THIS DIPLOMA WORK IS PROJECTING A PROJECT DOCUMENTATION FOR THE CONSTRUCTION OF STUDENT DORMITORY IN BRNO. THE BUILDING IS SITUATED AT THE TECHNOLOGY PARK NEAR TO SEVERAL VUT FACULTY AND STUDENT CAMPUS. THE DESIGN CAME FROM THE LONG-TERM LACK OF ACCOMMODATION CAPACITY ON EXISTING DORMITORY IN BRNO, THE EMPHASIS WAS PUT MAINLY ON THE ACCOMMODATION CAPACITY OF THE BUILDING. THE BUILDING CONSISTS OF TWO FOUR-STOREY BLOCKS WITH A TOTAL CAPACITY OF 244 BEDS, WHICH ARE SITED ON THE 2ND TO 4TH FLOORS. A TYPICAL AND REVERSE ELEMENT IS A LIVING CELL IN WHICH CONTAINS TWO DOUBLE ROOMS - A COMMON SCHEDULE WITH DINING ROOM, A COMMON SOCIAL BACKGROUND WITH A HALL, AND TWO BALCONIES ACCESSIBLE FROM THE KITCHEN. 1. THE FLOOR FLOOR CONNECTS BOTH BLOCKS WITH A LARGE STUDY AND CORRIDOR. THE REMAINING ROOMS IN THE 1ST FLOOR ARE USED AS A TECHNICAL AND ADMINISTRATIVE FACILITY OF THE DUTY.

The subject of the diploma thesis is an architectural study of the forecourt of the Dukovany Nuclear Power Station. The project is based on a pre-diploma project which aimed to develop an urban concept. At the moment the buildings in the area are in an unsuitable condition from a construction - technical and architectural perspective. The urban-architectural study was intended to create a new concept for the forecourt and simultaneously enable its efficient operation in case of the completion of a new nuclear unit. The concept of the solution is based on the removal of outdated buildings and their replacement with new buildings which will meet the current requirements of the Dukovany Nuclear Power Station. From the current layout the main roads, the gatehouse, the information center and the greenery will be preserved. After removing the selected buildings, the renovation area will be divided into the main axes on which the main road network will be designed. The unsuitable connection to public road infrastructure will be solved by minimizing the entrances to the area to two entrances and by moving the suburban bus station from the main road. After connecting the whole area by roads, the area will be divided into functional areas. In front of the gatehouse there will be a square surrounded by public services, an administrative building and by the preserved information center building. From this space, the main representative space of the entire complex will be created. Warehouses and workshops will be located behind the square. Transport areas will be located at the rear of the complex. Thanks to this location, there will be a good connection with the current factory and also with the planned completion of the new nuclear unit on the west of the area. There will also be educational and sport facilities in the complex. The kindergarten will be oriented towards the preserved greenery.

An analog multiplier are circuits, that are realized multiplication of two analog signals. They can be made by suitable connection (according to function) discreet parts. Nowadays there are integrated circuits in advance function, whose internal structure is made by complex of circuits with operating ampfliers and other circuits. These circuits have a very high accuracy of arithmetic operation which is mostly better than 1%. The analog multiplier are used in situation, when we need realize multiplication, division, exponentation, square root extraction and logarithmic calculation of analog signals. In the next are used in circuits for multiplication of frequency, shifting of frequency, amplitude modulation, detection phase angel of two signals with the same frequency, etc. The AD538 is a monolithic real-time computational circuit that provides precision analog multiplication, division and exponentiation. The combination of low input and output offset voltages and excellent linearity results in accurate computation over an unusually wide input dynamic range.

Master’s thesis "Residential terraced house" is developed in the form of project documentation containing all requirements according to applicable regulations. The proposed facility is located in a quiet area of Hodonin and is detached. It is a six-storey new building with three underground and three above-ground floors. The building has 12 residential units. The structural system is designed with reinforced concrete monolithic ceilings. The building has a single ply flat roof.

The content of the master‘s thesis is processing of project documentation for administrative building in Opava, first done as a feasibility study and then as a pilot project. The object is standalone, with four floors and basement. The work also comprises the thermal technical assessment chosen constructions, the fire protection report, the accompanying report and the summary technical report.

The thesis called Block of Flats in Prague 6 is composed as a project documentation of the static part. This six-level building was designed as a ferroconcrete monolithic object. Two underground floors are formed by a ferroconcrete frame with columns. There are placed parking slots and also a residential section on these two floors. Four other levels are designed as a ferroconcrete frame with walls. These four floors serve as a residential section. The thesis deals with the complete design of the first floor of one structural unit of the building, and also with some details such as floor slab, bearers, staircase, columns, and walls.

New university dormitory in Trnava with five stories is based on the flat land. The first floor is the technical part of the building, space for a temporary accommodation and a separate sales area. Part of the second floor consists of offices for administration, the second part of the floor, as well as the other three stories are designed as a unit system for student accommodation. Total bed capacity is designed for 134 students. The bearing structure of the building is reinforced concrete monolithic skeleton with infill perimeter walls of ceramic bricks. The flat roof of the building is not walkable.

The theme of my dissertation is creation of technical dokumentacion for the Apartment Building with Commercial premises. The building is three storey. In the 1st floor is located a shop and garage, in the 2nd floor and 3rd floor apartments. The building is designed as a monolithic concrete frame contruction with flat roof. Peripheral walls are sandwich ones made from ceramics masonry and contacts thermal insulation systém.

The subject of Diploma thesis is the design of bridge on the highway Jánovce - Jablonov and his static solution. Selected variant is made from four span 34+44+44+34m and supporting structure consist of monolithic two beams of prestressed concrete. Height of cross section is over the whole lenght of the bridge constant. Each beams will be built on sliding formwork. The design of supporting structure is made according to limit states, including addressing timing analysis. Calculation of the effects of loading is made by software and reviews are calculated by hand according to Eurocode.

This master's thesis deals with the construction technology project solution of the Trade centre building. This thesis consists of a comprehensive elaborate project of implementation including the schedule and calculation, two technological regulations of operations, main mechanisms and risks connected with the realization itself. Logistics of resources, construction side and procedures needed for realization are processed as well.