Diploma thesis is focused on design of a new hotel in mountain surrounding with one underground floor and five stories. The hotel has 53rooms for guests from the second to the fifth floor and two rooms for employees of hotel on the fifth floor, what means 106 beds for guests. The hotel is equipped indoor swimming pool 25x10meters, its own kitchen, dining hall, sauna, massages and Conference hall. The object consists of four dilatation units – accommodation sides and common central part and swimming pool. Roof construction is created by huge wooden truss from the second floor to the fifth floor, which sequentially subsides and formed by 70 dormers. Angle of the roof is 46° and 23°, and surface coating is smooth titanium zinc sheet. Load bearing system of whole object is designed as irregular reinforced concrete monolithic skeleton from concrete C30/37 with prestressed elements and based on prestressed reinforced concrete slab. The cladding is designed from ceramic bricks with inner additional insulation and additional insulation on outer surface, which is covered by facade with ventilated air gap, designed from cement-fibers boards, which are by color and structure imitating natural stone. Each accommodation floor is divided into two accommodation sides, central part with central stairs and two personal elevators. Each accommodation side has two protected escape routes and one fire evacuation lift. On the Ground floor, there is the reception, the dining hall, the pool hall and offices. On the underground floor, there is wellness center for guests of the hotel, technologies for the pool, HVAC engine room and kitchen. In all object, there are designed different types of hanging ceilings, because of attendance of stabile sprinkler system. In the pool hall, there will be acoustic hanging ceiling. Heating will be procured by combination of biomass boiler and heat pumps, which will be used mainly for deck heating in rooms in accommodation floors.

The theme of my disseration is an architecture study of multifunctional building which is surrounded by the streets Vranovská, Cejl and Jana Svobody and by the embankment of the river Svitava. Objective of the study was to design a building that would utilized the space of the plot effectively. The result of design is the construction which is characterized for its inner semi-public atrium space with link to the bank of Svitava and street Jana Svobody. It is five-storey house. In the first two stories there are different feature amenities (kindergarden, office building, restaurant, café, media library, gallery and other shops), and senior house. In the third floor and above there are designed flats for living. The part of the living area was also creating of new kind of housing called co-housing. The building has a basement, which is mostly for parking. The construction of the building is from monolithic reinforced concrete frame, horizontal structure consists of beamless slabs. Due to the huge area of the building, the facade is designed from the different kinds of materials: white plaster, light gray sheet metal, anthracite metail mesh and glass fiber.

It handles about a „Retirement home“ named project (3 floors, with a partial basement, building on a slight slope). The base structure is of reinforced concrete strips. The walls of the basement are made with the application of hidden formwork type system BEST. The bearing and non-bearing walls are of majority used silicate bricks. The staircase structure consists of monolithic reinforced concrete 2x brokem slab. For ceilings slab panels, are used Spiroll. The building is finished with a single layered flat roof.

The building will be situated by the village Slupečná near the Lipno dam and located on the land that slopes to the south. It’s designed as a separately standing, four-storey. The technology of implementation is a brick. The construction system is designed as a longitudinal wall system stiffened in the transverse direction inner supporting walls. The concrete breeze blocks from the company BS Klatovy are used as main building material. Basic constructions are designed as planar and out of plain concrete and reinforced concrete. Stiff reinforced concrete prefabricated and prefamonolitic ceiling constructions from the company BS Klatovy are designed. Roofing is designed with tilt roof. The bearing construction is made up of purlin system of wood truss. Height of the roof ridge, including the covering is +13.650 m (considering relative height of 0.000). The height of the chimney head is +14.400 m. Profiled metal roof covering Lindab Goodlock is designed.

The thesis deals with new building of the basement multifunctional building with flat roof in town Klatovy. The building has four aboveground and one underground floor. The whole building offers barrier free access. The entrance to the residental part of the building and the stores are on the east side. The entrance to the wine is situated on the west. There are collective garages on the first basement floor. On the first abovegroung floor are selling space, a wine and technical facilities of the building. On the second floor one flat for disabled people and five flats. Six flats are situated od third floor and four flats on fourth floor. The combined construction is made from support system Porotherm and reinforced concrete. The building is based on grillage base from reinforced concrete. The structure of ceiling is made from reinforced concrete. Two elevators and two reinforced concrete monollithic staircases can be found in the building. The roof over the whole building is single-layer with aggravating gravel. The parking is situated in the undergroung part and on the plot belonging to the building and is designed for physiccally disabled people.

It is a design of stand alone Poly-Functional Building with one basement and three storeys. The building is divided into two parts. The housing and administrative part. Both parts are independent of each other. The first underground floor is a mass garage and accessories for both parts of the building. The first floor is mostly made up of the administrative part of the multipurpose building. In the second and third floor are apartments, each for three apartments per floor. In the second floor there are apartments for people with limited mobility. The structural system of the building is made by porotherm and monolithic structure. Multifunctional building is covered with single layer flat roof.

My thesis deals with a project documentation processing of a new building “ Low Floor Apartment Complex – Horoměřice”. All requirements strictly follow effective legal regulations. The complex is comprised of three objects arranged as the U-shape. The two-floor object A is a combination of masonry from reinforced concrete and a wooden structure. The object B is a single-storey wooden structure and the object C is a two-floor wooden structure. All these objects are covered by a two-coating counter roof. My thesis is a construction technical arrangement, which contains a fire safety report, a heat treatment, a layout plan, a proposal and a calculation of a strip foundation as well.

The master's thesis deals with new construction Salesian center, which contents a leisure center and Church of Mary Help of Christians. The building is designed as two separate units divided with dilatation cleft. One building is reinforced concrete frame fill with masonry POROTHERM Profi 40, the second object was built from POROTHERM Profi 40. The whole building has a basement, the basement is designed as a monolithic reinforced concrete construction. Basement is insulated with extruded polystyrene thickness of 150 mm, upper building is insulated EPS polystyrene 70 mm thick and 100 mm thick ETICS system. The roof on both buildings is flat, smaller building is covered with vegetation roof, concrete frame is covered with a flat roof with asphalt sheets. There are prepared the study, complete design documentation, technical expertise, heat, fire safety solution construction including fire management and technical drawings, basic acoustic calculations of structures, the reverberation time in the nave of the church. Drawings were prepared using AutoCAD 2009 and technical expertise using Heat 2011 and Area 2011.

This thesis deals with proposal detached three-storey office building, which consists of the brick section and monolithic reinforced concrete frame. The building is covered with a flat roof. The design focus is on the overall consistency between spatial, structural, static, fire safety, acoustic and thermal technical requirements. Documentation is prepared for the building construction. The graphical part of documentation has been processed in the AUTOCAD software.

In my work, I dealt with the development of building technology project for multi-functional building in Olomouc Tabulový Vrch. The goal is to select and develop appropriate design of the building in terms of financial, time and technical requirements based on the technical documentation provided by the designer. Building technology project includes a study of implementation of main technological stages, object, time and financial plan, drawings site equipment, site equipment technical report, technical regulations, inspection and test plan, financial budget for the construction of the technological steps, the schedule, the draft report and not machine prescription number for safety in the implementation of reinforced concrete monolithic skeleton including security risks.