The aim of this final thesis is to design selected parts of construction technology project for building used as an sports centrum in Jihlava. The attachments provide a solution of upper structural work, with focusing on floor structure forms and staircase. The thesis contains the technological procedures for constructing both variants of floor structure and staircase, principles according to which is the construction organised, safety and health measures taken on the construction site, design of the mechanical assembly, time plan, plan of inspections and testing, controlling and testing plans for both variants and construction details.

The subject of my thesis is the design mountain guesthouse with a wellness centre, which is located in the village of Mala Morávka, at the level of documentation for construction. The new building is located in the cadastre unit Karlov pod Pradědem. This is a two floors, slab-building L-shaped with separate parking for visitors of boarding house and wellness centre. The structural system is composed of ceramic blocks Porotherm and reinforced concrete joist floor. Roof structure is made up of wooden trusses girders saddle shape. Design of mountain guesthouse with wellness centre respects the territorial plan of the village of Malá Morávka.

The final thesis is new building Basic school of art and music. The building is located in the urban area of Hronov. The building is divided into two wings. In one part of the building at 1 NP is mainly individual classrooms for play on an individual instrument. In the second part of the building is the concert hall, which is designed for orchestral rehearsal. The 2nd floor is mostly individual classrooms. In 3 NP is designed dance and ballet hall and individual classrooms. In the attic is a classroom for art education. The building has a partial basement. The building is planted on flat land. The building is brick from the system LIAPOR, overhead structures are made of panels SPIROLL, in the basement of a reinforced concrete slab. The roof construction is designed as a purlin roof and „hambalek“ purlin roofs made as saddle with a slope of 35 degrees.

The subject of this diploma thesis is the design of deep foundation highway bridge on D3 motorway in km 112.574, over Bošilecký stream and evaluation of geomorphological, geological and hydrogeological conditions and perform static calculation bridge foundation

The subject of this diploma thesis is a newly built mixed-use building in Brno. It is a four-storey building without cellar. The building is located on a corner plot in an urban part of Brno - Židenice. In the 1st floor there are three business units. On the other floors are a total of 11 apartments. One apartment is located in the courtyard. It is designed for people with limited mobility. The vertical structures are of the ceramic blocks Porotherm. Ceiling structures and staircases are cast-in-place reinforced concrete. The building is insulated with contact insulation system ETICS. The roof is warm flat. The project was processed by computer software AutoCAD 15.

This thesis describes the design of a project Family Winery VILARO in Velké Bílovice. It consists of two objects. The first is a guesthouse with a restaurant and the second is a production building with a tasting room. The guesthouse is submitted in the stage of building design. Production facility, a winery, is discussed further as the implementation project. The winery is located in a slightly sloped terrain. It has one partially cellared ground floor. The roof is atypical, one part is sloped triple-coated shed roof, second part is flat with stabilizing layer. The support systém mainly consists of brick blocks, ferroconcrete walls, ferroconcrete boards, ferroconcrete beam ceiling and prestressed concrete ceiling panels Spiroll. The project assumes using of typical building materials.

Mixed-use building in Prostějov The aim of this master´s thesis is to elaborate the project documentation of a mixed-use building in Prostějov. The thesis consists of three parts: architectural-construction part, building services and elective part. The building has two above-ground floors. On the first floor there are storerooms, utility room, sanitary facilities and restaurant with kitchen and storerooms. The second floor is an office floor for one company which includes offices, dayroom, copyroom, meeting room and sanitary facilities. The building is founded on reinforced concrete foundation. The horizontal load-bearing and non-load-bearing structures are designed from ceramics blocks. The building is insulated by ETICS. The vertical load-bearing structures are designed from Spiroll slabs. The building has a green flat roof. There are parking spaces on the grounds. The building will be heated and cooled with a heat pump. It will also have an air condition. Part of electricity demand is covered by photovoltaics. In the third part of thesis, I replace frequently used materials with environmental ones in my project and compare them in terms of thermal engineering, acoustics and price. I used DEKSOFT, Hluk+, Autocad and Revit software. All structures comply with the valid standards and regulations.

The subject of the diploma thesis is the processing of project documentation for the construction of wellness pension. This building is designed in a medium sloping terrain on the edge part of the Rajhrad city. The building has 3 floors and garage in the basement. Object is divided into 2 parts, the first part consists a restaurant and 2 floors for temporary accommodation in 14 rooms for 45 customers. The second part consists wellness for accommodated and also for other outside customers. The roof is designed single skin with vegetation area (extensive). The project includes a solution of paved areas and access to the underground garage, fencing, water connection, sewage connection, rainwater conection including a retention tank and overflow into the rainwater sewerage. The construction system of the building is based on reinforced concrete footings connected to foundation strips in the places of the cladding, follow up reinforced concrete columns. The ceiling structures, including hidden girders and stairs, are made of monolithic, reinforced concrete. Vertical load-bearing structures are designed from POROTHERM ceramic blocks. The vertical structures of the basement are designed from lost formwork. The building's ventilation system is divided into four parts, the first part is for wellness, the second part is for restaurant and pension, third part is for kitchen, last part is for fire protected escape route.

The subject of the thesis is the solution of selected parts of the construction technology project of the construction of a kindergarten in Kuřim on Hybešova Street. It is a single-story brick building with a flat roof with a green roof. In my work I solve the study of the main technological stages, technological regulations for the monolithic ceiling structure and the green roof of the Smart Roof Solutions system together with inspection and test plans, design of the main construction machines, time and a financial plan for the main building of the kindergarten, the building time and financial plan for the entire construction plan, the balance of workers and the deployment of construction machinery and the construction site equipment project. Then I add a noise study, assessment of selected LEED 2009 Core & Shell credits, design of the TOPSAFE restraint system, health and safety plan, documentation of the green roof of the Smart Roof Solutions system and a search on the topic of green roofs.

The subject of the diploma thesis is to elaborate the project documentation of a newbuilt wellness hotel located in the village of Lipno nad Vltavou. The building is designed as a non-basement one with three floors. It is visually divided into several parts. On the first floor there are two operational parts – a wellness and a restaurant. On the second and third floor there are small apartments for temporary guests' accommodation. The building foundations are made of concrete and reinforced concrete. The load-bearing structure is made of aerated concrete blocks and sand-lime blocks. The ceiling structures are made of cast-in-place reinforced concrete. The roof of the first floor is designed as a one-layer flat extensive green roof. The roofing of a main reception is designed by a sloping roof and the third floor as three adjoining sloping roofs. These roofs are formed by a system of aerated concrete roof panels and a water-dissipating layer of folded sheet metal. The building is insulated with an external thermal insulation composite system (ETICS). The part of the facade consist of facade cladding strips and part of the render of light color.