Diploma thesis is aimed on solution of project documentation design of a four-storey low-energy block of apartments with a flat roof in the degree of project realization. The object has a collective garage on first floor and no basement. The structure is designed with the emphasis on overall energy saving, which was documented by detailed calculation of the energy performance of the building under Decree No.78 / 2013 Coll. and ČSN 73 0540-2.

The aim of this thesis is the design of an youth apartment building in the range of designing the documentation for building construction. The building is situated on the flat plot no. 873/21 in the cadastral area „Horní Heršpice“ 612065. In the building there is 42 rooms, 2 wheelchair-accessible rooms and 4 student apartments. The capacity of the building is designed to accommodate 86 students under 18 years and 16 students older than 18 years. In the building there is also a dining room, a library, a fitness room and a gym for free time. It is partly a two-storey and partly a four-storey building without a basement, roofed by a flat roof. Masonry is designed from clay blocks and floor slab is designed by a cast-in-place reinforced concrete floor structure.

This diploma thesis deals with veterinary clinics in Prostejov. The building is secluded on almost flat land. The building has a simple rectangular shape, replicating the street, with a receding second floor. The building is brick, two-storey, basement, covered with a flat roof and green roof terrace. On the first floor are situated surgeries, surgeries, operating rooms, facilities for employees and utility room. On the second floor there is a pet shop, counseling, treatment plant dog, sanitary facilities for public office and facilities for temporary accommodation of employees, where it is possible to get to the green roof terrace. The building is insulated, partially with white plaster and partly with wooden facade panels. The building is in part intended for the general public designed wheelchair.

The subjekt of my bachelor thesis is the construction technological project of the new complex of three buildings Campus residential area II located in Brno - Bohunice. The diploma thesis includes technological regulations of piles and cast-in-place reinforced concrete floor. Technological regulations are supplemented by draft of the suitable machinery, equipment of construction site and inspectional and trial plans for these processes. The author also deals with work safety, time and financial plan, budget of substructure and plan for securing material resources. The thesis also addressed work contract and detailsof the roof structure.

The diploma thesis is focused on a structural analysis of a multi-storey office building. The Loadbearing structure is made of cast-in-place reinforced concrete. In the thesis there is analysed a selected floor slab, a column, a foundation pad, a part of loadbearing wall and a precast staircase. Computation of internal forces is carried out by computational software SCIA Engineer. The Results from the software are verificated via simplified manual method. Assessment of a structure is done according to valid standards and regulations.

This thesis solves reconstruction of the community center in the village Částkov where work was the subject of energy-efficient and adapt the layout of buildings a new purpose use. It is designed thermal insulation of the building envelope, exchanging heat source with respect to the use of renewable energy and static security buildings in the form of newly built ceiling construction of the supporting steel rolled profiles and reinforced concrete slabs. The building will serve the public amenities and is necessary to ensure barrier-free movement of people into the building and inside it. The second part is to solve the surrounding buildings. It is designed multifunctional sports and sports areas of social security. The basis for the development of the scientific literature, technical standards, regulations and current studies at the Faculty of Civil Engineering.

The aim of the diploma thesis is static solution of selected parts of the residental house with formwork drawings and reinforcement drawings of designed structures included. Project describes the design and assessment of the monolitic slab structure, precast stair flights, basement loadbearing wall and retaining wall. For calculation of the internal forces was used software Scia Engineer.

This dissertation is divided into three parts. The first part deals with the use of waste heat in the theoretical plane, where methods and possibilities of using this heat are described. Part Two, which is computational, deals with the suggestion of heating industrial halls with an adjacent, mostly office, building in two variants, then it goes on to also deal with the concept of equal pressure forced ventilation, a proposal of air curtains and preparation of hot water, where the heat source is a boiler. In the last part an experiment took place which investigated the conversion efficiency of thermal to electric energy.

The thesis is focused on the overview of the diagnostic methods for engineering surveys reinforced concrete constructions. The practical part explains engineering surveys of industrial building, evaluation of concrete strength on existing building and results from search reinforcements on individual elements. Next part is focused on load testing precast floor slab removed from construction and evaluation load capacity. The last part include structural design of elected parts (precast floor slab and beam).

This diploma thesis deals about plan of the building Social and shopping center in the city Třebíč and about processing of documentation for this buliding as well. The building is situated in the city area called Borovina. In the building is located multifunction cinema, café and four shops, including their rear. Part of the building containing shops has two floors. Part of the building including café and multifunction cinema is designed as a single-storey. The supporting system of the building consists of monolithic reinforced concrete frame. Infill walls of the building is made by structural system Heluz. The building is covered with flat roofs. The building is designed from traditional building materials.