The subject of this diploma thesis is the preparation for the implementation of a prestressed bridge in the village of Hnojník. This thesis contains a technical report, coordination situation of the construction with broader relations to transport routes, phases time shedule, a feasibility study of the main technological phases, project of construction site equipment, a suggested list of the main construction vehicles and building mechanisation, time shedule of main construction, shedule of transport of fresh concrete mixture, technological regulation of concreting bridge deck, technological regulation of additional prestressing bridge deck, control and test plan, health and safety at work on bridge construction, The annexes contain drawings of concept of load-bearing falsework, drawing of the construction site equipment, drawing of coordination situation of the construction with broader relations to transport routes , itemized budget, graph of workers and machines needs, phases time shedule and delivery shedule of fresh concrete mixture.

The diploma thesis deals with the lower and upper rough building of a apartment building. It includes a technical report, broader transport routes, a study of the implementation of the main technological stages, a technical report of the construction site equipment, the design of the main building machines and mechanisms, a plan for providing material resources for a reinforced concrete ceiling, a technological regulation for the rough bottom and top structure, work and monolithic constructions, gross building budget, risk plan and their measures, statement of the dimension and network graph for finishing works, thermal technical assessment of external structures, drawing of site equipment, situation, original state of the land and ramp diagram. It also contains time and financial plan of the building, schedule of the main building, schedule of construction and disposal of construction site equipment and balance of machines and workers.

This work deals with a new building – block of flats on land no. 1799/1, 1800/1 cadastral Újezd u Brna, region Brno - venkov. This building contains 15 individual flats. The object is geometrically divided on central part with gabled roof and 2 side parts with hip roof. Slopes of roofs 10°. Building is designed as three-storey object without a cellarage, whence all three storeys are residential . The building is accessible from local road and it is possible to park a car next to the object in new-build parking place. Residential rooms are positively rotated to south and ventilated naturally. All the residential rooms are exposed to direct day light. Sidewalk and hard surface are treated as concrete and scrubbed pavement. Construction peripheral bearing masonry, interior bearing masonry and cross buntons effected from ceramic breeze-block POROTHERM. Ceilings plates are made of reinforced concrete. Staircase are made of reinforced concrete as well.

The topic of the master’s thesis is the design basic school for the first and second stage, which is located in the part of Pardubice named Pardubičky. It is a four-storey building, where you will find a total of 18 ordinary classrooms and other specialized classrooms (for example computer lab, physics lab, chemistry lab). The building is designed for 540 students. The building is built of brick Heluz system, the roof is flat. Each floor is hygienic facilities for both boys, girls, and for teachers and for persons with reduced mobility. In the ground floor are locker rooms, classrooms and sanitary facilities. In second floor are classrooms, facilities for teachers and cabinets. In the third floor are ordinary and specialized classrooms and fourth floor is engine room for air conditioning, and classrooms. Entry to the building is wheelchair accessible, the building has elevators.

The topic of the masters thesis is newly built sports center in Broumov on the outskirts of the historic center. The proposal was placed high demands on appearance. There is a non-traditional stone facade with a combination of wood ventilated facades. The combination of wood and stone construction gives a historic feel and fit and existing buildings, which will carry the dominant built-up area. The new building is set into the sloping terrain with a flair for existing buildings. The building is part sunk into the ground to reduce the height to the surrounding area. The sports center is divided into three dilatations objects: Technical facilities, sports hall, bowling with squash and gym.

This master´s project deals with design of an office building nearly zero energy standard. My master´s project consists of three parts. In the first one I work on technical design of the office building. It is a three-storey building with partial basement. Vertical load-bearing system is partially made from monolithic concrete walls and partially from clay blocks walls. The horizontal load-bearing structures are made of monolithic concrete slab. All roofs are designed as flat roofs. In second part I design all technical equipment in this building. In the last part I compare three types of roof, photovoltaic power plants and evaluate their environmental impact. First type of PV power plant is made by monocrystalline solar cell, second one by polycrystalline solar cell and last one by monocrystalline solar cell with battery system. Environmental impact of these systems is evaluated in Open LCA software. All structures comply with the valid standards and regulations.

This master´s thesis deals with project planning and management of construction of multifunctional building. The main part of thesis are budget of object and schedules of work, which contain realization of reinforced concrete structure and other related works. Another part of thesis deals with the technical regulations about the implementation of horizontal and vertical parts of reinforced concrete structure and from finishing works about realization of inside plasters. Following this part there is design and schedule of using of appropriate building machines and small machinery for their implementation, design of site equipment, quality assurance of works performed, safety of work and minimization of environmental impact. The thesis contains also proposal of contract of work. This work does not deal with substructure of multifunctional building, because this is solved in bachelor thesis.

The Diploma thesis deals with the reconstruction design of a footbridge in the city of Kroměříž, Czech Republic. The footbridge would serve as safe transport for pedestrians over the Morava river. The main objective of the thesis is to conceive two or three reconstruction designs. The most suitable one will be opted for and elaborated in more detail. Eventually, strengthening of the bridge by means of additional prestressing using mono-strand post-tensioning systems is picked as the best solution of the planned reconstruction. The monostrand post-tensioning system is led under the deck, the cross section being outside. External cables are anchored in concrete blocks built around existing supports. Load-generated internal forces are calculated on a spatial bar model with non-linear first-order analysis. The calculation is executed using the finite element method in the midas Civil programme. The chosen reconstruction design is then assessed against load capacity limit states, and functionality. Also, the designed reconstruction is assed for dynamic effects. Results are compared with existing structure, and verified against the real-time tensometric measurement-obtained data. Dimensions, assessment of load-bearing structure, and structural details are all made according to valid Eurocodes.

This thesis deals with the construction of drives for self-supporting gates. The main parts from which the drive is folded are not discussed here. In addition, the main points of load are solved which arise on the self-supporting gate and it´s contact with the guiding, carrying carts and movement elements. And here is explained what needs to be taken care of by the drive to accommodate the loads, which all aggravate the movement of the structure. in the work are also presented the load types of load calculations by which the drive parameters can be checked for suitability for the application.

This diploma thesis deals with design and realization of a module for a digital signal procesor, for handheld RFID reader working in UHF band. It utilises a special chip EM4298 for RFID signals processing. Module is controlled by the microcontroller ATmega32L, which communicates with the PC through USB bus. Settings in EM4298 is made by a service program which processes received identifying data obtained from tags. Source codes for microcontroller are created in AVR Studio 4.13 program. Source codes for microcontroller are created in C++ Builder 6.0 program. Further thing is Desing and realization of analog interface and a UHF transceiver for wireless communication with tags. A Webench program was used for the analog interface design, which is freely available on the internet. For verification of parameters of the analog interface it was used PSpice 10.0 program. The UHF transceiver is build-up with a MAX2903 chip (transmitter) and AD8347 (receiver) and transmitting and receiving antennae.