The subject of my master´s thesis is a project of a new sports center in Havlíčkův Brod in Humpolecká street on plot no. 2709/3 and 2709/4. The land is sloping and its area is 14 849 square meters. The building has two overground floors and one underground floor. Vertical bearing constructions are designed from the monolitic ferroconcrete columns. Space between colmuns is made up of ceramic blocks. In the underground floor the space is made up of monolitic reinforced concrete. The vertical peripheral structures are provided with an insulation system with ventilated space. The horizontal bearing structures are designed as a monolitic reinforced concrete slabs. The roof is designed single – layer vegetation area. The roof over sports hall is sloping made up of wooden trusses. In south-eastern side of sports centre is designed restaurant with its technical background. In the underground floor there is relaxation part with swimming pool, saunas and massages. The rest of sports center is made up of technical and hygienic background for visitors and employees, and sports grounds, for example badminton courts, climbing wall, squash courts, fitness and 4 sports rooms.

The topic of this thesis is a new-building of a hotel with a wellness centre. The building site is located in the cadastral area of Malenovice near Zlín, the city of Zlín, Zlín Region. It is the building consisting of three rectangles inserted into each other. The building is designed as a six-floor skeletal construction with a cellar made of reinforced concrete, roofed with flat roofs. In the first floor there is a reception, a restaurant with outside seating, wellness centre, and utility rooms. The second and the third floor are intended for accommodation of guests in the form of double rooms and apartments. In the fourth and fifth floors there are double rooms as well. Rooms for guests and apartments are situated to the southern and northern part. This residential space is mostly equipped with balconies stretching along the corners. In the last, sixth floor there can be found the management of the hotel, a conference room and a bar with terrace. The main entrance is situated to the northern part of the object. Outdoor parking places are also a part of the hotel. Exterior and interior of the hotel are designed in the conformity with current modern trends. The layout of the space is functional and basic. The dynamics of the building is supported by external holes in black colour and by the two-coloured facade in blue and grey colours. The hotel is meant for both active and passive relaxation, there is a possibility of accommodation of young couples, families with children, elderly people, individuals, and people with limited ability of movement. The hotel of designed with the focus on the comfort of guests. Therefore the leisure time space is a part of hotel. The comfortable space for relaxation within the object is provided by the wellness centre mentioned above, the bar with terrace, and an outdoor swimming pool. The disposition of the object is fastened by the reinforced concrete monolithic panels and by the feet placed under both inside and outside reinforc

The aim of the diploma thesis was to design reinforced concrete construction of the indoor swimming pool and ensure impermeability of the construction, to ensure behavior as concrete tank construction. Static analysis was done by using program Dlubal RFEM 5.12, where interaction of subsoil with construction was taken into account. Slabs around the swimming pool area were divided into expansion section because of temperature changes from glass façade an after that the sealing of expansion gap was solved. Construction system under the swimming was designed and was tested the behavior of walls and slabs. Analysis was done also to considerate of hydration heat. The drawing was done by software CADKON RCD.

The point od this master thesis is to propose a new Sanatorium with speleotherapy for children as an architectural concept. The building site is located on the northeast hill of township Ostrov u Macochy near the main entarnce to the cave, which is crucial for correct rehabilitation and treatment of the children. Sanatorium building contains everything needed for seasonal stay of the children – accomodation, school cafeteria with kitchen, medical space, rehabilitation with small wellness and one pool, cloakroom with equipment neccesary for the cave trip, administration part, common leisure spaces, spacious outside playgrounds and lastly all technical and technological things needed to keep the sanatorium running. In the surroundings of the building are couple of newly build family houses and the rest are meadows and forest.

In 2007, in June the company Europrojekt entered the project with the requirement of the formulation and implementation of heating motherly school by heat pumps in the village Hluk. The projekt was ordered by the management of this motherly school. This is a total reconstruction of the heating system building motherly school, including the use of residual heat for heating the pool water in an open swimming pool, which is located near this motherly school. The requirement is also given to reduce environmental pollution and achieve energy savings. This diploma thesis solves the detailed description of solutions and calculations for each part. In first, the introductory part of the work is focused on getting the project, a description of the object motherly school and a proposal for the energy measure before the realization. Second section is devoted to the selection and design of the system of heat pumps and solar collectors. Next part of work is the use of the residual heat for heating the pool water in the transitional months, i.e. May, September and the main months June, July, and August, when should be the visit of the swimming pool the biggest. In addition, resolving heat recovery through plate exchangers, the calculation of storage tanks, valves insurance proposal, the expansion tank, circulation pumps, etc. The last part thesis addresses the energy and economic assessment of the whole project.

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 purpose of the new building is the construction of sports and relaxation center in Jihlava in the Vysocina. The building will serve as a sports and leisure center also contains the 1st floor squash courts, relaxation area with jacuzzi, sauna and massage. In the 2nd floor will be located with aerobic fitness, office manager, a children's playground and a bar with seating. The building consists of two floors and a basement. External walls are lined with masonry elements of Heluz Family tl. 300 mm 3 square inches with excellent thermal insulation properties, the internal load-bearing walls of thick STI Heluz system. 300mm. The building can escape three unprotected pathways into the open towards the northwest and south. The building is situated in a slightly sloping terrain. From the main road to get to the building access road to the 1st floor. The overall height of the first floor is 4.00 m, the second floor is 4m and also underground floor is 3.40 m The building consists of three wings in the longitudinal structural system. The building has three floors: a basement and two floors. The roof is flat, single-layer, above the squash courts is inclined with an inclination of 6 degrees. The ground plan is mass divided into 3 wings on 1st floor with main entrance and staircase connecting all the floors in the middle of disposition. Ground object is longitudinally divided into differently sized parts of the corridor, which on each side of the staircase joining the center of the building. Check the plot is solved its own parking with direct entrance from the road.

This Master’s thesis deals with the energy evaluation of existing buildings sports-recreational company complex in Brušperk. For this purpose provides a comparison of selected fuels as an energy source for the heating in terms of economy and their impact on the environment. In addition, provides an overview of existing legislation for elaboration of an energy audit. To complement shows the calculation of return on investment in solar panels on the roof of one of the objects. Calculation is based on the results of performed experimental measurement. Finally, the thesis presents a comparison of energy performance of buildings simulated in the Bsim software with reality.

This master´s thesis elaborates a project documentation of sports rehabilitation center in Brno–Bystrc. The building object is four-storeyed and a partial basement. On the basement floor there is a pool with sauna, gym and fitness with support to assist for all activities offered. On the ground floor there is an entrance, reception for accommodation, restaurant and kitchen for the restaurant. The 2nd overground floors is determined by the rehabilitation clinic. On the grand and overground floor are designed sanitary appliances for the restaurant and patient surgeries. There are projected 9 apartments for weekend accommodation. Apartments allow access to the terrace. Foundations are made strip foundations. The building object is bricked and insulated with ventilated facades. Load bearing structure of the roof create roof trusses.

The technological projeckt of building deals witch indoor swimming pool in Litomyšl. This Mastr's includes technical reports site equipment and STP, technological regulation, calculation, budget, inspection and test plan, wider transport relations, mechanical assembly for tis building.