The diploma thesis deals with designing newly built hotel with restaurant in the village Pasohlávky. Hotel is detached building. Hotel is located at parcel no. 3163/364, Mušov territory. This is a two above-ground floor with partial basement building. Supporting, peripheral and partition walls are designed from ceramic blocks POROTHERM in the upper floors of reinforced concrete wall and column. The building is based on foundation slab and strips. Hotel is roofed with a flat roof. In 1.PP is garage. In 1.NP is hotel rooms and restaurant with kitchen. In 2.NP is only hotel rooms.

This thesis describes the process of rebuilding an experimental model of a single pendulum on a cart into the double pendulum on a cart. The control algorithm in MATLAB/Simulink environment for stabilization of the pendulum in the inverse position is designed. For this purpose, LQR state feedback control was implemented. Also method for swinging the pendulum into inverse position from stable state (swing-up) was designed. Feedforward method was utilised for swing-up control. In the thesis, functionality of these algorithms is shown.

The purpose of this thesis was to design and implement a prototype of binary topology sensor network (as proposed in patent CZ 306855 B6). Important part was evaluation of this type of network. A survey of commonly used sensors and technologies used in intelligent buildings and sensor networks was created. The gathered information was used for the evaluation. A network for analog signal transmission was designed and implemented (including all the elements) based on the patent proposal. A number of configurations was proposed to test the network features. Measurements were performed using all the proposed configurations. Two devices were used for the measurement: STM32 Nucleo F303K8, MyRIO (by National Instruments). Looking at the measured data, we can tell that the consistency is good enough to declare this network functional as a concept. However, we cannot recommend this type of network for high precision applications at the time, due to some accuracy and consistency issues. We have also detected relatively significant noise in the data. That could be caused by many external influences, partly by faulty design of the components.

The Subject of this diploma thesis is design documentation of Relax sports facility with accommodation in Suchdol and Odrou. Mixed-use building is three-storeyed with partial basement. Roofing is flat single-skinned roof over the entire building. From the material point of view, the basement is made from lost formwork, all aboveground floors are bricked from ceramic blocks. The facade is designed as ventilated. Ceilings will be made from cast-in-place reinforced slabs and the sports ground will be covered with glued lamellar beams. The basement part of the building is relaxing - there are various types of saunas, cooler, whirlpool and massage room. On the first floor there is a restaurant with backgrounds and kitchen, a café, and sports activities in the form of badminton, squash and gym. Two more floors are used mainly to accommodate guests in the hotel. All operations are functionally connected by the reception hall.

This diploma thesis deals with the design and elaboration of the project documentation for the works required for the completion and modernization of Žamberk Health Clinic. Specifically it deals with the extension of ambulatory psychiatry of its inpatient ward. The object in focus is located in the built-up part of Žamberk and it is located in the area of the Specialist Asylum Albertinum Žamberk. The building is designed as an annex with one underground and two aboveground floors with a flat roof. It is divided into three units: a dormitory psychiatric care, the dormitory gerontopsychiatric care unit and the therapeutic block. The suggestion was to keep up the requirement to minimize the interference of existing outpatient psychiatric facility and to create operationally interconnected unit between the existing object and the extension at the same time. The construction system is considered from traditional building materials. The fundamentals are made by a combination of plain concrete and lost formwork. Vertical carrier structures are made of reinforced concrete monolithic walls for the underground floor and brick walls made of ceramic blocks for both aboveground floors. Vertical partitioning structures are also walled from ceramic blocks. Horizontal carrier structures are designed as reinforced concrete monolithic continuous boards. The object is insulated with ETICS, the roof is flat and single-skinned

The aim of the diploma thesis was to draw up a proposal for the project documentation for the realization of the construction of the civic amenities building and that of the sports center. The building is located in Prostějov, cadastral area Prostějov. It is a three-storey building with one underground and two above-ground floors. Across the floors there are spaces for various sports uses, technical background of the building, staff backgrounds and a café. The object is based on the base passages, the vertical structures are formed by blocks of lost formwork and ceramic cavity blocks, the ceiling structures are solved by pre-stressed ceiling panels. The roof is designed as a single-layer, flat with extensive vegetation treatment, the roofing of the roof is finished by means of atics. The project is designed with an emphasis on the layout and constructional design of the building with respect to the parties and the land plan. During the processing I tried to use modern building materials and procedures and to process the building as a functioning unit.

