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Energy efficient building of kindergarte in Soběšice
Růžičková, Eliška ; Wierzbická, Helena (referee) ; Vaščáková, Alena (advisor)
The main goal of the master’s thesis is to design a new building of the nursery in Brno-Soběšice. It is one-storey building. This floor is divided to two same parts. In each of them is day room, sleeping room, office, bathroom, cloakroom for children, cloakroom for teachers with shower and toilet and stock for beds. Also there is director office, toilet, hallway, utility room, room for cleaners, sink and stocks. The vertical loadbearing structures are designed from Porotherm ceramic blocks and the hollow concrete blocks. The building is insulated by a contact thermal insulation system ETICS. The horizontal loadbearing structures and the staircase are designed from reinforced monolithic concrete slab. The roof is flat with extensive greenery. The whole construction are based on foundation passports. The building site contains also an outdoor car park with ten parking spot and garden with climbing frames. The project was performed in Autocad and visualization was performed in ArchiCad and Lumion. All constructions comply with valid standards and regulations. Master’s thesis is divided to three parts. In the first part A it deals with the construction design of a building for a building permission. It contains architectural-building solutions, building physics, situation drawing, reports, building design solutions and fire safety solutions. In the second part B it deals with the design of technical equipment of buildings. It includes the design of sewerage system, water, gas, photovoltaic panels, lighting, ventilation and heating. In the third part C it deals possible systems for the use of rainwater. I described possible systems for the use of rainwater and developed a rough calculation for the selected system.
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Multifunctional hall Jaroměřice nad Rokytnou
Jantačová, Karolína ; Obrtlík, Jan (referee) ; Májek, Jan (advisor)
The subject of the bachelor thesis is the preparation of project documentation for building permits and part of the documentation for the implementation of construction based on the assignment, which was provided in the course AG032 - Architectural Design Studio II. in the winter semester of the 2nd year on the topic of public buildings. The subject of the study is the design of a new multifunctional hall in the sports complex. The hall will be used for sports and social use. The land in question is located in the territory of the town of Jaroměřice nad Rokytnou in the Vysočina Region. The concept of the architectural design was to create a space connecting the exterior with the interior, while at the same time linking to the surrounding nature with its facades with wooden cladding and textured plaster. There are four blocks attached to each other, three are two-storey and one single-storey. With these pavilions, the building is seperated into several functional units. The two-storey accommodation building is aligned with one of the pavilions. The individual functional units include a café, a lobby, a sports hall, a gym and accommodation. All these functions have their necessary facilities.
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Kindergarten
Líner, Ondrej ; Vlach, František (referee) ; Vajkay, František (advisor)
The main goal of diploma thesis is to design a new nearly-zero energy kindergarten in Brno Holásky. It is designed as a L-shape single storey building split into three parts. Two of them are separate classroom, with necessary facilities for children and staff, each classroom for approximately 25 children. The third part of the building is for staff and technical facilities. The building is designed as a masonry wall system with ceramic blocks for the load bearing walls and adobe bricks for the partitions. The superstructure is supported by concrete strip foundation. The roof of the building is designed as a flat extensive green roof supported by prefabricated concrete panels. The walls are insulated with mineral wool and protected with fiber cement boards that create a ventilated facade. The thesis includes the design of lighting, rainwater use, HVAC and hot water heating and photovoltaic system. The rainwater stored from the green roof is used for toilet flushing. Ventilation in the building is provided by two air conditioning units with a system of heat recovery. Heating and hot water preparation is provided by two ground-to-water heat pumps. Electricity is partially supplied from photovoltaic panels placed on the roof of the building. The thesis also includes a natural lighting study of daylighting, aimed at meeting standard requirements for daylighting and lighting uniformity.
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Energy efficient building of kindergarte in Soběšice
Růžičková, Eliška ; Wierzbická, Helena (referee) ; Vaščáková, Alena (advisor)
The main goal of the master’s thesis is to design a new building of the nursery in Brno-Soběšice. It is one-storey building. This floor is divided to two same parts. In each of them is day room, sleeping room, office, bathroom, cloakroom for children, cloakroom for teachers with shower and toilet and stock for beds. Also there is director office, toilet, hallway, utility room, room for cleaners, sink and stocks. The vertical loadbearing structures are designed from Porotherm ceramic blocks and the hollow concrete blocks. The building is insulated by a contact thermal insulation system ETICS. The horizontal loadbearing structures and the staircase are designed from reinforced monolithic concrete slab. The roof is flat with extensive greenery. The whole construction are based on foundation passports. The building site contains also an outdoor car park with ten parking spot and garden with climbing frames. The project was performed in Autocad and visualization was performed in ArchiCad and Lumion. All constructions comply with valid standards and regulations. Master’s thesis is divided to three parts. In the first part A it deals with the construction design of a building for a building permission. It contains architectural-building solutions, building physics, situation drawing, reports, building design solutions and fire safety solutions. In the second part B it deals with the design of technical equipment of buildings. It includes the design of sewerage system, water, gas, photovoltaic panels, lighting, ventilation and heating. In the third part C it deals possible systems for the use of rainwater. I described possible systems for the use of rainwater and developed a rough calculation for the selected system.
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