The main aim of this thesis is to create a Project documentation of the design of the New development, kindergarten, in the cadastral area Dejvice, Prague. The object is designed as a standalone barrier-free single-storey building. Kindergarten consists of two departments with a capacity of 48 pupils and adjacent facilities. The object is based on foundation pads and ground table. All masonry constructions are lime-sand blocks Kalksandstein. The facade is complemented by thermal isolation and the exterior staircase is monolithic and reinforced concrete. The object has a flat roof where an air conditioning unit is placed. The drawing is processed via AutoCAD software and visuals are created in program Sketchup.

The subject of this thesis is the documentation for construction of kindergarten in Pacov. The building is designed like two-storey wall system from ceramic hollow blocks and ceiling construction is of prestressed ceiling panels. There are four departments, each for 20 children, social hall, kitchen, technical and administrative facilities. The roof is designed as warm flat roof. The building is equipped with ventilated facade from colored aluminum fins. To ensure a healthy environment is designed mechanical ventilation.

This diploma thesis deals the project documentation for the new main building of the sports complex. The building will be built on brownfield between the football field and the pond. The building has three floors. The floor plan is rugged. It is built of ceramic blocks with horizontal reinforced concrete structures. The building is based on foundation strips and is covered by a flat roof. It will primarily serve the local football club and their fanclub. The building also has a small cafe.

The topic of the diploma thesis is the elaboration of project documentation for the construction of a fire station with almost zero energy consumption. The building will serve as a fire station type P4 with the scope of the JPO I unit - a unit of the fire department with a territorial scope, usually within 20 minutes drive from the place of deployment. The designed building is a detached object with two above-ground and one underground floor. The building is designed as a reinforced concrete skeleton. It consists of two operating units. The administrative and operational part has three floors. In this part, the main entrance to the building is on the 1st floor, oriented on the south side. The technical rooms of the fire department are located on the first floor and are functionally connected to the administrative part. Exit garages, a car wash and a dryer are also attached to it. Prior to the elaboration of the project, a visit to the regional fire station in Trnava and a consultation with the director of this station took place regarding the needs and requirements of the fire department.

Master project is dedicated to design nearly zero-energy office building with retail spaces in Žilina. The first part deals with architectural – building design. Building is designed for the plot nr. 7011 with flat surface and there is no other building. The building has three above-ground floors and one underground floor. Retail spaces are on the ground floor. The building is constructed on foundation strips and pads. The building is made of combined load-bearing structural system of reinforced concrete columns and external walls. External load-bearing structures of above ground floors are designed from reinforced concrete and Ytong system supplemented by ETICS made of mineral wool. Underground walls are made from watertight concrete. Floor slab structures are made from reinforced concrete. The building is covered with green warm flat roof. The second part deals with building interior installation. The primary source of heat, coldness and hot water is the heat pump. Ventilation in the building is provided by heating, ventilating and air conditioning (HVAC) units. The third part of the thesis includes the design and assessment of the photovoltaic power plant in terms of economics and ecology. The project was carried out in the AutoCad system. All structures comply with the valid standards and regulations.

The subject of this diploma thesis is the design of a new boarding house in Vyškov. The building is designed as a detached house. The land on which the building is designed is located in the southern part of Vyškov on Brněnská Street. The proposed building has 1 underground floor and 3 above-ground floors. The first floor has an L-shaped floor plan with the dimensions of the longest sides 43x28.9 m. The other two floors are different shapes. In the basement there is a technical background of the building and storage space. The other two floors are used for accommodation and have a total of 13 room units. On the second floor there is also an operating office. The construction system of the building is transversely brick. The perimeter of the building is made of ground Porotherm brick blocks, insulated with the ETICS contact thermal insulation system. The ceiling structures are designed as reinforced concrete monolithic ceiling slabs. The roof of the building consists of 3 different flat roofs. The roof cladding above the first floor is designed as a walkable terrace with a tread layer of concrete paving on rectifying pads. The roof above the second floor is designed as a vegetation and the roof above the third floor is designed as a single skin with a classic order of layers.

The project documentation addresses the design of a wellness hotel with a restaurant on a plot in the village of Pasohlávky. It is a two-storey partly basement building of an interesting quarter-circle shape. The vertical load-bearing walls are made of the Ytong system, the ceiling structures are reinforced concrete monolithic and the roof is warm flat with vegetation treatment. The plan also includes the connection of engineering networks to the building, modification and strengthening of adjacent areas on the plot, establishment of an internal area transport road to connect to the existing service road, parking space and landscaping.

The diploma thesis deals with projet documentation for execution of a new kindergarten building in the city of Velíková. The kindergarten is located in the properties with number 528/1. The building has one underground floor and two above-ground floors. In the basement there are storage rooms, technical rooms and air conditioning engine room. In the first above-ground floor there are two classes of kindergarten. Every classroom are designed for 16 childrens. In this floor there is a kitchen and laundry with storerooms. There are three teaching classes and offices of management in the second above-ground floor. The perimetr load-bearing masonry in the basement is designed of concrete blocks of permanent formwork. In the above-ground part of the building are load-bearing masonry designed af clay blocks. The ceiling structures are designed from prestressed reinforced concrete spiroll panels. The roof structure is designed as a warm flat roof. The kindergarten is insulated with a certifies thermal insulation system.

The subject of diploma thesis is a new-build of boarding house with restaurant. The building is situated in village Opatov. The building has three floors and another one underground. The underground floor is just under the part of the building. The building is situated on the edge of village Opatov and the terrain around is slightly steep. The object has shape of rectangle. The first floor is slightly wider than second and third floor. On the wider part of first floor is situated terrace for second floor. In the underground floor serves as technical background and storage facility. On the first floor is situated restaurant with kitchen, facilities for staff, reception with office and some other storage facilities. The second and third floor are used for lodging of guests. The capacity of pension is 42 beds and in restaurant about 64 quests. The ventilation of first floor is secured by air-handling system situated in underground floor. The second and third floor are ventilated by local air-handling systems with recuperation air conditioning. The roof of the object is saddle roof with sheet covering. The supporting construction of the main roof are truss girders. The terrace is built like flat roof with concrete pavage, the circumferential walls in the underground are made from concrete with insulation of XPS and in the upper floor are made from brick blocks with insulation from EPS with mineral wool. Interior walls are made also from brick blocks. The horizontal constructions are made as reinforced concrete ceiling slabs. Part of project documentation are assessment in terms of building physics and fire safety solution of building.

The aim was to design a multifunctional building, which is located on undeveloped land, plot number 436/3, acreage 5700 m2. The plot is situated in Lipí, cadastral territory Náchod. The building is designed as a multifunctional house, designed for permanent living and administrative activies with built-in basement used for parking cars. The location of the building is given by a situation drawing. The shape of the building is rectangular, free-standing building with all-over basement, measuring 25.9 x 19 m. The house has overal six storeys.