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Biogas Plant Telč
Kundrák, Karol ; Klimek, Karel (referee) ; Myslín, Jiří (advisor) ; Čuprová, Danuše (advisor)
This proposal called "development of VTP and CTT Vysočina” counts with the intention of building a science and technology park , which under different conditions will test composition of crop input parameters for biogas production and energy utilization . The aim of the thesis was to design a building of Science and Technology Park and laboratories which has a very simple and logically arranged disposition but also representative exterior which creates a strong industrial character . VTPL building is designed as one and partly two-storey building which consist of one two-storey blocks and three single-storey blocks, which gradually shrink and copy the triangular shaped site. The building was designed in a way to ensure a smooth transition of materials from technological objects into the VTPL building and then to individual laboratories and offices . To achieve expression of industrial building was covered in aluminum composite siding.
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Building with civic amenities
Nekorancová, Anna ; Majsniar, Michal (referee) ; Brukner, Bohuslav (advisor)
The subject of this thesis was the project documentation processing for the new construction of a polyfunctional office building in Trenčín. The building consists of four above-ground floors and one underground floor and is made up of several functional parts. There is a coffee bar, two smaller shops and a reception for the administrative part of the building on the first floor. The administrative space is located on the second and third above-ground floors. There are six apartment units on the fourth above-ground floor with assigned parking spaces in the garage on the first underground floor. The framework of the building consists of a reinforced concrete monolithic skeletal structure with two stiffening reinforced concrete cores, where a staircase with an elevator shaft is located in. The above-ground perimeter infill structures between the columns are partly designed as monolithic reinforced concrete walls, there is a light perimeter shell delimiting part of the building perimeter with a length of thirteen and a half meters from the south-eastern part of the building, the roof of the building is a flat single-skin roof. Part of the project was the assessment of the building's fire safety, the thermal technical assessment, the construction design solution, the architectural-construction solution, and the building physics perspective evaluation.
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Inovative centre STU Bratislava
Dolníková, Denisa ; Klimecký, Martin (referee) ; Gerö, Jiří (advisor)
The topic of the bachelor thesis is the design of the STU Innovation Center in Bratislava. The project is based on the architectural study of the subject AG033-Atelier of architectural creation 3 and the construction study of the subject AG036 Complex project. The area of the inner block is currently visually chaotic and underutilized. The goal of the design is to create a valuable space for students, employees and the public on the campus and therefore make it more accessible to the wider community. An essential part was the connection of the inner block with the surrounding environment. The designed building contains three above-ground floors and underground garages. The mass of the object can be divided into two parts - the part with heavy laboratories and above-ground laboratories, which is rectangular and the other slanting part with spaces for students and public. The first and second above-ground floors contain an open gallery and multi-purpose spaces. The open and airy space, not only adds the representativeness of the whole design but also provides an opportunity for short-term rest. The third above-ground floor is mainly designated to accomodate start-up offices and the rectorate. The external appearance of the object is designed with clean and simple lines in mind. The glazed parts of the building are shielded with a white aluminum perforated sheetmetal. Other parts of the facade are covered in smooth white plaster. The entire expression of the object is therefore characterized by the timelessness that the Innovation Center demands. The surroundings of the building are functionally designed for the rest and free movement of students. There is plenty of greenery and places for rest, or various events of STU faculties.
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Inovative centre STU Bratislava
Dolníková, Denisa ; Klimecký, Martin (referee) ; Gerö, Jiří (advisor)
The topic of the bachelor thesis is the design of the STU Innovation Center in Bratislava. The project is based on the architectural study of the subject AG033-Atelier of architectural creation 3 and the construction study of the subject AG036 Complex project. The area of the inner block is currently visually chaotic and underutilized. The goal of the design is to create a valuable space for students, employees and the public on the campus and therefore make it more accessible to the wider community. An essential part was the connection of the inner block with the surrounding environment. The designed building contains three above-ground floors and underground garages. The mass of the object can be divided into two parts - the part with heavy laboratories and above-ground laboratories, which is rectangular and the other slanting part with spaces for students and public. The first and second above-ground floors contain an open gallery and multi-purpose spaces. The open and airy space, not only adds the representativeness of the whole design but also provides an opportunity for short-term rest. The third above-ground floor is mainly designated to accomodate start-up offices and the rectorate. The external appearance of the object is designed with clean and simple lines in mind. The glazed parts of the building are shielded with a white aluminum perforated sheetmetal. Other parts of the facade are covered in smooth white plaster. The entire expression of the object is therefore characterized by the timelessness that the Innovation Center demands. The surroundings of the building are functionally designed for the rest and free movement of students. There is plenty of greenery and places for rest, or various events of STU faculties.
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STU Innovation Center, BA internal transformation
Tamaši, Ladislav ; Boháč,, Ivo (referee) ; Šindlar, Jiljí (advisor)
The assignment of the bachelor's thesis is the proposal of the Innovation Center for the Slovak Technical University (hereinafter referred to as STU) in Bratislava. The work is based on the architectural study of the subject AG033, which, however, was largely revised based on the expansion of information from the management of the STU faculties. The site of the proposed building is located in the inner block, which consists of four existing STU faculty buildings. The complex of these buildings stands right in the centre of the capital city, which means that not only the building of the innovation center itself, but also its surrounding public spaces, or inner block. According to the requirements of the assignment, the innovation center should serve not only the needs of the university but also as a platform for cooperation between the private, public and scientific sectors. It is also supposed to promote not only STU but also technology as such and attract a wide range of people. Therefore, the spatial content of the innovation center is very wide. There are laboratories, the office of the rector's office, rentable premises, lecture halls, libraries and a study room.
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Biogas Plant Telč
Kundrák, Karol ; Klimek, Karel (referee) ; Myslín, Jiří (advisor) ; Čuprová, Danuše (advisor)
This proposal called "development of VTP and CTT Vysočina” counts with the intention of building a science and technology park , which under different conditions will test composition of crop input parameters for biogas production and energy utilization . The aim of the thesis was to design a building of Science and Technology Park and laboratories which has a very simple and logically arranged disposition but also representative exterior which creates a strong industrial character . VTPL building is designed as one and partly two-storey building which consist of one two-storey blocks and three single-storey blocks, which gradually shrink and copy the triangular shaped site. The building was designed in a way to ensure a smooth transition of materials from technological objects into the VTPL building and then to individual laboratories and offices . To achieve expression of industrial building was covered in aluminum composite siding.
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