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Performance evaluation of a company operating in the automotive industry and development project proposal
Osička, Martin ; Stříteský, Lukáš (referee) ; Režňáková, Mária (advisor)
The diploma thesis is devoted to the evaluation of the performance of a company operating in the automotive industry and the proposal for the development of this company. The first part summarizes the objectives of the thesis and methods and procedures used. The second part contains a theoretical overview describing the basic concepts and methods used in other parts of the thesis. The third part is devoted to the evaluation of the enterprise using strategic and financial analysis in the years 2017-2022. The last part of the thesis presents a proposal for the development of the enterprise in the form of an evaluation of the effectiveness of the investment in a new production hall.
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Elementary School
Osička, Martin ; Vlček, Ing Karel (referee) ; Vlček, Milan (advisor)
The theme of the diploma thesis is the preparation of project documentation for the construction of two designed buildings of the Primary School. Building plot for the planned new building is located near the existing nursery school near the center of Vracov. The campus is designed to provide basic education in a total of 18 classes with a proposed total capacity of 540 pupils. The complex consists of 4 main buildings that functionally divide individual operations. These are designed as free-standing, SO01 and SO04 objects will be two-storey, without basement. SO02 and SO03 objects as four-storey without basement. The construction system is designed as a prefabricated reinforced concrete skeleton with filling masonry from ceramic blocks to thin-walled masonry mortar. The ceiling construction consists of pre-stressed ceiling panels SPIROLL in combination with reinforced concrete. The staircases connecting the floors are designed in reinforced concrete. Vertical communication between floors will also be made possible by barrier-free passenger lifts. The roof cladding consists of a single-shell construction with thermal insulation made of EPS, the covering will be made of PVC foil weighted with a layer of peacock. The building will be insulated with a façade thermal insulation system with a ventilated gap and external surface treatment of HPL façade cladding panels. Paved pedestrian roads will be made of concrete interlocking pavement. The road for vehicle traffic will be with an asphalt surface. Parking spaces are designed from drainage concrete pavement. The project documentation was processed in ArchiCAD.
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The family house
Osička, Martin ; Sedlák, Radek (referee) ; Sedlák, Radek (referee) ; Beneš, Petr (advisor)
The theme of bachelor’s thesis is an elaboration of design documentation of the family house. Building site for the planning building is located near the center of the town Hodonín.The building is designed for four-membered family. The object is projected as a detached house with two-storeys and no cellar. Walls are designed as a single layerd brickwork of ceramic blocks mansoried on thin-layerd mansory mortar. Construction of the ceiling above the 1st floor is made of ceramic-concrete MIAKO system with a layer of concrete over it. Stairs connecting both 1st and 2nd floor is designed from reinforced concrete. The roof is designed by two mirror-facing ramp roofs of 5% gradient with a PVC foil covering, thermal insulation is designed as over-rafter. The load-bearing structure is made up of lamellated timber rafters. The paved areas, forming an entry walkway and a parking space for the standing of 2 cars, are designed from concrete paving. Part of the surface will be covered with a steel construction with a CONNEX safety glass cover. Project documentation was developed in ArchiCAD programme.
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Elementary School
Osička, Martin ; Vlček, Ing Karel (referee) ; Vlček, Milan (advisor)
The theme of the diploma thesis is the preparation of project documentation for the construction of two designed buildings of the Primary School. Building plot for the planned new building is located near the existing nursery school near the center of Vracov. The campus is designed to provide basic education in a total of 18 classes with a proposed total capacity of 540 pupils. The complex consists of 4 main buildings that functionally divide individual operations. These are designed as free-standing, SO01 and SO04 objects will be two-storey, without basement. SO02 and SO03 objects as four-storey without basement. The construction system is designed as a prefabricated reinforced concrete skeleton with filling masonry from ceramic blocks to thin-walled masonry mortar. The ceiling construction consists of pre-stressed ceiling panels SPIROLL in combination with reinforced concrete. The staircases connecting the floors are designed in reinforced concrete. Vertical communication between floors will also be made possible by barrier-free passenger lifts. The roof cladding consists of a single-shell construction with thermal insulation made of EPS, the covering will be made of PVC foil weighted with a layer of peacock. The building will be insulated with a façade thermal insulation system with a ventilated gap and external surface treatment of HPL façade cladding panels. Paved pedestrian roads will be made of concrete interlocking pavement. The road for vehicle traffic will be with an asphalt surface. Parking spaces are designed from drainage concrete pavement. The project documentation was processed in ArchiCAD.
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The family house
Osička, Martin ; Sedlák, Radek (referee) ; Sedlák, Radek (referee) ; Beneš, Petr (advisor)
The theme of bachelor’s thesis is an elaboration of design documentation of the family house. Building site for the planning building is located near the center of the town Hodonín.The building is designed for four-membered family. The object is projected as a detached house with two-storeys and no cellar. Walls are designed as a single layerd brickwork of ceramic blocks mansoried on thin-layerd mansory mortar. Construction of the ceiling above the 1st floor is made of ceramic-concrete MIAKO system with a layer of concrete over it. Stairs connecting both 1st and 2nd floor is designed from reinforced concrete. The roof is designed by two mirror-facing ramp roofs of 5% gradient with a PVC foil covering, thermal insulation is designed as over-rafter. The load-bearing structure is made up of lamellated timber rafters. The paved areas, forming an entry walkway and a parking space for the standing of 2 cars, are designed from concrete paving. Part of the surface will be covered with a steel construction with a CONNEX safety glass cover. Project documentation was developed in ArchiCAD programme.
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