At first this diploma thesis tests and compared selected physical and mechanical properties of various construction materials. Furthermore, thesis compares results with measured values determined by manufacturer. In next part of thesis is de-signed similar wall composition which is differs only by sheeting material. On every wall composition was calculated heat transmittance. Compositions are compared with each other, further there are compared economically.

Object of presented dissertation is proposition of apartment building. Apartment building is based on wood technology with two stages without cellar and with flat roof. Block of flats is designed with 8 flats. Some of them with big terrace. Object is situated in Olomouc, Czech Republic.

This thesis describes the design of wooden buildings house, whose layout corresponds to the size requirements of the four/five person family. The main objective is the development of technical documentation for realization wooden building system frame construction. The work is divided into text and section drawings. In the text part, we focus on the structural system of wooden frame. Further to the proposal of the building envelope system diffusion open structure. For each construction envelope is made of heat-technical assessment. The work is completely processed and architectural layout wooden buildings. The last part is focused on determining the gross price of the house. Drawing section contains both drawings needed for building permits and manufacturing documentation for implementation of wooden buildings house.

The thesis dealt with the reconstruction of the existing farm buildings. After a complete reconstruction of the object it will serve as a guest house with training center. The equipment includes the restaurant with its own kitchen facilities and building will be completed by the wellness center, which will be located in the new part of development. Object of wellness center will probably be completely resolved in the construction phase B. The property is located in the village Býkovice, Býkovice (616524 ), house No. 30, No. 82, land parcel numbers: 120/1 , 120/2 , 121/1. That object will consist of three floors, one floor is partly underground, further aboveground floor which will be directly accessible from the northern part and attic. The total built-up area will be approximately 526 m. Ridge height is 5,250 m and 3,840 m. The building is based on the existing foundations and the new wellness center is based on the footings of plain concrete C16/20. The base concrete slabs will be made new in the entire building, reinforced with KARI networks 150x150x6. Peripheral bearing and interior bearing walls remain largely preserved (masonry, brick, stone and mixed). New structures will be designed in Porotherm and added with light rails Fermacell (SDK). The steel-concrete ceiling and ceiling in the new part will be made of Porotherm. The staircase is made of steel, staircase. The roof is gabled house (main building) and desk (east wing), above the training center is also gabled roof. All roofs are fitted with metal roofing.

This master thesis deals with the proposal of a multifunctional recreational facility. The complex of buildings consists of a guesthouse and stables. The guesthouse is a single-storey building with a residential attic. It also includes a restaurant with a mini-brewery and a shop selling horse riding products. The guesthouse is designed to accommodate up to 41 people. The first floor is barrier-free. The main entrance of the guesthouse and the shop faces southwest. The restaurant is accessible from the southeast. There are paved guest parking areas around the buildings. The building of stables with its accompanying facilities is a single-storey which is designed to stable 17 horses. The main entrance of the stables faces southeast and the building is also accessible from the northeast and the northwest. Both buildings have a gabled roof which consists of supporting rafters. The buildings are as designed a timber-frame construction with a supporting frame made of timber pillars which is coated with the FERMACELL boards.