Theme of this project is new building proposal of The Sword of the Holy Spirit church and spiritual center, located in Brno-Líšeň. This part of the Brno is 6 km northeast away from the city center. This proposal include building or construction of the church with rectory. Main goal was to create a dignified place for worship and also for meetings of parish comunity. This place should to point out on spiritual importance of whole building with its architecture, construction engineering, dispositions and artistic solution. The church is connected with congregation of the Selesians of Don Bosca in Líšeň, whose main goal is education of youth in the spirit of Christian traditions. One of the requirements was to create modern church not only for the comunity of Selesians, but also for the general public. The church which will benefit its surroundings and gives new life into this place. Architectural solution of church is trying to follow an idea of proposal based not only from character of the sacral building, but also from biblical motives. The church should remind hug of the God, who is in love to the people. The ring describes one of the main principles of Selesians – looking for everything what connects people, education in faith, comunity. In proposal is calculated with spiritual center including multifunctional hall, classrooms, adoration chapel, offices, apartment for pastor and also with occasional accommodation. Parish center is geometrically accurate, rectangular and precisely fitted. While building of church is different by its shape and character. It creates a dominant of the in surrounding panel housing estate. This dominant does not disturb surrounding because of its clean lines and used materials – white concrete.

The dissertation Pension for recreation is composed in a form of project documentation which comprises all the reguisites required by current regulations. The designed Pension is placed on the site numbered 947 in Kardašova Řečice. In this three-storey building,there is 19 housing units, sauna , restaurant and gym. Constructional system is projected from lime-sand bricks, prestressed concrete ceiling panels, wooden girder trusses. External surface finish of the building is contact thermal insulation system.

Diploma thesis Veterinary Clinic is compiled in the form of project documentation. The building is situated in the city of Pardubice. The building will be made from POROTHERM blocks with ventilated facade with the mineral heat insulation. The ceilings will be made of reinforced concrete. One part of the building has lean-to roof and second part has flat roof with vegetation on the top of it. The project emphasizes layout, static, fire safety, acoustic, energy savings and user safety solutions. The building has two floors, of which the second one is receding. On the first floor there are two consulting rooms with shared waiting room, operating room, x-ray, laboratory, post-op care and technical background. On the second floor there are facilities for employees, such as dressing room, daytime room, kitchen and office. The thesis includes specializations – Building services - Ventilation and air conditioning and Concrete constructions

University Residential Centre is the theme of this Master's thesis. The aim was to create a building, which will provide comfortable living and learning to students. The building has three floors - there are student apartments for one to four people in the upper two floors. The ground floor is dedicated to educational purposes. It contains a library and two lecture halls. From the constructional point of view, the structural system is a reinforced concrete skeleton. Main vertical elements are columns and main horizontal are two-way reinforced slabs. Utilization of glass facade and innovative type of thermal insulation can be found interesting.

Currently it is important to address the re-use of building materials from construction reconstructed or upgraded roads. Commonly used technologies cold and hot asphalt recycling are starting using to complement with technologies using cold asphalt mixtures with rejuvinators or softeners. This type of asphalt mixtures could be used in pavement constructions with lower traffic load. This thesis deals with the design and laboratory assessment of unbound and bound mixtures R-material and recycled concrete. This thesis is experimentally testing the possibility of using functional tests to optimize the design of asphalt mixture with 100% representation of R-material with a possible revival of asphalt emulsion with a rejuvenator.

The aim of the diploma thesis is the reconstruction of Milevsko railway station. The platforms with access persons with reduced mobility are designed in this station. The rail substructure and station drainage system design was necessary to do within the reconstruction. New assembly of a switches and crossing is the part of reconstruction design as well.

The aim of this thesis is an analysis of the construction of a trailer used for transporting concrete pillars. The main part of the thesis is focused on frame construction. For the calculation of load states a multi body system was used, whereby a simulation of transport in terrain was performed. The results from these calculations will be used as limiting conditions for strength control. The method of solution is the finite element method. All acquired results will be analysed and according to them changes will be made to the frame construction. In addition to this, the thesis contains drawings documenting the above-mentioned changes.

Aim of this thesis is to design a concrete road bridge over a Neborůvka stream and surrounding valley. This bridge is a part of I/11 road. Three preliminary designs with focus on girder bridge solution were made. As a most suitable variant was chosen two gilder beams variant. For this variant was made a static calculation concerning TDA. This design was made according EC. As a construction method was chosen classic construction with falsework. Design was made in Midas Civil and Dlubal RFEM calculation software. As a next step a drawing documentation was made as well as construction time plan and bridge visualization.

The thesis titled "Cost analysis of engineering structures" presents a comparison of the life cycle costs of linear structures with an asphalt surface against the life cycle cost of linear structures with a concrete surface. The thesis deals with prices, costs, calculations and budgets in its theoretical part. The following chapters present history and current status, road constructions, life cycle of the construction and differences between concrete and asphalt covering. Practical part of the thesis is divided into three parts. In each sub-section, there is a practical example of comparing the costs of the life cycle of linear structure with the asphalt surface against the costs of the life cycle of linear structure with the concrete surface. Everything is expressed in graphs.

The diploma thesis deals with the design of a continuous prestressed bridge structure transferring the D56 motorway on the Frýdek-Místek bypass. The bridge bridges the local watercourse of the river Olešná, Příborská street and road II / 473. Three studies were proposed, from which a variant of a two-beam continuous prestressed monolithic slab was selected and elaborated. The static model and calculation of its internal forces took place in the program SCIA Engineer 20.0. The calculation is performed according to valid standards, limit states, which also includes the effects of construction. The work also contains detailed drawing documentation.