. The building is seperated into three sections. The middle section is made of ceramic blocs and has 2 above-ground floors and has basement. Side sections are made of wood and has 1 above-ground floor. Middle section will be insulated with ETICS contact thermal insulation system. Side sections will be insulated with fibreboards. The roof of the building consists of a single-skin flat roof. The building has an elevator and reinforced concrete staircase.
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Medical centre
Jelínek, Roman ; Hnízdilová, Aneta Aya (referee) ; Manychová, Monika (advisor)
The subject of the master´s thesis is a new medical centre with nearly zero energy consumption and the processing of the design documentations for this building construction. The building is located in a quiet area of the village of Lužice near the town Hodonín. It is designed as a detached structure, with a three floors, located on almost flat terrain. On the first floor there are two surgery, facilities for staff, warehouses and technical facilities of the building. There are also two commercial premises - a pharmacy and a cafe. On the second floor there are five surgery, facilities for staff and technical facilities of the building. On the third floor there are five surgery, laboratory, facilities for staff and technical facilities of the building. In front of building and behind of building there is a large parking lot, the medical centre is a barrier-free by to the internal elevator. The construction system of the building is a two-way wall system. The perimeter masonry and internal load-bearing masonry is designed from vertically perforated brick blocks with P+D. The internal non-load-bearing masonry is made of vertically perforated brick blocks with P+D and assembled pre-walls from SDK. The horizontal structures are prefamonolitic, composed of POT beams and Miako ceramic inserts. Part of the ceiling structure consists of a reinforced concrete monolithic slab. The building is based on concrete founfation passes and covered with a single-layer flat roof.
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Multipurpose facility -Nitra,Chrenová
Vaňová, Vanessa ; Lipka, Miroslav (referee) ; Eliáš, Luboš (advisor)
The aim of the bachelor's thesis is to design and develop project documentation for the construction of new apartment buildings in the city of Nitra. It is a free-standing building with three above-ground and one underground floor in a slightly sloping terrain. The basement of the floor plan extends beyond the above-ground floor, the roof is partly designed as a terrace and partly as a flat green roof. There is a garage, workshop, cellar, utility room and storage for bicycles and stollers. Housing units are located on the upper floors. Each floor has three residential units. The roof above the above-ground floors is a single-skin flat, covered with a layer of aggregate. The foundation structures and the perimeter walls of the basement are made of monolithic reinforced concrete. The internal load-bearing system is designed for all floors as masonry made of ceramic blocks. In the basement there are two supporting concrete pillars transferring the load from the reinforced concrete gutters in the place above the garage. Ceilings, balconies and loggias are made of monolithic reinforced concrete. The perimeter walls above the ground are contact-insulated with the ETICS system.
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Residence
Tippelt, David ; Skřek, Daniel (referee) ; Bantová, Sylva (advisor)
The subject of this bachelor's thesis is the design and elaboration of project documentation for the new construction of the Rezidence apartment building. The proposed building is located in Brno, in the Slatina district, and is located on land that is protected by an agricultural land fund, so it will be necessary to remove it from the ZPF. This plot is not located in a flooded or mined area. It is a detached building, which has four floors above ground and one underground floor. In the new building there are 12 residential units of 3 + kk and 1 + kk. In the basement there is a cellar for each apartment. In the first half there is a bike shed / carriage house, a cleaning room and a workshop with a warehouse, in the second half there are two technical rooms and a warehouse. On the first floor there is an entrance to the building, a laundry room with a drying room, a gym for the inhabitants of the house and two 1 + kk apartment units. On the second and third floor 4 units of size 1 + kk and on the top floor 2 residential units of size 3 + kk. From the second floor, each apartment has a balcony. These apartments are designed primarily for students, couples, or even a starting family. Each floor is connected by a three-armed reinforced concrete staircase, which is complemented by an elevator. The house is based on reinforced concrete foundation strips in combination with lost formwork. The vertical load-bearing structures in the basement are made up of lost formwork, the load-bearing structures above the ground are made of ceramic blocks, which are insulated with a ventilated façade and equipped with a Bond SK1 façade sandwich cassette. The horizontal load-bearing structures form a semi-assembled Porotherm system. The whole building is covered by a single-skin vegetation-retention flat roof. The new apartment building is designed to be very economical.
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Apartment House
Pokluda, Jiří ; Havířová, Zdeňka (referee) ; Lavický, Miloš (advisor)
The aim of this bachelor's thesis is the elaboration of project documentation for the construction of a new apartment building in the southwestern part of the village Holubice. The building is designed as a detached building with four above-ground and one underground floor partly below ground level. In the apartment building with a single-layered flat roof, there are 8 residential units, technical facilities and house equipment. There is also a designed elevator in the building. The drawing part is processed using the AutoCad program, the visualization is processed in the ArchiCad and Lumion program.
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Apartment Building
Jaroš, Daniel ; Vystrčil, Jan (referee) ; Košíčková, Ivana (advisor)
The subject of the bachelor’s thesis is project documentation of new appartment building in Znojmo on street Trentská. Designed building is similiar to surrounding existing buildings, the house is four storeyed, with basement and recessing last storey with flat roof. Every above-ground floor has three residential units of categories one to three rooms with open-plan kitchen with the exception of last floor, where’s one bigger residential unit of three room category with open-plan kitchen. Residential unit n.3 in 1st floor is designed for person with reduced mobility. Designed appartment building is built with modern technologies, load-bearing walls of above-ground part of the building are made from clay blocks in 2in1 and AKU variants. Underground part of the building is made from structural formwork with concrete and rod reinforcement. Building’s foundation will be made of cast-in-place concrete strip footing with reinforced concrete floor slab. Load-bearign part of ceiling construction is made of reinforced concrete ceiling slab. Staircase is also made as reinforced concrete slab with stair steps made of concrete.
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Eliška Přemyslovna Kindergarten
Herůdek, Pavel ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
The subject of my diploma thesis is a design of new kindergarten and elaboration of documentation for the construction. The building is situated in the southwestern suburb of Brno, in the district Brno-Starý Lískovec district. The building is set in a slightly sloping terrain. The building has two floors and and basement, created by partial basement of the building. The building is characterized with two wings designed at right angles and a decent coloured facade. The building contains two kindergarten classrooms with a capacity of 48 children with operational facilities, a rentable part for public, the administrative of the school and a technical facilities of the building. The first floor contains two separate kindergarten classes, each with 24 children, teacher's cabinet, toy storage room and a kitchen. The kitchen is designed without food preparation, with a food delivery company. Each kindergarten class has its own entrance. On the second floor is a rentable space containing a classroom, workshop, lounge and terrace. There are also an isolation room, a gym for children and a head master's office. The building is designed to a low energy standard, definated by near zero heat energy building (nzeb) standarts. There is established a wheelchair access to the building, A lift is proposed in the building. The structural design is proposed as a ceramic block wall with contact insulation system. The vertical strucutres are made of reinforced concrete cast-in-place ceiling. The building is based on concrete foundation and is covered by a single-skin, flat roof with a layer of extensive flora.
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