My diploma thesis deals with project a multifunctional building. My project corresponds to the scope of documentation for the execution of construction. Building hat five floor and construction roof is green roof, single-layer flat roof. Construction systém is cast-in-place concrete frame. In basement is technical facilities and parking place. In ground floor is shop place and parking floor. In first floor is office place. In third and fourth floor are flats. Building foundations are bored cast in place pile – method CFA.

The subject of these Master Thesis is a new building of Cars Museum. The object is located in Telc on street Radkovska, district Jihlava. This locality was chosen for its favorable conditions. In this area, there are lots of enthusiast and supporters of motorism. The nearest commission of veterans is around 50 km far. This museum is also meaning to improve a network of a commission of veterans. Telc is a beautiful historic city, which is an ideal choice for a museum of veterans. The building is divided into 3 imaginary sectors. The first one is an administrative part, which has two above-ground floors. In the first floor, there is educative room to familiarize guests with the history of vehicles, entry hall with reception, hygienic facilities for guests and base for staff and operations of the museum. In the second floor, there are offices for the museum, the commission of veterans, meeting room, storeroom, gaming-room, and daily room. The second part is the exhibition area. The third part is workshops and a base to remove operating fluids from cars. The investor is a passionate collector of historic vehicles and wants to share his collection with the public.

The aim of the thesis is to design and evaluate a new multipurpose apartment building in Slatina. The object, which includes a parking lot, will be used for housing and recreational/sport purposes. The thesis also deals with basic evaluation of the object from the point of view of construction physics, fire safety and structural stability. The building is designed as a detached construction with graded floors. There is one ground floor and four elevated ones. The entire object is mirror-symmetrical on a transverse axis. The ground floor is designated to include a storage area of the apartment building, mechanical rooms and sanitary facilities of the fitness centre. The fitness centre itself is located on the first floor, along with a gym, administrative area and two special-purpose apartments. The remaining floors are intended for housing purposes. Wall construction system has been chosen for the object. The ground floor is based on a foundation plate made of watertight concrete („bílá vana“) while the supporting system is constituted by reinforced concrete walls. All ceiling constructions are constituted by monolithic plates made of reinforced concrete. Peripheral and inner supporting walls of the upper floors are lined with ceramic blocks HELUZ. Inner communication network consists of prefabricated reinforced concrete staircase and an elevator shaft. Roof construction consists of a flat DUO roof and a green roof.

THE DIPLOMA THESIS IS A PROJECT OF A NEW SPORTS CENTER IN PROSTĚJOV. THE BUILDING IS DETERMINED FOR RECREATION AND SPORT AND IT IS SET IN STRAIGHT PARCEL. IT'S DESIGN IN A TWO-STOREY WITH NO BASEMENT. THE BUILDING IS DESIGNED FROM THE SYSTEM POROTHERM. THE FRAME STRUCTURAL SYSTEM IS MADE UP OF REINFORCED CONCRETE COLUMNS AND BEAMS. THE CEILING STRUCTURE IS MADE OF REINFORCED CONCRETE CEILING. FLOOR PLAN IS RUGGED. ROOF STRUCTURE IS DESIGNED AS A GREEN FLAT ROOF AND PART OF THE MULTIPURRPOSE HALL IS ROOFED WITH THE ROOF MADE BY GLUED TIMBER TRUSSES. THE BUILDING IS BASED ON THE STRIPS FOUNDATION AND FOUNDATION PADS.